mhurhangee/ep-ind-claims huggingface dataset:
A fan comprising: a boss having a first end and a second end in an axial direction, an inclined surface inclined, in a direction from the second end to the first end, toward an axial center extending in the axial direction, and an outer peripheral surface located between the inclined surface and the second end, wherein the outer peripheral surface has a cylindrical shape, the boss being rotatable about the axial center; wherein the fan further comprises a first blade member connected to the outer peripheral surface of the boss; the first blade member being configured to be capable of blowing air in the direction from the second end to the first end, wherein the fan further comprises a second blade member connected to the inclined surface and to the outer peripheral surface located between the inclined surface and a connecting portion where the first blade member is connected to the outer peripheral surface, the fan being characterised in that the second blade member has a first blade connected to the inclined surface and a second blade connected to the outer peripheral surface; and in that the first blade and the second blade are separate. a boss having a first end and a second end in an axial direction, an inclined surface inclined, in a direction from the second end to the first end, toward an axial center extending in the axial direction, and an outer peripheral surface located between the inclined surface and the second end, wherein the outer peripheral surface has a cylindrical shape, the boss being rotatable about the axial center; a first end and a second end in an axial direction, an inclined surface inclined, in a direction from the second end to the first end, toward an axial center extending in the axial direction, and an outer peripheral surface located between the inclined surface and the second end, wherein the outer peripheral surface has a cylindrical shape, the boss being rotatable about the axial center; wherein the fan further comprises a first blade member connected to the outer peripheral surface of the boss; the first blade member being configured to be capable of blowing air in the direction from the second end to the first end, wherein the fan further comprises a second blade member connected to the inclined surface and to the outer peripheral surface located between the inclined surface and a connecting portion where the first blade member is connected to the outer peripheral surface, the inclined surface and to the outer peripheral surface located between the inclined surface and a connecting portion where the first blade member is connected to the outer peripheral surface, the fan being characterised in that the second blade member has a first blade connected to the inclined surface and a second blade connected to the outer peripheral surface; and in that the first blade and the second blade are separate.
Chassis component having a connecting component which extends in an axial direction and comprises a bearing socket, and having a joint component which is pressed into the bearing socket and is connected in a non-positive manner to the connecting component as a result, the two components (2, 3) additionally being adhesively bonded to one another by means of an adhesive which is introduced into an adhesive distribution channel which is provided within the bearing socket between the components (2, 3) and is delimited axially on both sides by way of at least one of the components, characterized in that an adhesive filling channel which is accessible from the outside and opens into the adhesive distribution channel is provided in the connecting component, and the adhesive filling channel runs tangentially or approximately tangentially with respect to the adhesive distribution channel, as a result of which, during the introduction of the adhesive into the adhesive distribution channel, a flow direction can be predefined for the adhesive which flows into the adhesive distribution channel.
An apparatus (10, 10a) comprising: a printhead (15, 15a) to dispense drops of print fluid onto media, wherein the drops travel along a drop path from the printhead through air; a light source (20, 20a) to emit light across the drop path; a detector (25, 25a) to detect an intensity of the light received from the light source, wherein the drop path intersects an optical path from the light source to the detector; and a coating (30, 30a, 30b, 30c) placed on the optical path between the drop path and the detector, wherein the coating is to absorb light having an incident light intensity below a threshold amount of light intensity, wherein the coating is to absorb the light with a specified energy, characterized in that the specified energy is tunable by a voltage applied across the coating, wherein the voltage adjusts a band gap of the coating. a printhead (15, 15a) to dispense drops of print fluid onto media, wherein the drops travel along a drop path from the printhead through air; a light source (20, 20a) to emit light across the drop path; a detector (25, 25a) to detect an intensity of the light received from the light source, wherein the drop path intersects an optical path from the light source to the detector; and a coating (30, 30a, 30b, 30c) placed on the optical path between the drop path and the detector, wherein the coating is to absorb light having an incident light intensity below a threshold amount of light intensity, wherein the coating is to absorb the light with a specified energy, characterized in that the specified energy is tunable by a voltage applied across the coating, wherein the voltage adjusts a band gap of the coating.
