mhurhangee/patent-ind-claim-en huggingface dataset:
A plurality of adapter units enabling various air/water syringe bodies each configured to receive an autoclavable tip to instead receive an elongated, disposable tip having proximal and distal ends and a central, water-carrying tube surrounded by air-carrying channels, the water-carrying tube protruding from the proximal end of the disposable tip, the proximal end of the disposable tip including a tapered region , each adapter unit configured to enable a respective syringe body to be used with the elongated, disposable tip, each adapter unit comprising: a cap subassembly including a cap body with a distal opening into which the proximal end of the elongated disposable tip is insertable, the cap subassembly including a cup-shaped ferrule with a central opening to receive the water-carrying tube extending from the proximal end of the disposable tip and one or more side cut-outs through which air passes into the air-carrying channels of the disposable tip, the tapered region of the disposable tip ensuring that the tip end does not bottom out against the bottom of the ferrule cup; and an adapter subassembly having a proximal end configured for connection to the respective syringe body and a distal end configured for coupling to the cap subassembly , the adapter subassembly including one or more components with cut-outs, grooves or channels to direct air and water from the respective syringe body to the air-carrying channels and water-carrying tube of the disposable tip through the cap subassembly . a cap subassembly including a cap body with a distal opening into which the proximal end of the elongated disposable tip is insertable, the cap subassembly including a cup-shaped ferrule with a central opening to receive the water-carrying tube extending from the proximal end of the disposable tip and one or more side cut-outs through which air passes into the air-carrying channels of the disposable tip, the tapered region of the disposable tip ensuring that the tip end does not bottom out against the bottom of the ferrule cup; and an adapter subassembly having a proximal end configured for connection to the respective syringe body and a distal end configured for coupling to the cap subassembly , the adapter subassembly including one or more components with cut-outs, grooves or channels to direct air and water from the respective syringe body to the air-carrying channels and water-carrying tube of the disposable tip through the cap subassembly .
A liquid jet head comprising: a plurality of nozzles (Hn) configured to jet liquid ; an actuator having a plurality of pressure chambers (C1e) communicated individually with the nozzles, and each filled with the liquid; and a drive section configured to apply a drive signal (Sd) having a plurality of pulses (p1,p2) in one cycle (Td) to the actuator to thereby expand and contract a volume of a said pressure chamber to jet the liquid filling the said pressure chamber from the nozzle, wherein the plurality of pulses in the drive signal include: a plurality of first pulses (p1) configured to expand the volume of the said pressure chamber; and a plurality of second pulses (p2) configured to contract the volume of the said pressure chamber, pressure (P9) in the said pressure chamber changes with time including a plurality of extremal values (PL) in the one cycle, and first timing (t1) as expansion start timing of the volume of the said pressure chamber by a said first pulse (p1) and second timing (t2) as contraction start timing of the volume of the said pressure chamber by a said second pulse (p2) are adjacent to each other, characterized in that both of the first timing and the second timing are located in a period between two consecutive extremal values (PLmin, PLmax) of the plurality of extremal values with respect to the pressure in the said pressure chamber. a plurality of nozzles (Hn) configured to jet liquid ; an actuator having a plurality of pressure chambers (C1e) communicated individually with the nozzles, and each filled with the liquid; and a drive section configured to apply a drive signal (Sd) having a plurality of pulses (p1,p2) in one cycle (Td) to the actuator to thereby expand and contract a volume of a said pressure chamber to jet the liquid filling the said pressure chamber from the nozzle, wherein the plurality of pulses in the drive signal include: a plurality of first pulses (p1) configured to expand the volume of the said pressure chamber; and a plurality of second pulses (p2) configured to contract the volume of the said pressure chamber, a plurality of first pulses (p1) configured to expand the volume of the said pressure chamber; and a plurality of second pulses (p2) configured to contract the volume of the said pressure chamber, pressure (P9) in the said pressure chamber changes with time including a plurality of extremal values (PL) in the one cycle, and first timing (t1) as expansion start timing of the volume of the said pressure chamber by a said first pulse (p1) and second timing (t2) as contraction start timing of the volume of the said pressure chamber by a said second pulse (p2) are adjacent to each other, characterized in that both of the first timing and the second timing are located in a period between two consecutive extremal values (PLmin, PLmax) of the plurality of extremal values with respect to the pressure in the said pressure chamber.
