mhurhangee/patent-ind-claim-en huggingface dataset:
An ophthalmological device for surgical treatment of a cornea of an eye , the ophthalmological device comprising: a laser source configured to generate a pulsed laser beam (B); a focusing optical module configured to make the pulsed laser beam (B) converge onto a focus (F) in the cornea ; a scanner system configured to move the focus to target locations in the cornea ; and an electronic circuit configured to control the scanner system to move the focus (F) to cut inside the cornea a lenticule (L), the lenticule (L) having a posterior lenticule surface (Lp) and an anterior lenticule surface (La), wherein the electronic circuit is further configured to control the scanner system to move the focus (F) to cut in the cornea at least one opening incision (Co) in an exterior surface (A) of the cornea , a first access channel (Ch1), and a second access channel (Ch2), the first access channel (Ch1) connecting the at least one opening incision (Co) to the posterior lenticule surface (Lp) to provide access for a surgical tool through the at least one opening incision (Co) to the posterior lenticule surface (Lp), and the second access channel (Ch2) connecting the at least one opening incision (Co) to the anterior lenticule surface (La) to provide access for the surgical tool through the at least one opening incision (Co) to the anterior lenticule surface (La), whereby the first access channel (Ch1) and the second access channel (Ch2) overlap at least partially from a top view perspective onto the cornea . a laser source configured to generate a pulsed laser beam (B); a focusing optical module configured to make the pulsed laser beam (B) converge onto a focus (F) in the cornea ; a scanner system configured to move the focus to target locations in the cornea ; and an electronic circuit configured to control the scanner system to move the focus (F) to cut inside the cornea a lenticule (L), the lenticule (L) having a posterior lenticule surface (Lp) and an anterior lenticule surface (La), wherein the electronic circuit is further configured to control the scanner system to move the focus (F) to cut in the cornea at least one opening incision (Co) in an exterior surface (A) of the cornea , a first access channel (Ch1), and a second access channel (Ch2), the first access channel (Ch1) connecting the at least one opening incision (Co) to the posterior lenticule surface (Lp) to provide access for a surgical tool through the at least one opening incision (Co) to the posterior lenticule surface (Lp), and the second access channel (Ch2) connecting the at least one opening incision (Co) to the anterior lenticule surface (La) to provide access for the surgical tool through the at least one opening incision (Co) to the anterior lenticule surface (La), whereby the first access channel (Ch1) and the second access channel (Ch2) overlap at least partially from a top view perspective onto the cornea .
A connector comprising: a terminal fitting having a terminal part and a conductor connecting part ; a housing in which the terminal fitting is housed; and a conductive component that is molded as a laminate body including an electrical conductor and an electrical insulator and having a through-hole , and causes the electrical conductor to be physically and electrically connected to the conductor connecting part inserted into the through-hole when the electrical conductor is soldered to the conductor connecting part , characterized in that the conductor connecting part is formed in a tubular part with two ends contact each other so that end faces (12a 1 , 12a 1 ) that are non-plated surfaces of the ends do not appear on a outer wall surface of the tubular part, the entire outer wall surface of the tubular part comprises a plated layer. a terminal fitting having a terminal part and a conductor connecting part ; a housing in which the terminal fitting is housed; and a conductive component that is molded as a laminate body including an electrical conductor and an electrical insulator and having a through-hole , and causes the electrical conductor to be physically and electrically connected to the conductor connecting part inserted into the through-hole when the electrical conductor is soldered to the conductor connecting part , characterized in that the conductor connecting part is formed in a tubular part with two ends contact each other so that end faces (12a 1 , 12a 1 ) that are non-plated surfaces of the ends do not appear on a outer wall surface of the tubular part, the entire outer wall surface of the tubular part comprises a plated layer.
