mhurhangee/ep-ind-claims huggingface dataset:
Method for the realization of a biometric document, said method comprising the following steps: - acquiring initial biometric data from a human user, said initial biometric data being intended to be used by a biometric algorithm (bAl) of said biometric document; - generating a template (Tmp) of the initial biometric data; - testing quantitative characteristics of the generated template; - determining if the template (Tmp) is compatible with said biometric algorithm (bAl) by processing the template (Tmp) with a first part of said biometric algorithm (bAl), said first part of the biometric algorithm either generating a verified template (vTmp) if the template is compatible, or rejecting the template if the template is incompatible, said first part of the biometric algorithm performing at least one check of geometric characteristics of a set of minutiae of the template among: ∘ inter-minutiae distances; ∘ angles between remarkable lines of the set of minutiae; ∘ a spatial distribution of the set of minutiae; - enrolling the verified template (vTmp) in a computer file; - personalizing the biometric document by storing the verified template (vTmp), that has been previously enrolled, on a chip (Chp) of the biometric document; - initializing the biometric document by transforming the verified template (vTmp). - acquiring initial biometric data from a human user, said initial biometric data being intended to be used by a biometric algorithm (bAl) of said biometric document; - generating a template (Tmp) of the initial biometric data; - testing quantitative characteristics of the generated template; - determining if the template (Tmp) is compatible with said biometric algorithm (bAl) by processing the template (Tmp) with a first part of said biometric algorithm (bAl), said first part of the biometric algorithm either generating a verified template (vTmp) if the template is compatible, or rejecting the template if the template is incompatible, said first part of the biometric algorithm performing at least one check of geometric characteristics of a set of minutiae of the template among: ∘ inter-minutiae distances; ∘ angles between remarkable lines of the set of minutiae; ∘ a spatial distribution of the set of minutiae; ∘ inter-minutiae distances; ∘ angles between remarkable lines of the set of minutiae; ∘ a spatial distribution of the set of minutiae; - enrolling the verified template (vTmp) in a computer file; - personalizing the biometric document by storing the verified template (vTmp), that has been previously enrolled, on a chip (Chp) of the biometric document; - initializing the biometric document by transforming the verified template (vTmp).
A method for screening a modulator of a TMEM16 family member selected from TMEM16C, TMEM16D, TMEM16G and TMEM16J, which comprises the following steps: treating cells expressing said TMEM16 family member with a candidate of the modulator, and determining whether the candidate alters distribution of a lipid selected from phosphatidylserine, phosphatidylcholine, and galactosylceramide in plasma membrane of the cells, wherein a candidate which increases distribution of phosphatidylserine in the outer leaflet of plasma membrane compared to control is selected as a modulator enhancing a function of said TMEM16 family member, and a candidate which decreases distribution of phosphatidylserine in the outer leaflet of plasma membrane compared to control is selected as a modulator suppressing a function of said TMEM16 family member, and a candidate which increases distribution of phosphatidylcholine or galactosylceramide in the inner leaflet of plasma membrane compared to control is selected as a modulator enhancing a function of said TMEM16 family member, and a candidate which decreases distribution of phosphatidylcholine or galactosylceramide in the inner leaflet of plasma membrane compared to control is selected as a modulator suppressing a function of said TMEM16 family member. treating cells expressing said TMEM16 family member with a candidate of the modulator, and determining whether the candidate alters distribution of a lipid selected from phosphatidylserine, phosphatidylcholine, and galactosylceramide in plasma membrane of the cells,
A compound of formula I, wherein R 1 represents aryl or pyridyl, both of which are optionally substituted by one or more groups selected from halo, -CN, -C NR 3 R 4, -S 2 R 5, C 1-6 alkyl, C 2-6 alkenyl or C 2-6 alkynyl, wherein the latter three groups are optionally substituted by one or more F; R 2 represents H or C 1-6 alkyl optionally substituted by one or more F; R 3 and R 4 each independently represent H or C 1-6 alkyl optionally substituted by one of more F; R 5 represents C 1-6 alkyl optionally substituted by one or more F; represents wherein indicates a point of attachment to the rest of the molecule; Q 1 and Q 2 each independently represent H or -PO(OR 6)(OR 7); Q 3 represents H or -CH 2 OPO(OR 6)(OR 7); and Q 4 represents -CH 2 OPO(OR 6)(OR 7); wherein R 6 and R 7 each independently represent H, C 1-4 alkyl or C 2-4 alkenyl; wherein at least one of Q 1, and Q 2, Q 3 or Q 4 represents -PO(OR 6)(OR 7) or -CH 2 OPO(OR 6)(OR 7); or a pharmaceutically-acceptable salt thereof. R 1 represents aryl or pyridyl, both of which are optionally substituted by one or more groups selected from halo, -CN, -C NR 3 R 4, -S 2 R 5, C 1-6 alkyl, C 2-6 alkenyl or C 2-6 alkynyl, wherein the latter three groups are optionally substituted by one or more F; R 2 represents H or C 1-6 alkyl optionally substituted by one or more F; R 3 and R 4 each independently represent H or C 1-6 alkyl optionally substituted by one of more F; R 5 represents C 1-6 alkyl optionally substituted by one or more F; represents wherein indicates a point of attachment to the rest of the molecule; Q 1 and Q 2 each independently represent H or -PO(OR 6)(OR 7); Q 3 represents H or -CH 2 OPO(OR 6)(OR 7); and Q 4 represents -CH 2 OPO(OR 6)(OR 7); wherein R 6 and R 7 each independently represent H, C 1-4 alkyl or C 2-4 alkenyl; wherein at least one of Q 1, and Q 2, Q 3 or Q 4 represents -PO(OR 6)(OR 7) or -CH 2 OPO(OR 6)(OR 7); or a pharmaceutically-acceptable salt thereof.