A shear web for a wind turbine blade , comprising: a lower flange ; an upper flange ; and a web structure extending between the lower and upper flanges , wherein at least one of the lower flange , upper flange , and the web structure includes an open lattice structure having a plurality of elongate fibrous composite spindles intersecting each other at multiple nodes of the open lattice structure, the web structure includes a three-dimensional open lattice structure , and wherein the plurality of elongate fibrous composite spindles extends in three dimensions, characterized in that the web structure comprises: a plurality of first open lattice panels , each of the plurality of first panels including a plurality of spindles extending within a plane defined by the panels; and a second plurality of open lattice panels , each of the plurality of second panels including a plurality of spindles extending within a plane defined by the panels, wherein the plurality of first panels intersects the plurality of second panels at multiple nodes to define the three-dimensional open lattice structure. a lower flange ; an upper flange ; and a web structure extending between the lower and upper flanges , wherein at least one of the lower flange , upper flange , and the web structure includes an open lattice structure having a plurality of elongate fibrous composite spindles intersecting each other at multiple nodes of the open lattice structure, the web structure includes a three-dimensional open lattice structure , and wherein the plurality of elongate fibrous composite spindles extends in three dimensions, characterized in that the web structure comprises: a plurality of first open lattice panels , each of the plurality of first panels including a plurality of spindles extending within a plane defined by the panels; and a second plurality of open lattice panels , each of the plurality of second panels including a plurality of spindles extending within a plane defined by the panels, wherein the plurality of first panels intersects the plurality of second panels at multiple nodes to define the three-dimensional open lattice structure. a plurality of first open lattice panels , each of the plurality of first panels including a plurality of spindles extending within a plane defined by the panels; and a second plurality of open lattice panels , each of the plurality of second panels including a plurality of spindles extending within a plane defined by the panels, wherein the plurality of first panels intersects the plurality of second panels at multiple nodes to define the three-dimensional open lattice structure.
Drive apparatus for a motor vehicle, comprising: - a first output shaft via which a first vehicle wheel of a vehicle axle of the motor vehicle can be driven, - a second output shaft which is arranged coaxially to the first output shaft , and via which a second vehicle wheel of the vehicle axle of the motor vehicle can be driven, - a differential gear via which the output shafts can be driven, and - three axial flow machines (32a-c) arranged coaxially to one another and coaxially to the output shafts, namely: ∘ a first axial flow machine , by means of which the first output shaft can be driven with bypassing of the differential gear , ∘ a second axial flow machine , by means of which the second output shaft can be driven with bypassing of the differential gear , and ∘ a third axial flow machine which is arranged between the first axial flow machine and the second axial flow machine in the axial direction of the axial flow machines (32a-c), and by means of which the output shafts can be driven via the differential gear . - a first output shaft via which a first vehicle wheel of a vehicle axle of the motor vehicle can be driven, - a second output shaft which is arranged coaxially to the first output shaft , and via which a second vehicle wheel of the vehicle axle of the motor vehicle can be driven, - a differential gear via which the output shafts can be driven, and - three axial flow machines (32a-c) arranged coaxially to one another and coaxially to the output shafts, namely: ∘ a first axial flow machine , by means of which the first output shaft can be driven with bypassing of the differential gear , ∘ a second axial flow machine , by means of which the second output shaft can be driven with bypassing of the differential gear , and ∘ a third axial flow machine which is arranged between the first axial flow machine and the second axial flow machine in the axial direction of the axial flow machines (32a-c), and by means of which the output shafts can be driven via the differential gear . ∘ a first axial flow machine , by means of which the first output shaft can be driven with bypassing of the differential gear , ∘ a second axial flow machine , by means of which the second output shaft can be driven with bypassing of the differential gear , and ∘ a third axial flow machine which is arranged between the first axial flow machine and the second axial flow machine in the axial direction of the axial flow machines (32a-c), and by means of which the output shafts can be driven via the differential gear .
A method for use in a terminal device, comprising: obtaining (S210) signal quality measurements of plural beams; receiving a configuration signaling transmitted from a radio access node device, wherein the configuration signaling indicates scheduling constraint information of the plural beams, wherein the scheduling constraint information indicates, via a scheduling constraint indicator, whether each beam of the plural beams has a scheduling constraint, and wherein a beam under the scheduling constraint is only allowed to be scheduled at a part of total available radio resources in coordination with at least one interfering beam; and selecting (S220) at least one serving beam from the plural beams depending upon the obtained signal quality measurements and the scheduling constraint information of the plural beams, wherein the selecting (s220) the at least one serving beam from the plural beams is partially based on a predefined criterion that indicates that the at least one serving beam has a largest signal quality measurement among a plurality of beams having no scheduling constraint as indicated by the scheduling constrain indicator. obtaining (S210) signal quality measurements of plural beams; receiving a configuration signaling transmitted from a radio access node device, wherein the configuration signaling indicates scheduling constraint information of the plural beams, wherein the scheduling constraint information indicates, via a scheduling constraint indicator, whether each beam of the plural beams has a scheduling constraint, and wherein a beam under the scheduling constraint is only allowed to be scheduled at a part of total available radio resources in coordination with at least one interfering beam; and selecting (S220) at least one serving beam from the plural beams depending upon the obtained signal quality measurements and the scheduling constraint information of the plural beams, wherein the selecting (s220) the at least one serving beam from the plural beams is partially based on a predefined criterion that indicates that the at least one serving beam has a largest signal quality measurement among a plurality of beams having no scheduling constraint as indicated by the scheduling constrain indicator.