A lighting circuit for an automotive lamp structured to control a scanning light source wherein the scanning light source comprises a reflector , a motor configured to move the reflector and a semiconductor light source configured to output light to the reflector , wherein the scanning light source is configured to scan output light of the semiconductor light source that is reflected by the reflector in front of a lamp according to a movement of the motor , the lighting circuit comprising: a constant current driver structured to supply a driving current (I LED ) that corresponds to a light source control signal to the semiconductor light source ; a light source control signal generator structured to generate the light source control signal (S6) so as to obtain a light distribution pattern that corresponds to light distribution instruction data (S3a); the lighting circuit being characterized by a delay time measurement device structured to measure a delay time required for a transition of lighting-on and lighting-off states of the semiconductor light source from a change of the light source control signal (S6), wherein the lighting circuit is adaptive to cancel variation and fluctuation of the delay time. wherein the scanning light source comprises a reflector , a motor configured to move the reflector and a semiconductor light source configured to output light to the reflector , wherein the scanning light source is configured to scan output light of the semiconductor light source that is reflected by the reflector in front of a lamp according to a movement of the motor , the lighting circuit comprising: a constant current driver structured to supply a driving current (I LED ) that corresponds to a light source control signal to the semiconductor light source ; a light source control signal generator structured to generate the light source control signal (S6) so as to obtain a light distribution pattern that corresponds to light distribution instruction data (S3a); the lighting circuit being characterized by a delay time measurement device structured to measure a delay time required for a transition of lighting-on and lighting-off states of the semiconductor light source from a change of the light source control signal (S6), wherein the lighting circuit is adaptive to cancel variation and fluctuation of the delay time. a constant current driver structured to supply a driving current (I LED ) that corresponds to a light source control signal to the semiconductor light source ; a light source control signal generator structured to generate the light source control signal (S6) so as to obtain a light distribution pattern that corresponds to light distribution instruction data (S3a); the lighting circuit being characterized by a delay time measurement device structured to measure a delay time required for a transition of lighting-on and lighting-off states of the semiconductor light source from a change of the light source control signal (S6), wherein the lighting circuit is adaptive to cancel variation and fluctuation of the delay time.
High-strength tin-containing copper alloy with excellent hot-formability and cold-formability, high-resistance with respect to abrasive wear, adhesive wear and fretting wear and improved corrosion-resistance and stress relaxation resistance, comprising (in % by weight): from 4.0 to 23.0% Sn, from 0.05 to 2.0% Si, from 0.01 to 1.0% Al, from 0.005 to 0.6% B, from 0.001 to 0.08% P, optionally also up to a maximum of 2.0% Zn, optionally also up to a maximum of 0.6% Fe, optionally also up to a maximum of 0.5% Mg, optionally also up to a maximum of 0.25% Pb, the balance being copper and inevitable impurities, characterised in that - the ratio Si/B of the element contents of the elements silicon and boron is between 0.3 and 10. from 4.0 to 23.0% Sn, from 0.05 to 2.0% Si, from 0.01 to 1.0% Al, from 0.005 to 0.6% B, from 0.001 to 0.08% P, optionally also up to a maximum of 2.0% Zn, optionally also up to a maximum of 0.6% Fe, optionally also up to a maximum of 0.5% Mg, optionally also up to a maximum of 0.25% Pb, the balance being copper and inevitable impurities, characterised in that - the ratio Si/B of the element contents of the elements silicon and boron is between 0.3 and 10. - the ratio Si/B of the element contents of the elements silicon and boron is between 0.3 and 10.
Lid (D) made of paper, consisting a lid disc and a lid ring having a longitudinal axis (L2) and a circumferential wall extending in the direction of the longitudinal axis (L2) and having an inner surface and an outer surface and a first end and a second end , wherein the lid disc and the lid ring are connected to one another in a materially bonded manner, and wherein the lid disc has a planar region (1.1) extending transversely to the longitudinal axis (L2), characterized in that , - on its outer circumference, comprising a U-shaped region (1.2) adjoining the flat region and having a first wall section (1.3) and a second wall section (1.4), which are connected to one another via a third wall section (1.5), and - wherein the lid ring engages with its first end in the U-shaped region (1.2) of the lid disc in such a way that the first wall section (1.3) rests against the inner surface and the second wall section (1.4) rests against the outer surface , and in that the first wall section (1.3) and the second wall section (1.4) of the U-shaped region (1.2) of the lid disc are connected to the first end of the lid ring in a materially bonded manner, and - in that the wall , in its region which engages in the U-shaped region (1.2) of the lid disc , is drawn inwards in the direction towards the longitudinal axis (L2) and a shoulder (3.1) is thereby formed below the lid disc. - on its outer circumference, comprising a U-shaped region (1.2) adjoining the flat region and having a first wall section (1.3) and a second wall section (1.4), which are connected to one another via a third wall section (1.5), and - wherein the lid ring engages with its first end in the U-shaped region (1.2) of the lid disc in such a way that the first wall section (1.3) rests against the inner surface and the second wall section (1.4) rests against the outer surface , and in that the first wall section (1.3) and the second wall section (1.4) of the U-shaped region (1.2) of the lid disc are connected to the first end of the lid ring in a materially bonded manner, and - in that the wall , in its region which engages in the U-shaped region (1.2) of the lid disc , is drawn inwards in the direction towards the longitudinal axis (L2) and a shoulder (3.1) is thereby formed below the lid disc.