An electric wear adjustment device of a disc brake, in particular for a motor vehicle, for adjusting friction surface wear on the brake pads (3, 3a) and brake disc of a disc brake, in particular for a motor vehicle, having an application device, preferably a rotary brake lever, the electric wear adjustment device comprising: a) an electric motor; b) a gear mechanism; c) an output element; characterised in that d) the output element is connected rotationally conjointly to a clamping sleeve, the clamping sleeve having inwardly projecting longitudinal ribs on its inside. a) an electric motor; b) a gear mechanism; c) an output element; characterised in that d) the output element is connected rotationally conjointly to a clamping sleeve, the clamping sleeve having inwardly projecting longitudinal ribs on its inside.
A garment washing and/or drying machine comprising: a main body portion; a drum (106, 406) located within the main body portion, the drum (106, 406) comprising an open end for receiving garments placed in the drum and a closed end for containing the garments within the drum, the closed end being opposite the open end and the drum (106, 406) comprising a side portion connecting the open end to the closed end, the drum (106, 406) configured for rotation about a rotational axis of the drum; the drum (106, 406) comprising at least one magnet located on the side portion of the drum, for magnetic interaction with a corresponding at least one electromagnet in the main body portion of the washing and/or drying machine; and a controller for controlling electrical current supplied to the at least one electromagnet so as to control a magnetic field to which the at least one magnet on the drum is subjected, enabling the controller to control movement of the drum (106, 406); wherein the at least one magnet located on the side portion of the drum (106, 406) comprises a plurality of permanent magnets; characterized in that each of the plurality of magnets extends longitudinally along the side portion of the drum, between the closed end and the open end. a main body portion; a drum (106, 406) located within the main body portion, the drum (106, 406) comprising an open end for receiving garments placed in the drum and a closed end for containing the garments within the drum, the closed end being opposite the open end and the drum (106, 406) comprising a side portion connecting the open end to the closed end, the drum (106, 406) configured for rotation about a rotational axis of the drum; the drum (106, 406) comprising at least one magnet located on the side portion of the drum, for magnetic interaction with a corresponding at least one electromagnet in the main body portion of the washing and/or drying machine; and a controller for controlling electrical current supplied to the at least one electromagnet so as to control a magnetic field to which the at least one magnet on the drum is subjected, enabling the controller to control movement of the drum (106, 406); wherein the at least one magnet located on the side portion of the drum (106, 406) comprises a plurality of permanent magnets; characterized in that each of the plurality of magnets extends longitudinally along the side portion of the drum, between the closed end and the open end.
An immune complex, comprising: (a) a target conjugate pair, wherein the target conjugate pair comprises a target and a conjugate associated with the target; and (b) a stabilizing component, wherein the stabilizing component binds to the target conjugate pair, wherein the association constant (Ka) of the complex is greater than the Ka of the complex without the stabilizing component, wherein the target is an antigen, wherein the conjugate comprises a target-binding entity that is an antibody or antibody fragment that recognizes the antigen target and binds to the target, and wherein the stabilizing component is a Fc receptor linked to the target binding entity. (a) a target conjugate pair, wherein the target conjugate pair comprises a target and a conjugate associated with the target; and (b) a stabilizing component, wherein the stabilizing component binds to the target conjugate pair, wherein the association constant (Ka) of the complex is greater than the Ka of the complex without the stabilizing component, wherein the target is an antigen, wherein the conjugate comprises a target-binding entity that is an antibody or antibody fragment that recognizes the antigen target and binds to the target, and wherein the stabilizing component is a Fc receptor linked to the target binding entity.