A method for planning the positioning of a hip joint prosthesis, wherein the prosthesis includes a stem and a cup, and wherein the method employs a navigation system and comprises the following steps: - determining the geometric shape of a patient's acetabulum, and the geometric shape of the cup which is to be placed; - predefining at least one target area on the surface of the cup where the cup has to abut the bony structure of the acetabulum in order for the cup to be sufficiently fixed; - determining at least one actual area of the cup, which will abut the bony structure of the acetabulum when the cup is placed; - defining a requirement for the position and/or orientation of the cup on the basis of the position and/or size of the target areas and/or actual areas; characterized by the steps of: - calculating an optimum position and/or orientation of the cup on the basis of all the defined requirements being fulfilled; and/or - visualizing containment of the cup within the acetabulum by graphically showing the at least one target area and the at least one actual area to a user, and indicating for each target area where the cup abuts the bony structure of the acetabulum. - determining the geometric shape of a patient's acetabulum, and the geometric shape of the cup which is to be placed; - predefining at least one target area on the surface of the cup where the cup has to abut the bony structure of the acetabulum in order for the cup to be sufficiently fixed; - determining at least one actual area of the cup, which will abut the bony structure of the acetabulum when the cup is placed; - defining a requirement for the position and/or orientation of the cup on the basis of the position and/or size of the target areas and/or actual areas; characterized by the steps of: - calculating an optimum position and/or orientation of the cup on the basis of all the defined requirements being fulfilled; and/or - visualizing containment of the cup within the acetabulum by graphically showing the at least one target area and the at least one actual area to a user, and indicating for each target area where the cup abuts the bony structure of the acetabulum.
Short-pulse laser eye surgery system for treating an eye, comprising - a short-pulse laser eye surgery apparatus for generating a laser beam for treating the eye, - a liquid/patient interface for fixing the eye, the liquid/patient interface comprising a cavity for receiving a liquid, the cavity being arranged downstream from an output element of the liquid/patient interface in a direction of the laser beam and being open and sealable by the eye on a side remote from the output element, the short-pulse laser eye surgery apparatus comprising the following features: -- a beam generation device for emitting optical measurement beams from the short-pulse laser eye surgery apparatus into the liquid/patient interface, -- a detection device for detecting reflection and/or backscattering and/or transmission of the optical measurement beams from the liquid/patient interface in the short-pulse laser eye surgery apparatus, -- a determination device for determining at least one first measurement value out of the detected reflection and/or backscattering and/or transmission of the optical measurement beams, characterised in that the short-pulse laser eye surgery apparatus further comprises -- a comparison device for comparing the at least one first measurement value with a reference value to determine the fill level of the liquid in the cavity, the reference value being a fixedly predetermined reference value or the reference value being a second measurement value which was determined from reflection and/or backscattering and/or transmission of optical measurement beams while the cavity, sealed by the eye, was substantially completely filled with the liquid. - a short-pulse laser eye surgery apparatus for generating a laser beam for treating the eye, - a liquid/patient interface for fixing the eye, the liquid/patient interface comprising a cavity for receiving a liquid, the cavity being arranged downstream from an output element of the liquid/patient interface in a direction of the laser beam and being open and sealable by the eye on a side remote from the output element, -- a beam generation device for emitting optical measurement beams from the short-pulse laser eye surgery apparatus into the liquid/patient interface, -- a detection device for detecting reflection and/or backscattering and/or transmission of the optical measurement beams from the liquid/patient interface in the short-pulse laser eye surgery apparatus, -- a determination device for determining at least one first measurement value out of the detected reflection and/or backscattering and/or transmission of the optical measurement beams, -- a comparison device for comparing the at least one first measurement value with a reference value to determine the fill level of the liquid in the cavity,
A method of transferring discrete articles between a transfer assembly and an apparatus comprising one or more heads, wherein the transfer assembly comprises a frame defining a first rotation axis and a transfer member comprising a transfer surface configured to receive one of the discrete articles and wherein the apparatus comprising the one or more heads is either positioned on an input side of the transfer assembly, or on an output side of the transfer assembly, or on both input and output sides of the transfer assembly, the method comprising: rotating the transfer member of the transfer assembly about the first rotation axis at a substantially constant angular velocity; maintaining the transfer surface at a substantially constant minimum distance away from a surface of the at least one head at a point of discrete article transfer; and rotating the at least one head of the apparatus about a second rotation axis at a plurality of angular velocities, wherein a first angular velocity of the at least one head is substantially constant at the point of discrete article transfer. rotating the transfer member of the transfer assembly about the first rotation axis at a substantially constant angular velocity; maintaining the transfer surface at a substantially constant minimum distance away from a surface of the at least one head at a point of discrete article transfer; and rotating the at least one head of the apparatus about a second rotation axis at a plurality of angular velocities, wherein a first angular velocity of the at least one head is substantially constant at the point of discrete article transfer.