A drug delivery device comprising a pumping system and a liquid reservoir fluidly connected to a delivery system outlet , the liquid reservoir comprising an elastic plunger sealingly slidable within a rigid container wall of the liquid reservoir for expelling liquid out of the reservoir, the pumping system comprising a piston pump comprising an electrically driven plunger actuator arranged to displace the plunger a predefined distance per pump cycle, and a dosing unit arranged downstream of the liquid reservoir and fluidly connected to the liquid reservoir, the dosing unit comprising a chamber portion arranged between an inlet valve and an outlet valve , the chamber portion arranged to receive from the liquid reservoir a discrete pump cycle volume of liquid under an operational pressure generated by the piston pump greater than ambient pressure, and to deliver said pump cycle volume of liquid to the delivery system outlet, characterized by said discrete pump cycle volume being dependent on the operational pressure.
A method for software regression detection in a computing system , comprising: accessing a dataset having multiple entries each containing data representing an identification of multiple payloads included in a build of a software product executed at a computing device and a corresponding value of a performance metric of executing the build at the computing device, the payloads individually representing a source code change, a feature enablement, or a configuration modification of the software product; and upon accessing the dataset, at the computing system, estimating a set of coefficients individually corresponding to one of the multiple payloads using a multiple variable model with the performance metric as a dependent variable and the multiple payloads as independent variables; identifying at least one of the multiple payloads with a corresponding estimated coefficient whose absolute value is greater than a preset threshold; and generating and transmitting , from the computing system, a message to a development team associated with submitting the at least one of the multiple payloads, the message indicating to the development team that a software defect that impacts the performance metric of the software product is likely present in the at least one of the payloads. accessing a dataset having multiple entries each containing data representing an identification of multiple payloads included in a build of a software product executed at a computing device and a corresponding value of a performance metric of executing the build at the computing device, the payloads individually representing a source code change, a feature enablement, or a configuration modification of the software product; and upon accessing the dataset, at the computing system, estimating a set of coefficients individually corresponding to one of the multiple payloads using a multiple variable model with the performance metric as a dependent variable and the multiple payloads as independent variables; identifying at least one of the multiple payloads with a corresponding estimated coefficient whose absolute value is greater than a preset threshold; and generating and transmitting , from the computing system, a message to a development team associated with submitting the at least one of the multiple payloads, the message indicating to the development team that a software defect that impacts the performance metric of the software product is likely present in the at least one of the payloads.
Condensate collection container for a tumble dryer , comprising a device for removing the condensate at a coupling point , a tube and a filter head , the tube extending from the coupling point into the interior of the collection container , characterised in that the hat-shaped filter head comprising a tube-side cylindrical region and a pointed end region is arranged at the end of the tube opposite the coupling point , the end region having two flat filter elements of which the main expansion surfaces are oriented obliquely to the tube axis , the filter screens of the filter elements being aligned with one another in a V shape.
A method of allocating power levels for a transmission in a Digital Subscriber Line, DSL, network , the method comprising the steps of: identifying a first and second geographical region as being associated with a subscriber line in the DSL network ; defining a first spectral mask having a first set of power levels over a range of frequencies, wherein the first set of power levels are tailored according to a Radio Frequency, RF, environment of the first geographical region; defining a second spectral mask having a second set of power levels over the range of frequencies, wherein the second set of power levels are tailored according to an RF environment of the second geographical region; and constructing a transmit spectral mask for the subscriber line, the transmit spectral mask based on a combination of the first and second spectral masks, characterised in that , for each frequency in the range of frequencies, the transmit spectral mask uses the minimum power level for that frequency from the first and second spectral masks. identifying a first and second geographical region as being associated with a subscriber line in the DSL network ; defining a first spectral mask having a first set of power levels over a range of frequencies, wherein the first set of power levels are tailored according to a Radio Frequency, RF, environment of the first geographical region; defining a second spectral mask having a second set of power levels over the range of frequencies, wherein the second set of power levels are tailored according to an RF environment of the second geographical region; and constructing a transmit spectral mask for the subscriber line, the transmit spectral mask based on a combination of the first and second spectral masks, characterised in that , for each frequency in the range of frequencies, the transmit spectral mask uses the minimum power level for that frequency from the first and second spectral masks.
