mhurhangee/patent-ind-claim-en huggingface dataset:
A method for operating a sensor which is configured for checking different features (M1, M2) of value documents and which is configured for carrying out at least one self-test for verifying its functionality, wherein the sensor carries out a self-test for verifying its functionality in which it is provided that the sensor rates a malfunction ascertained in the self-test differently in dependence on the selected feature (M1, M2) and that the sensor reacts to the malfunction (F1, F2, F3, F4) ascertained in the self-test differently in dependence on the selected feature (M1, M2), wherein - in the sensor there is respectively provided for the different features (M1, M2) an operating mode (B1, B2) which the sensor employs for checking the respective feature, and - wherein, before the sensor carries out the self-test, at least one of the features (M1, M2) is selected that is to be checked by the sensor, and - wherein it is provided in the self-test of the sensor that the sensor reacts to a malfunction (F1, F2, F3, F4) which would hinder the checking of the selected feature (M1, M2), in the case that the malfunction is circumventable, by the sensor employing a modified operating mode (B1', B2') instead of the provided operating mode for checking the value documents, and - wherein it is provided in the self-test of the sensor that the sensor reacts differently to the same malfunction in dependence on the selected feature, and - wherein in a data memory of the sensor information is stored on the different reactions which the sensor is to execute in dependence on the selected feature in the case of the ascertained malfunction, and - wherein, for differently rating and reacting to the ascertained malfunction in dependence on the selected feature, the sensor employs those of the reactions stored in the data memory that are associated with the selected feature there. - in the sensor there is respectively provided for the different features (M1, M2) an operating mode (B1, B2) which the sensor employs for checking the respective feature, and - wherein, before the sensor carries out the self-test, at least one of the features (M1, M2) is selected that is to be checked by the sensor, and - wherein it is provided in the self-test of the sensor that the sensor reacts to a malfunction (F1, F2, F3, F4) which would hinder the checking of the selected feature (M1, M2), in the case that the malfunction is circumventable, by the sensor employing a modified operating mode (B1', B2') instead of the provided operating mode for checking the value documents, and - wherein it is provided in the self-test of the sensor that the sensor reacts differently to the same malfunction in dependence on the selected feature, and - wherein in a data memory of the sensor information is stored on the different reactions which the sensor is to execute in dependence on the selected feature in the case of the ascertained malfunction, and - wherein, for differently rating and reacting to the ascertained malfunction in dependence on the selected feature, the sensor employs those of the reactions stored in the data memory that are associated with the selected feature there.
A lid forming device that forms a lid of a cardboard box (B) using, out of a group of flaps (Zfa1, Zfa2, Zfa3, Zfa4) having a cantilever structure and provided on edges of an opening of the cardboard box (B), a first flap (Zfa3, Zfa4) in which a slit (Slt3, Slt4) is formed and a second flap (Zfa2) to be extended after being bent into a mountain shape, the lid forming device comprising: a first folding mechanism configured to fold the first flap (Zfa3, Zfa4) in a direction in which the first flap (Zfa3, Zfa4) closes the opening; and a second folding mechanism configured to bend the second flap (Zf2) into a mountain shape and insert part of the second flap (Zfa2) into the slit (Slt3, Slt4) of the first flap (Zfa3, Zfa4) while extending the second flap (Zfa2), wherein the second folding mechanism includes a first retaining unit configured to retain by suck holding a first face (F1) of the second flap (Zfa2) located between a free end of the second flap and a bend line (BL) set beforehand in the second flap (Zfa2), characterised in that the second folding mechanism includes a second retaining unit configured to retain by suck holding a second face (F2) of the second flap (Zfa2) located between an anchored end of the second flap (Zfa2) and the bend line (BL). a first folding mechanism configured to fold the first flap (Zfa3, Zfa4) in a direction in which the first flap (Zfa3, Zfa4) closes the opening; and a second folding mechanism configured to bend the second flap (Zf2) into a mountain shape and insert part of the second flap (Zfa2) into the slit (Slt3, Slt4) of the first flap (Zfa3, Zfa4) while extending the second flap (Zfa2), wherein the second folding mechanism includes a first retaining unit configured to retain by suck holding a first face (F1) of the second flap (Zfa2) located between a free end of the second flap and a bend line (BL) set beforehand in the second flap (Zfa2), characterised in that the second folding mechanism includes a second retaining unit configured to retain by suck holding a second face (F2) of the second flap (Zfa2) located between an anchored end of the second flap (Zfa2) and the bend line (BL). a first retaining unit configured to retain by suck holding a first face (F1) of the second flap (Zfa2) located between a free end of the second flap and a bend line (BL) set beforehand in the second flap (Zfa2), characterised in that the second folding mechanism includes a second retaining unit configured to retain by suck holding a second face (F2) of the second flap (Zfa2) located between an anchored end of the second flap (Zfa2) and the bend line (BL).