A method of forge welding a joint comprising: placing at least two components for welding together adjacent each other with an exothermic flux mixture placed therebetween, each component having a faying surface; heating the exothermic flux mixture to initiate an exothermic reaction; and melting the exothermic flux mixture to produce a molten flux; and pressing the faying surfaces of the two components together to squeeze out molten flux and to forge weld the faying surfaces together; wherein the components being welded are tubular components and the faying surfaces are ends of the tubular components. placing at least two components for welding together adjacent each other with an exothermic flux mixture placed therebetween, each component having a faying surface; heating the exothermic flux mixture to initiate an exothermic reaction; and melting the exothermic flux mixture to produce a molten flux; and pressing the faying surfaces of the two components together to squeeze out molten flux and to forge weld the faying surfaces together; wherein the components being welded are tubular components and the faying surfaces are ends of the tubular components.
A terminal capable of receiving an incoming optical fiber and making a signal present thereon available to an output receptacle, the terminal including one or more output receptacles (1410A-H) arranged in first row and a second row, the first row being associated with a first face and the second row being associated with a second face, the first face and second face meeting along a common interface at an angle, the terminal including a housing designed to sealably mate with a base to form a weather tight seal along a junction of the housing and the base, the output receptacles (1410A-H) being fitted with dummy plug to prevent dirt and moisture from contacting optical fibers within the output receptacles (1410A-H), the dummy plug may be removed when an output connector is mated to the output receptacles (1410A-H).
An ex vivo method of identifying a woman at risk or diagnosing susceptibility of a woman for preterm delivery, comprising: (a) stimulating peripheral blood mononuclear cells ("PBMCs") from a woman using an antigen and/or stimulant; (b) determining the secretion level of a combination of cytokines from the stimulated PBMCs, wherein at least two cytokines in the combination are selected from IL-10, IL-13, and IL-1RA; (c) comparing the secretion level of the combination measured in (b) with the secretion level of the same combination of cytokines from control PBMCs isolated from women who delivered at full term and stimulated using the same antigen and/or stimulant; (d) determining whether the secretion level measured in (b) is higher or lower than the secretion level from the control PBMCs; thereby identifying whether the woman is at risk for preterm delivery. (a) stimulating peripheral blood mononuclear cells ("PBMCs") from a woman using an antigen and/or stimulant; (b) determining the secretion level of a combination of cytokines from the stimulated PBMCs, wherein at least two cytokines in the combination are selected from IL-10, IL-13, and IL-1RA; (c) comparing the secretion level of the combination measured in (b) with the secretion level of the same combination of cytokines from control PBMCs isolated from women who delivered at full term and stimulated using the same antigen and/or stimulant; (d) determining whether the secretion level measured in (b) is higher or lower than the secretion level from the control PBMCs;
A bolt (20, 20') for locking the stock to a receiver of a firearm having mobile masses, comprising a tubular element which can be closed at one outlet end by means of a bolt-stock cap on which the stock can be tightened, the tubular element housing in its interior a mechanism (40, 40') for damping the withdrawal speed of the mobile masses of the firearm, situated on their withdrawal trajectory characterised in that said tubular element can be closed at the other outlet end by means of a bolt-body cap which can be screwed to the breech plane of the receiver and in that said mechanism (40, 40') for damping the withdrawal speed of the mobile masses of the firearm is equipped with a free end, not connected to the mobile masses and destined for coming into contact with the latter, during their withdrawal movement following the firing of the firearm, for damping the stress, wherein said damping mechanism (40, 40') comprises, in a sequence between the bolt-body cap and the bolt-stock cap, a pusher, partially housed inside the bolt-body cap, and a series of damping devices, coaxially arranged inside the tubular element, comprising a hydraulic damper and a spacer situated between said hydraulic damper and the bolt-stock cap.