A light source system, comprising: a first laser array for generating a red laser light; a second laser array for generating a blue laser light; a beam splitting plate located on a light path of the first laser array and the second laser array; and wherein the beam splitting plate includes a first region and a second region , the first region is configured to direct at least a part of the red laser light to a wavelength conversion device and to direct at least a part of the blue laser light to a light scattering device , and the second region is configured to direct at least another part of the blue laser light to the wavelength conversion device , wherein the first region is located at a center of the beam splitting plate , and the second region surrounds the first region and is located outside of the first region ; wherein the wavelength conversion device includes wavelength conversion materials for receiving the blue laser light and generating a converted light, and for receiving and scattering the red laser light to form a first red light; wherein the light scattering device includes a scattering material for scattering the blue laser light to produce a blue light; and a light combining device for combining the converted light, the first red light and the blue light into a combined light. a first laser array for generating a red laser light; a second laser array for generating a blue laser light; a beam splitting plate located on a light path of the first laser array and the second laser array; and wherein the beam splitting plate includes a first region and a second region , the first region is configured to direct at least a part of the red laser light to a wavelength conversion device and to direct at least a part of the blue laser light to a light scattering device , and the second region is configured to direct at least another part of the blue laser light to the wavelength conversion device , wherein the first region is located at a center of the beam splitting plate , and the second region surrounds the first region and is located outside of the first region ; wherein the wavelength conversion device includes wavelength conversion materials for receiving the blue laser light and generating a converted light, and for receiving and scattering the red laser light to form a first red light; wherein the light scattering device includes a scattering material for scattering the blue laser light to produce a blue light; and a light combining device for combining the converted light, the first red light and the blue light into a combined light.
Retaining device for coupling an encoder unit of a rotary encoder to an electric machine , wherein the retaining device is formed from a retaining ring and an end shield , wherein the retaining ring has first coupling elements for mechanically coupling the retaining ring to the end shield , wherein the end shield has guide grooves for receiving an encoder module of the encoder unit , wherein the retaining ring is embodied to clamp the encoder module and press it against the end shield , wherein the first coupling elements that are provided in the retaining ring are embodied as holes so as to receive first fastening screws in order to mechanically fasten the retaining ring to the end shield , wherein at least one shielding element for shielding against external interference fields is integrally formed on the retaining ring . wherein the retaining device is formed from a retaining ring and an end shield , wherein the retaining ring has first coupling elements for mechanically coupling the retaining ring to the end shield , wherein the end shield has guide grooves for receiving an encoder module of the encoder unit , wherein the retaining ring is embodied to clamp the encoder module and press it against the end shield , wherein the first coupling elements that are provided in the retaining ring are embodied as holes so as to receive first fastening screws in order to mechanically fasten the retaining ring to the end shield , wherein at least one shielding element for shielding against external interference fields is integrally formed on the retaining ring .
A photochromic borosilicate glass composition, which when exposed to ultraviolet irradiation exhibits a lightening in color or shade and is thermally darkenable, the photochromic borosilicate glass composition comprising, in mol %, 66-76% SiO 2 , 2-8% Al 2 O 3 , 10-18% B 2 O 3 , 0-4% Li 2 O, 4-12% Na 2 O, 0-6% K 2 O, 1-1.5% Ag, 1.5-2.5% Cl - and 0.01-0.06% of a summed amount of CuO and NiO, wherein Na 2 O > K 2 O, and the photochromic borosilicate glass composition is substantially free of Br - .