An apparatus comprising means for: determining a shared public key shared by a plurality of access nodes and/or cells in a public land mobile network; receiving an indication, via dedicated signalling, that at least one access node and/or cell of the plurality of access nodes and/or cells supports decryption, based on the shared public key, of messages; and based on receiving the indication, providing at least one message to the at least one access node and/or cell of the plurality of access nodes and/or cells, wherein at least part of the at least one message is encrypted based on the shared public key. determining a shared public key shared by a plurality of access nodes and/or cells in a public land mobile network; receiving an indication, via dedicated signalling, that at least one access node and/or cell of the plurality of access nodes and/or cells supports decryption, based on the shared public key, of messages; and based on receiving the indication, providing at least one message to the at least one access node and/or cell of the plurality of access nodes and/or cells, wherein at least part of the at least one message is encrypted based on the shared public key.
A capping assembly for mounting on a covering , the capping assembly comprising: a cap which can be disposed on the covering ; a securing arrangement to enable the capping assembly to be secured on the covering ; and an insertion member for insertion through the covering , wherein the cap is attachable to the insertion member ; wherein the insertion member has first and second perpendicular dimensions, the first dimension being longer than the second dimension; and the capping assembly further includes an orienting arrangement to orient the insertion member , the orienting arrangement being manipulable to orient the insertion member to a desired orientation; characterised in that the orienting arrangement comprises two elongate flexible orienting members , each orienting member being attached to the insertion member at a respective different point along the first dimension thereof. a cap which can be disposed on the covering ; a securing arrangement to enable the capping assembly to be secured on the covering ; and an insertion member for insertion through the covering , wherein the cap is attachable to the insertion member ; wherein the insertion member has first and second perpendicular dimensions, the first dimension being longer than the second dimension; and the capping assembly further includes an orienting arrangement to orient the insertion member , the orienting arrangement being manipulable to orient the insertion member to a desired orientation; characterised in that the orienting arrangement comprises two elongate flexible orienting members , each orienting member being attached to the insertion member at a respective different point along the first dimension thereof.
An exhaust-gas heater for an exhaust-gas system of an internal combustion engine, comprising a carrier arrangement and a heating-conductor arrangement which is carried on the carrier arrangement and which has at least one heating conductor , characterized in that the carrier arrangement comprises: - a ring-like first carrier element , which surrounds an exhaust-gas-heater longitudinal axis (L), and - a plurality of second carrier elements , which are formed separately from the first carrier element and are connected to the first carrier element in a first connecting region and to a coupling region of the heating-conductor arrangement in a second connecting region . - a ring-like first carrier element , which surrounds an exhaust-gas-heater longitudinal axis (L), and - a plurality of second carrier elements , which are formed separately from the first carrier element and are connected to the first carrier element in a first connecting region and to a coupling region of the heating-conductor arrangement in a second connecting region .
An adjuster mechanism for an air actuated disc brake , the adjuster mechanism comprising an outer piston defining a bore having a female thread , the female thread having a minor diameter (d 2 ) and a major diameter (di); and an inner piston having a complementary male thread thereon; characterised in that the outer piston further comprises a non-threaded region of greater diameter than the minor diameter and a transition region between the female thread and the non-threaded region ; and wherein in the transition region the minor diameter of the female thread progressively increases until it meets the major diameter. an inner piston having a complementary male thread thereon; characterised in that the outer piston further comprises a non-threaded region of greater diameter than the minor diameter and a transition region between the female thread and the non-threaded region ; and wherein in the transition region the minor diameter of the female thread progressively increases until it meets the major diameter.