A motor vehicle lighting device having a longitudinally extending first optical waveguide, which has a front side, a back side, opposite the front side, having has light deflection elements, and side faces (20, 22) connecting the front side and the back side, and which first optical waveguide is arranged for guiding light, which experiences internal total reflections at its side faces (20, 22) and its front side, in a longitudinal direction of the optical waveguide and for causing light, reflected at its light deflection elements, to exit via its front side, and having a second optical waveguide, which is arranged for coupling light into the first optical waveguide, and the second optical waveguide is coupled with the first optical waveguide such that in the second optical waveguide, light, propagated along a guide line of the second optical waveguide via at least one of the side faces (20, 22) of the first optical waveguide, enters with a mean light propagation direction (32; 34) into the first optical waveguide, the directional component of which, pointing toward the front side of the first optical waveguide and being perpendicular to its longitudinal direction, is greater than its directional component perpendicular thereto and to the longitudinal direction, characterized in that the front side serving as a light exit side is curved in convex fashion; and that the first optical waveguide has a cross-sectional geometry, in which the lens effect attained by the material of the optical waveguide and by the convex curvature of its front side and the width of the light deflection elements as well as the remaining width of side faces (20, 22) are adapted to one another such that through the front side, only the light deflection elements are now visible, and the side faces (20, 22) are no longer visible.
Method for changing the data load distribution within a mobile wireless telecommunication network comprising a first base station, a second base station and a relay node being connected to the first base station and/or to the second base station, the method comprising • establishing for each of a plurality of user equipments a first indirect connection to the first base station via the relay node, • establishing in a collective manner for each of the plurality of user equipments a second indirect connection to the second base station via the relay node, and • terminating in a collective manner for each of the plurality of user equipments the first indirect connection, the method being characterized in that establishing two backhaul radio links, a first backhaul radio link from the relay node to the first base station and a second backhaul radio link from the relay node to the second base station, wherein the data traffic being managed by the air interface of the relay node is split into two streams, which are backhauled by the two backhaul radio links. • establishing for each of a plurality of user equipments a first indirect connection to the first base station via the relay node, • establishing in a collective manner for each of the plurality of user equipments a second indirect connection to the second base station via the relay node, and • terminating in a collective manner for each of the plurality of user equipments the first indirect connection,
An aqueous resin dispersion composition prepared by neutralizing with a basic substance an acid-modified chlorinated polyolefin that has been modified by at least one member selected from the group consisting of maleic acid, itaconic acid, citraconic acid, and acid anhydrides thereof, and dispersing the neutralized acid-modified chlorinated polyolefin in water, wherein the acid-modified chlorinated polyolefin is prepared by graft-copolymerizing at least one member selected from the group consisting of maleic acid, itaconic acid, citraconic acid, and acid anhydrides thereof with at least one member selected from the group consisting of polypropylene and propylene-α-olefin copolymers in a proportion of 0.1 to 10 wt.% based on the at least one member selected from the group consisting of polypropylene and propylene-α-olefin copolymers to obtain an acid-modified polyolefin, and chlorinating the acid-modified polyolefin, and wherein the aqueous resin dispersion does not contain any emulsifiers.
A wireless communication apparatus, comprising: a processing unit, configured to obtain a quantity n of virtual resource blocks in an initial resource block bundle based on a resource block start position of a bandwidth part and a size of a resource block bundle, wherein n satisfies: n = L − N BWP start mod L wherein L is a size of the resource block bundle, and N BWP start indicates the resource block start position of the bandwidth part; and a mapping unit, configured to map the virtual resource blocks in the initial resource block bundle to physical resource blocks. a processing unit, configured to obtain a quantity n of virtual resource blocks in an initial resource block bundle based on a resource block start position of a bandwidth part and a size of a resource block bundle, wherein n satisfies: n = L − N BWP start mod L wherein L is a size of the resource block bundle, and N BWP start indicates the resource block start position of the bandwidth part; and a mapping unit, configured to map the virtual resource blocks in the initial resource block bundle to physical resource blocks.
Closure for an electrochemical reaction vessel, in particular a potentiostat, the closure comprising: a holder for holding electrodes arranged at an inner side of the closure such that, when the closure is attached to a reaction vessel, electrodes held by the holder extend into an interior space of the reaction vessel and into an electrolyte contained in the reaction vessel; characterized by: a plurality of contacts arranged at an outer surface of the closure for providing electrical contacts with the electrodes, wherein the contacts are arranged at a circumferential outer surface of the closure to face laterally outward at the outer surface of the closure to engage with corresponding contacts of a reaction vessel holder or support for receiving the reaction vessel. a holder for holding electrodes arranged at an inner side of the closure such that, when the closure is attached to a reaction vessel, electrodes held by the holder extend into an interior space of the reaction vessel and into an electrolyte contained in the reaction vessel; characterized by: a plurality of contacts arranged at an outer surface of the closure for providing electrical contacts with the electrodes, wherein the contacts are arranged at a circumferential outer surface of the closure to face laterally outward at the outer surface of the closure to engage with corresponding contacts of a reaction vessel holder or support for receiving the reaction vessel.