Stackable electric contact or signalling block comprising a casing that defines its volume, the casing having upper and lower faces for connecting the block to another component, the casing accommodating the following elements: - a screw for fixing the block to another component; and - a press rod capable of moving from a rest position to an activation position for transferring a translation force to a component attached to the lower face of the casing, the press rod comprising an activation head in the form of a wedge capable of translationally engaging with a push-button or of rotationally engaging with a rotary knob; the casing comprising a cavity for guiding the press rod between its rest and activation positions, in which cavity the press rod is accommodated, characterized by a device (119, 150; 319, 350) for guiding the press rod into the guide cavity comprising at least one guide tab accommodated in a matching guide slot passing through the activation head. - a screw for fixing the block to another component; and - a press rod capable of moving from a rest position to an activation position for transferring a translation force to a component attached to the lower face of the casing, the press rod comprising an activation head in the form of a wedge capable of translationally engaging with a push-button or of rotationally engaging with a rotary knob; the casing comprising a cavity for guiding the press rod between its rest and activation positions, in which cavity the press rod is accommodated, characterized by a device (119, 150; 319, 350) for guiding the press rod into the guide cavity comprising at least one guide tab accommodated in a matching guide slot passing through the activation head.
Control unit for controlling an inverter with a DC link capacitor , with a plurality of output phases and with a plurality of switching elements being arranged in half bridges and being connected to the DC link capacitor and the output phases , wherein in a failure mode the control unit is configured to control the switching elements to adopt an active short circuit state, in which the output phases are short-circuited, wherein the control unit is configured to control the switching elements - to be transferred from the active short circuit state into a freewheeling state, in which the switching elements of one half bridge are turned off, if - a first condition, according to which a voltage measuring signal representing a voltage dropping over the DC link capacitor is indicative that the voltage between a positive potential of the DC link capacitor and a negative potential of the DC link capacitor is below a predefined positive voltage threshold, and - a second condition, according to which a current measuring signal representing a current flowing between an input of the inverter and the switching elements is indicative that the current in a direction from the positive potential to the negative potential is above or equal to a predefined current threshold being below zero, are fulfilled, and - to maintain and/or adopt the active short circuit state, if the first condition is fulfilled and the second condition is not fulfilled. - to be transferred from the active short circuit state into a freewheeling state, in which the switching elements of one half bridge are turned off, if - a first condition, according to which a voltage measuring signal representing a voltage dropping over the DC link capacitor is indicative that the voltage between a positive potential of the DC link capacitor and a negative potential of the DC link capacitor is below a predefined positive voltage threshold, and - a second condition, according to which a current measuring signal representing a current flowing between an input of the inverter and the switching elements is indicative that the current in a direction from the positive potential to the negative potential is above or equal to a predefined current threshold being below zero, - to maintain and/or adopt the active short circuit state, if the first condition is fulfilled and the second condition is not fulfilled.
A method for manufacturing a multi-finger pinned root for a turbine blade made of a Ti alloy or a high-strength steel with a tensile strength of 1300 MPa or higher and configured to be attached to a turbine rotor , the multi-finger pinned root configured for coupling the turbine blade and a rotor disc of the turbine rotor , wherein a pin insertion hole is formed through a turbine blade attachment base through steps of: drilling a through-hole ; reaming the drilled through-hole using a reamer ; and removing the reamer from the reamed through-hole while rotating the reamer after the reaming, wherein, a scratch is formed on an inner surface of the pin insertion hole and the scratch is inclined with respect to an axial direction of the pin insertion hole , with an angle of inclination θ being 60° or greater satisfying the following expression: θ ≥ cos − 1 Kt − 1 h 4 a where a/h being 0.1 is an aspect ratio of the scratch , with a being depth and h being width, Kt being 1.2 is an allowable stress concentration factor. drilling a through-hole ; reaming the drilled through-hole using a reamer ; and removing the reamer from the reamed through-hole while rotating the reamer after the reaming, wherein, a scratch is formed on an inner surface of the pin insertion hole and the scratch is inclined with respect to an axial direction of the pin insertion hole , with an angle of inclination θ being 60° or greater satisfying the following expression: θ ≥ cos − 1 Kt − 1 h 4 a where a/h being 0.1 is an aspect ratio of the scratch , with a being depth and h being width, Kt being 1.2 is an allowable stress concentration factor.
A method for producing self-crosslinked gelatin particles having particle diameters of 0.010 μm or more but 5.0 μm or less, each particle diameter defined as an average of a major-axis length and a minor-axis length of the particle, comprising the steps of: discharging droplets of a liquid containing melted gelatin into an atmosphere in a heating tube or a drying chamber whose difference in temperature from the droplets is 235°C or less and drying the droplets to form the gelatin into particles; and self- crosslinking the gelatin forming the particles, wherein the droplets are discharged from a nozzle of an inkjet head.