Process for producing a low-nitrogen synthesis gas from a natural gas containing nitrogen and carbon dioxide, from which water and carbon dioxide are removed in a first temperature swing adsorption plant (T1) and subsequently nitrogen is removed in a cryogenic gas fractionator (N), so that a low-nitrogen, water-free and carbon dioxide-free natural gas is formed which is then supplied to a thermochemical conversion (K) in order to recover a raw synthesis gas comprising hydrogen, carbon monoxide, water and carbon dioxide, from which raw synthesis gas the low-nitrogen synthesis gas is obtained at least by the removal of water and carbon dioxide in a second temperature swing adsorption plant (T1), characterized in that at least a portion of the low-nitrogen, water-free and carbon dioxide-free natural gas , prior to its thermochemical conversion (K), is used as regeneration gas in the regeneration of the first (T1) and/or second temperature swing adsorption plant (T2).
An electronic device for a transmitter, comprising: a processing circuitry configured to: generate a pilot sequence based on a constellation map corresponding to a modulation scheme, the constellation map having constellation points X = {s 1 , s 2 , ..., S M } M>2, the constellation map having pairs of constellation points, wherein each pair of constellation points contains opposite constellation points such that for constellation points of the constellation map χ = { s 1 , s 2 , ..., s M }, two constellation points that are opposite are, for a channel, si and -si, and the pilot sequence contains only one constellation point of from each of the pairs of opposite constellation points; and transmit the pilot sequence to a receiver for channel estimation associated with each constellation point in the constellation map by the receiver. generate a pilot sequence based on a constellation map corresponding to a modulation scheme, the constellation map having constellation points X = {s 1 , s 2 , ..., S M } M>2, the constellation map having pairs of constellation points, wherein each pair of constellation points contains opposite constellation points such that for constellation points of the constellation map χ = { s 1 , s 2 , ..., s M }, two constellation points that are opposite are, for a channel, si and -si, and the pilot sequence contains only one constellation point of from each of the pairs of opposite constellation points; and transmit the pilot sequence to a receiver for channel estimation associated with each constellation point in the constellation map by the receiver.
An apparatus for inspecting an object , comprising: at least one first light source configured to irradiate illumination light to the object on a reference plane; at least one second light source configured to irradiate pattern light to the object ; a plurality of cameras configured to capture one or more illumination images generated by the illumination light reflected from the object and one or more pattern images generated by the pattern light reflected from the object ; and one or more processors configured to: determine a plurality of outlines indicating edges of the object based on two or more images captured in different directions among the one or more illumination images and the one or more pattern images; generate a virtual plane that represents an upper surface of the object based on the plurality of outlines; and determine an angle between the object and the reference plane by determining an angle between the virtual plane and the reference plane. at least one first light source configured to irradiate illumination light to the object on a reference plane; at least one second light source configured to irradiate pattern light to the object ; a plurality of cameras configured to capture one or more illumination images generated by the illumination light reflected from the object and one or more pattern images generated by the pattern light reflected from the object ; and one or more processors configured to: determine a plurality of outlines indicating edges of the object based on two or more images captured in different directions among the one or more illumination images and the one or more pattern images; generate a virtual plane that represents an upper surface of the object based on the plurality of outlines; and determine an angle between the object and the reference plane by determining an angle between the virtual plane and the reference plane. determine a plurality of outlines indicating edges of the object based on two or more images captured in different directions among the one or more illumination images and the one or more pattern images; generate a virtual plane that represents an upper surface of the object based on the plurality of outlines; and determine an angle between the object and the reference plane by determining an angle between the virtual plane and the reference plane.
A window assembly with slats , comprising - a first window , defining a surface (P); - a first layer , conductive and adhered to a first side of the first window ; - an added window , connected to the first window at the first side , extending parallel to the first window ; wherein a second layer is adhered to the added window , the second layer being conductive and adhered to a first side of the added window which faces the first layer ; and wherein either the first layer or the second layer comprises said slats which are conductive and movable between a first position (I) in which the slats extend substantially parallel to the surface (P), and a second position (II) in which the slats are oriented substantially perpendicular to the surface (P), and are positioned in between the first layer and the second layer ; and wherein the first layer and the second layer are connectable to a voltage source for applying a voltage difference between the first layer and the second layer , such that the slats are movable; and wherein the added window is releasably connected to the first window and/or wherein the added window is hingedly connected to the first window . - a first window , defining a surface (P); - a first layer , conductive and adhered to a first side of the first window ; - an added window , connected to the first window at the first side , extending parallel to the first window ; wherein a second layer is adhered to the added window , the second layer being conductive and adhered to a first side of the added window which faces the first layer ; and wherein either the first layer or the second layer comprises said slats which are conductive and movable between a first position (I) in which the slats extend substantially parallel to the surface (P), and a second position (II) in which the slats are oriented substantially perpendicular to the surface (P), and are positioned in between the first layer and the second layer ; and wherein the first layer and the second layer are connectable to a voltage source for applying a voltage difference between the first layer and the second layer , such that the slats are movable; and wherein the added window is releasably connected to the first window and/or wherein the added window is hingedly connected to the first window .