A mopping device comprising: a mopping portion ; a fluid release device for releasing fluid to a surface to be mopped; a handle configured to be gripped by a user to control the mopping portion; a reservoir for storing fluid, wherein the reservoir includes a refillable collapsible bladder ; a reservoir housing connected to the handle and having an end surface facing the mopping portion, the collapsible bladder being located within the reservoir housing; and a sprayer configured to dispense fluid in a plurality of streams behind or in front of the mopping portion, the sprayer being mounted on the end surface of the reservoir housing such that dispensing of fluid from the sprayer occurs at the end surface of the reservoir housing, wherein the bladder has a first opening at the top of the bladder and a second opening at the bottom of the bladder, the first opening being configured to allow the fluid to fill the bladder to an expanded state from a collapsed state and the second opening being configured to allow the fluid to flow into the sprayer such that the bladder collapses back to the collapsed state when drained of fluid. a mopping portion ; a fluid release device for releasing fluid to a surface to be mopped; a handle configured to be gripped by a user to control the mopping portion; a reservoir for storing fluid, wherein the reservoir includes a refillable collapsible bladder ; a reservoir housing connected to the handle and having an end surface facing the mopping portion, the collapsible bladder being located within the reservoir housing; and a sprayer configured to dispense fluid in a plurality of streams behind or in front of the mopping portion, the sprayer being mounted on the end surface of the reservoir housing such that dispensing of fluid from the sprayer occurs at the end surface of the reservoir housing, wherein the bladder has a first opening at the top of the bladder and a second opening at the bottom of the bladder, the first opening being configured to allow the fluid to fill the bladder to an expanded state from a collapsed state and the second opening being configured to allow the fluid to flow into the sprayer such that the bladder collapses back to the collapsed state when drained of fluid.
A system for removing a substance from a bone comprising: an insert having two ends connected by a shaft, wherein the shaft of the insert is cannulated along at least a portion of its length; an insert fenestration disposed along the cannulated portion of the insert ; a bone screw having two ends connected by a shaft, the bone screw being adapted to receive the insert and including a plurality of fenestrations ; a device coupled to the insert and in communication with the cannulated portion of the insert , the device being configured to draw material from the bone through the insert fenestration into the insert; and a first expandable portion and a second expandable portion , each disposed around a portion of the length of the insert , wherein the insert fenestration is located between the first and second expandable portions , and wherein the first and second expandable portions are configured to expand to form a seal between the insert and the bone screw or tissue adjacent the fenestration of the bone screw , characterized in that the longitudinal length (L1, L2) of at least one fenestration in the bone screw is greater than the longitudinal length (L3) of the portion of the insert that is located between the first expandable portion and the second expandable portion . an insert having two ends connected by a shaft, wherein the shaft of the insert is cannulated along at least a portion of its length; an insert fenestration disposed along the cannulated portion of the insert ; a bone screw having two ends connected by a shaft, the bone screw being adapted to receive the insert and including a plurality of fenestrations ; a device coupled to the insert and in communication with the cannulated portion of the insert , the device being configured to draw material from the bone through the insert fenestration into the insert; and a first expandable portion and a second expandable portion , each disposed around a portion of the length of the insert , wherein the insert fenestration is located between the first and second expandable portions , and wherein the first and second expandable portions are configured to expand to form a seal between the insert and the bone screw or tissue adjacent the fenestration of the bone screw , characterized in that the longitudinal length (L1, L2) of at least one fenestration in the bone screw is greater than the longitudinal length (L3) of the portion of the insert that is located between the first expandable portion and the second expandable portion .
A catheter (400;500;600;700) comprising a base material contacting a braid structure (505;705) having a plurality of crescent ribbons (210A;210L) disposed about a luminal axis of the catheter.
A holding assembly for holding one or more stemmed objects in a dishwasher , wherein said holding assembly is arranged to be positioned in, and removed from, a rack of a dishwasher , said holding assembly comprising: - a main frame , and - a gripping unit frame arranged on said main frame , said gripping unit frame comprising one or more gripping units (7.1, 7.2) where each gripping unit (7.1, 7.2) of said one or more gripping units (7.1, 7.2) is arranged to grip a respective stemmed portion of one of said one or more stemmed objects , wherein said holding assembly further comprises: - a first support frame (11.1) foldably arranged on said main frame to allow said first support frame (11.1) to be folded between at least a supporting position and a storing position, where said first support frame (11.1) is arranged to support a portion (6.1, 6.2) of said one or more stemmed objects in said supporting position, characterized in that each gripping unit (7.1, 7.2) is displaceably arranged at said gripping unit frame . - a main frame , and - a gripping unit frame arranged on said main frame , said gripping unit frame comprising one or more gripping units (7.1, 7.2) where each gripping unit (7.1, 7.2) of said one or more gripping units (7.1, 7.2) is arranged to grip a respective stemmed portion of one of said one or more stemmed objects , wherein said holding assembly further comprises: - a first support frame (11.1) foldably arranged on said main frame to allow said first support frame (11.1) to be folded between at least a supporting position and a storing position, where said first support frame (11.1) is arranged to support a portion (6.1, 6.2) of said one or more stemmed objects in said supporting position,