A grey glass comprising: a base glass portion comprising: Ingredient wt. % SiO 2 67-75% Na 2 O 10-20% CaO 5-15% MgO 0-7% Al 2 O 3 0-7% K 2 O 0-7% and a colorant portion comprising: total iron (expressed as Fe 2 O 3) 0.15 to 0.45% selenium <=3 ppm chromium oxide 2-12 ppm cobalt oxide 130-240 ppm nickel oxide 500-1,000 ppm titanium oxide 0 to 0.20% erbium oxide 0 to 1.0% wherein the grey glass has a visible transmission of from about 8-25%, an x color value of from 0.284 to 0.300, a y color value of from 0.300 to 0.327, and a dominant wavelength of from 435-570 nm; and wherein the grey glass includes one or both of: (a) erbium oxide from 0.1 to 0.8%, and (b) titanium oxide from 0.01 to 0.10%. Ingredient wt. % SiO 2 67-75% Na 2 O 10-20% CaO 5-15% MgO 0-7% Al 2 O 3 0-7% K 2 O 0-7% and a colorant portion comprising: total iron (expressed as Fe 2 O 3) 0.15 to 0.45% selenium <=3 ppm chromium oxide 2-12 ppm cobalt oxide 130-240 ppm nickel oxide 500-1,000 ppm titanium oxide 0 to 0.20% erbium oxide 0 to 1.0% total iron (expressed as Fe 2 O 3) 0.15 to 0.45% selenium <=3 ppm chromium oxide 2-12 ppm cobalt oxide 130-240 ppm nickel oxide 500-1,000 ppm titanium oxide 0 to 0.20% erbium oxide 0 to 1.0%
A backrest for a scuba diver comprising a shaped plate for supporting at least one air cylinder, at least a first strap comprising an upper right portion (3A1) configured to fit around the scuba diver's right shoulder, an upper left portion (3A2) configured to fit around the scuba diver's left shoulder and a lower portion configured to fit around the scuba diver's abdomen, said shaped plate having a first right slide-through element and a first left slide-through element, adapted to connect said upper right portion (3A1) and said upper left portion (3A2), respectively, to said lower portion of said first strap, at least one weight pocket, said at least one weight pocket being constrained to said lower portion of said first strap, characterised in that there is provided an anti-torsion means connecting said at least one weight pocket to said shaped plate and configured to oppose the torsion of said first strap in proximity to at least one of said first slide-through elements (2D, 2S), said anti-torsion means comprising at least one fastening block for fastening said weight pocket to said shaped plate.
A label printer cassette comprising: at least one supply of printing medium; a housing, said housing comprising a first surface, a second surface, said second surface being opposite said first surface, and at least one side (10, 12, 14, 16) extending between said first and second surfaces, said at least one side having a switch operating arrangement (60, 160) having a ramped surface (64, 164) which is configured, in use to operate a switch of a label printer, characterised in that said ramped surface (64, 164) is in a plane and said plane is arranged at right angles to a plane containing said at least one side. at least one supply of printing medium; a housing, said housing comprising a first surface, a second surface, said second surface being opposite said first surface, and at least one side (10, 12, 14, 16) extending between said first and second surfaces, said at least one side having a switch operating arrangement (60, 160) having a ramped surface (64, 164) which is configured, in use to operate a switch of a label printer, characterised in that said ramped surface (64, 164) is in a plane and said plane is arranged at right angles to a plane containing said at least one side.
A polarizing plate laminate comprising: a polarizer; an adhesive agent layer or a bonding agent layer provided on the polarizer; a viewing angle compensation film provided on the adhesive agent layer or the bonding agent layer; and a base film provided on the viewing angle compensation film, wherein the viewing angle compensation film comprises a pattern layer and a planarization layer and a difference in refractive index between the pattern layer and the planarization layer is 0.02 to 0.4, the pattern layer comprises: a first surface comprising a flat surface; and a second surface facing the first surface and comprising a plurality of protrusion, each of the protrusions comprises a first inclined surface and a second inclined surface, an angle (θ 1) between the first inclined surface or a surface extending from the first inclined surface and the first surface and an angle (θ 2) between the second inclined surface or a surface extending from the second inclined surface and the first surface are the same as each other, an aspect ratio of each of the protrusions represented by the following Equation 1 is more than 1.5 and less than 3.0, wherein, Aspect ratio of protrusion = Height of protrusion 150 / Pitch of protrusion 160 characterised in that a highest point and/or a lowest point of each of the protrusions has a radius of curvature of 1 μm or less. a polarizer; an adhesive agent layer or a bonding agent layer provided on the polarizer; a viewing angle compensation film provided on the adhesive agent layer or the bonding agent layer; and a base film provided on the viewing angle compensation film, wherein the viewing angle compensation film comprises a pattern layer and a planarization layer and a difference in refractive index between the pattern layer and the planarization layer is 0.02 to 0.4, the pattern layer comprises: a first surface comprising a flat surface; and a second surface facing the first surface and comprising a plurality of protrusion, each of the protrusions comprises a first inclined surface and a second inclined surface, an angle (θ 1) between the first inclined surface or a surface extending from the first inclined surface and the first surface and an angle (θ 2) between the second inclined surface or a surface extending from the second inclined surface and the first surface are the same as each other, an aspect ratio of each of the protrusions represented by the following Equation 1 is more than 1.5 and less than 3.0, wherein, Aspect ratio of protrusion = Height of protrusion 150 / Pitch of protrusion 160 characterised in that a highest point and/or a lowest point of each of the protrusions has a radius of curvature of 1 μm or less.