An antisense oligomer which consists of a nucleotide sequence selected from a group consisting of SEQ ID NOs 6 to 9, and induces skipping of exon 44 in human dystrophin gene, or a pharmaceutically acceptable salt or hydrate thereof.
A fitting arrangement for the leaf of a window, of a door or the like, said fitting arrangement comprising a pivot arm which has, at a hinge-side end of its longitudinal extent (L), a stay support having a leg angled transversely to the longitudinal extent (L) and which is configured to be fastened to the leaf; and a support band which is configured to be coupled to the stay support , on the one hand, and to be pivotably supported at a frame-side pivot bearing about an axis of rotation (D), on the other hand, wherein the leg of the stay support has a coupling projection and the support band has a coupling receiver ; or vice versa: the support band has a coupling projection and the leg of the stay support has a coupling receiver , characterized in that the stay support and the support band are configured to be coupled to one another in a form-fitting manner in that the coupling projection is inserted transversely, preferably orthogonally, to the axis of rotation (D) into the coupling receiver and is subsequently displaced in parallel with the axis of rotation (D) relative to the coupling receiver . a pivot arm which has, at a hinge-side end of its longitudinal extent (L), a stay support having a leg angled transversely to the longitudinal extent (L) and which is configured to be fastened to the leaf; and a support band which is configured to be coupled to the stay support , on the one hand, and to be pivotably supported at a frame-side pivot bearing about an axis of rotation (D), on the other hand, wherein the leg of the stay support has a coupling projection and the support band has a coupling receiver ; or vice versa: the support band has a coupling projection and the leg of the stay support has a coupling receiver , characterized in that the stay support and the support band are configured to be coupled to one another in a form-fitting manner in that the coupling projection is inserted transversely, preferably orthogonally, to the axis of rotation (D) into the coupling receiver and is subsequently displaced in parallel with the axis of rotation (D) relative to the coupling receiver .
A combustion system comprising: a processor ; and a memory operatively coupled to the processor and storing: a fuel infer module comprising computer readable instructions that, when executed by the processor, operate to: receive measured operating parameters including one or more of fuel data defining characteristics of a fuel used in combustion within a heater of the combustion system, emissions data defining emission gasses exiting the heater, airflow data defining ambient air being supplied to the heater and airflow rate of the air within the heater, characterised in that the computer readable instructions, when executed by the processor, operate to: identify one or more relationships within the measured operating parameters that result in a list of potential fuel compositions, select one of the potential fuel compositions from the list having sufficient likelihood of resulting in the measured operating parameters as an inferred fuel composition; output the inferred fuel composition to a heater controller of the heater. a processor ; and a memory operatively coupled to the processor and storing: a fuel infer module comprising computer readable instructions that, when executed by the processor, operate to: receive measured operating parameters including one or more of fuel data defining characteristics of a fuel used in combustion within a heater of the combustion system, emissions data defining emission gasses exiting the heater, airflow data defining ambient air being supplied to the heater and airflow rate of the air within the heater, characterised in that the computer readable instructions, when executed by the processor, operate to: identify one or more relationships within the measured operating parameters that result in a list of potential fuel compositions, select one of the potential fuel compositions from the list having sufficient likelihood of resulting in the measured operating parameters as an inferred fuel composition; output the inferred fuel composition to a heater controller of the heater. receive measured operating parameters including one or more of fuel data defining characteristics of a fuel used in combustion within a heater of the combustion system, emissions data defining emission gasses exiting the heater, airflow data defining ambient air being supplied to the heater and airflow rate of the air within the heater, characterised in that the computer readable instructions, when executed by the processor, operate to: identify one or more relationships within the measured operating parameters that result in a list of potential fuel compositions, select one of the potential fuel compositions from the list having sufficient likelihood of resulting in the measured operating parameters as an inferred fuel composition; output the inferred fuel composition to a heater controller of the heater.