A method comprising: generating edge-triggered half-rate clocks, each edge-triggered half-rate clock (231, 271) generated from a divider (230, 270) operating responsive to rising or falling edges of a corresponding first (Clk 1) or second (Clk 2) clock signal; generating a set of multi-bit control signals, each multi-bit control signal having coarse and fine components for adjusting a rising edge and a falling edge of a respective clock signal of the first and second clock signals, each multi-bit control signal incrementally updated responsive to a selection of: a duty cycle correction of the respective clock signal generated responsive to a comparison (220, 260) of a common mode signal (211, 251) associated with the respective clock signal to a reference voltage; and delay corrections between the first and second clock signals, the delay corrections generated responsive to inter-phase comparisons between the edge-triggered half-rate clocks; and adjusting respective coarse and fine inverter stages of a set of clock buffers generating the first and second clock signals according to the coarse and fine components of the set of multi-bit control signals, respectively. generating edge-triggered half-rate clocks, each edge-triggered half-rate clock (231, 271) generated from a divider (230, 270) operating responsive to rising or falling edges of a corresponding first (Clk 1) or second (Clk 2) clock signal; generating a set of multi-bit control signals, each multi-bit control signal having coarse and fine components for adjusting a rising edge and a falling edge of a respective clock signal of the first and second clock signals, each multi-bit control signal incrementally updated responsive to a selection of: a duty cycle correction of the respective clock signal generated responsive to a comparison (220, 260) of a common mode signal (211, 251) associated with the respective clock signal to a reference voltage; and delay corrections between the first and second clock signals, the delay corrections generated responsive to inter-phase comparisons between the edge-triggered half-rate clocks; and a duty cycle correction of the respective clock signal generated responsive to a comparison (220, 260) of a common mode signal (211, 251) associated with the respective clock signal to a reference voltage; and delay corrections between the first and second clock signals, the delay corrections generated responsive to inter-phase comparisons between the edge-triggered half-rate clocks; and adjusting respective coarse and fine inverter stages of a set of clock buffers generating the first and second clock signals according to the coarse and fine components of the set of multi-bit control signals, respectively.
A household appliance, in particular an oven comprising a cooking chamber and a casing which encloses the cooking chamber, the casing being formed by a sheet metal lining which includes a first segment and a second segment, wherein the second segment is offset relative to the first segment towards a bottom of the cooking chamber so as to form a shoulder segment which joins the first segment and the second segment, further comprising an earth terminal which is fixed to the first segment and one or more than one terminal which is connected to the earth terminal, with the earth terminal comprising a fixing plate which has one or more than one through hole each for receiving a fixing screw to be screwed into a respective threaded through hole formed on the first segment and a terminal connection plate which has one or more than one connector adapted to respectively receive one or more than one terminal, characterized by an intermediate plate which electrically joins the fixing plate and the terminal connection plate, wherein the intermediate plate has an s-shaped form which matches the shoulder segment.
A method for controlling a door system, in particular a sliding door system, wherein the door system has a door drive which is used to carry out a movement of at least one leaf element of the door system, and wherein at least one sensor unit is configured to provide sensor data and has a sensor detection region, wherein persons within the sensor detection region are detected by means of the sensor unit and their position and/or movement and/or contour are output as sensor data, wherein a control system is configured which is used to receive the sensor data, wherein the control system - has a first control module which is used to continuously and dynamically regulate on an ongoing basis the movement of the at least one leaf element of the door system as a function of the position, the movement and/or the contour of the at least one person, and - has a second control module which is used to configure closing edge protection of the at least one leaf element of the door system based on the sensor data, wherein using the second control module, the sensor data is evaluated and travel movements of the at least one leaf element determined by the first control module are verified such that a collision of the at least one leaf element with the person is avoided and the closing edge protection is provided, wherein the first control module transmits to the second control module control data for activating the door drive of the at least one leaf element, wherein the control data is evaluated by the second control module in correlation with the sensor data, characterised in that the door drive of the at least one leaf element is activated by the first control module only after the control data has passed through the second control module. - has a first control module which is used to continuously and dynamically regulate on an ongoing basis the movement of the at least one leaf element of the door system as a function of the position, the movement and/or the contour of the at least one person, and - has a second control module which is used to configure closing edge protection of the at least one leaf element of the door system based on the sensor data, wherein using the second control module, the sensor data is evaluated and travel movements of the at least one leaf element determined by the first control module are verified such that a collision of the at least one leaf element with the person is avoided and the closing edge protection is provided, wherein the first control module transmits to the second control module control data for activating the door drive of the at least one leaf element, wherein the control data is evaluated by the second control module in correlation with the sensor data, characterised in that the door drive of the at least one leaf element is activated by the first control module only after the control data has passed through the second control module.