mhurhangee/patent-ind-claim-en huggingface dataset:
A sensor interface circuit comprising: - at least two sensor inputs each configured to be connected to a separate sensor for measuring a same physical parameter, - at least two front-end circuits , wherein each sensor input is configured to be connected with one of the front end circuits , and wherein each front end circuit is configured for conditioning a signal from the connected sensor input, thus obtaining sensor signal acquisitions from the at least two sensor inputs, - a test circuit configured to test correct functionality of at least part of one of the front end circuits by applying a test input to the front end circuit under test using a test input circuit , by reading a test output of the front end circuit, wherein the test output is induced by the test input, and by comparing the test output with an expected result thus obtaining at least one test result, wherein the test input is applied intermittently between sensor signal acquisitions, - characterized in that the sensor interface circuit comprises the at least two sensor inputs , the at least two front-end circuits and a processing device configured for comparing the sensor signal acquisitions from the different sensor inputs and for combining the comparison with the at least one test result in order to evaluate correct functionality of the sensor interface circuit. - at least two sensor inputs each configured to be connected to a separate sensor for measuring a same physical parameter, - at least two front-end circuits , wherein each sensor input is configured to be connected with one of the front end circuits , and wherein each front end circuit is configured for conditioning a signal from the connected sensor input, thus obtaining sensor signal acquisitions from the at least two sensor inputs, - a test circuit configured to test correct functionality of at least part of one of the front end circuits by applying a test input to the front end circuit under test using a test input circuit , by reading a test output of the front end circuit, wherein the test output is induced by the test input, and by comparing the test output with an expected result thus obtaining at least one test result, wherein the test input is applied intermittently between sensor signal acquisitions, - characterized in that the sensor interface circuit comprises the at least two sensor inputs , the at least two front-end circuits and a processing device configured for comparing the sensor signal acquisitions from the different sensor inputs and for combining the comparison with the at least one test result in order to evaluate correct functionality of the sensor interface circuit.
A pharmaceutical combination comprising: (a) a CDK4/6 inhibitor of the formula or a pharmaceutically acceptable salt thereof, and (b) a B-Raf inhibitor of the formula or a pharmaceutically acceptable salt thereof. (a) a CDK4/6 inhibitor of the formula or a pharmaceutically acceptable salt thereof, and (b) a B-Raf inhibitor of the formula or a pharmaceutically acceptable salt thereof.
Device for locking and unlocking the door (P) of an electric household appliance, wherein a hook member (A) is connected to the door (P) and can be inserted into an opening of a support casing , the device comprising said support casing in which there is provided an electrical switch , the state of which is indicative of the open or closed condition of the door (P); a retaining member or slider mounted movably with respect to the support casing between a rest position in which it allows the introduction of the hook member (A) into said opening and at least one working position in which it is adapted to retain the hook member (A) introduced into said opening ; locking means, including a locking member movable in the casing relative to the retaining member or slider between a disengaged position and an engaged position in which it is adapted to allow and prevent, respectively, the passage of the retaining member or slider from the working position to the rest position, opposing means associated with the locking member and tending to maintain it in the engaged position, and electrically activatable control means adapted to control the position of said locking member ; said control means comprising an electrically controlled actuator , which can be coupled to a movable toothed wheel through a movable transmission member , and which, as a consequence of successive activations, tends, through the transmission member , to make said toothed wheel alternately assume a first position and a second position, in which the toothed wheel retains and frees, respectively, the locking member , maintaining it in the disengaged position and allowing its passage into the engaged position under the action of said opposing means , respectively; wherein said movable transmission member is configured and arranged in such a way that it can interfere with and be locked by said retaining member or slider when the latter is in a rest position, in which said door (P) is open, thus impeding the passage of the aforesaid toothed wheel to said second position, the arrangement being such that, if the actuator happens to be energized while the door (P) is open, the retaining member or slider prevents the transmission member from causing the toothed wheel to pass from the first to the second position, and the latter, in turn, locks the locking member in the aforesaid disengaged position, in such a way that when the door (P) is next closed the door remains unlocked until the next activation of the actuator .
Under-counter furniture unit, preferably for a sanitary washing unit, comprising - a base member which includes a side wall with an upper wall end surface , and - a panel element which is fastened with a fastening section to an inner side of the side wall and extends with a shadow gap panel section upward past the upper wall end surface of the side wall , - a cover profile fastened to the side wall and having a covering section which on top covers the upper wall end surface of the side wall , and - an object support element with a fastening section for fastening said object support element to the panel element and/or to the cover profile , and with an object support section by which it extends outward past the side wall of the base member , characterized in that - the cover profile in the shape of an L comprises a first L-profile side (4 1 ), which forms the covering section , and a second L-profile side (4 2 ) which extends along the inner side of the side wall - a base member which includes a side wall with an upper wall end surface , and - a panel element which is fastened with a fastening section to an inner side of the side wall and extends with a shadow gap panel section upward past the upper wall end surface of the side wall , - a cover profile fastened to the side wall and having a covering section which on top covers the upper wall end surface of the side wall , and - an object support element with a fastening section for fastening said object support element to the panel element and/or to the cover profile , and with an object support section by which it extends outward past the side wall of the base member , characterized in that - the cover profile in the shape of an L comprises a first L-profile side (4 1 ), which forms the covering section , and a second L-profile side (4 2 ) which extends along the inner side of the side wall
A Cu-diamond based solid phase sintered body comprising: 30 vol% or more and 80 vol% or less of a diamond; and 2 vol% or more and 6 vol% or less of Cr; with the balance of the sintered body being Cu and inevitable impurities, wherein the used raw material powder is an industrial synthesized diamond powder not comprising a red yellow, yellow, or green portion of a diamond powder, provided that the diamond powder is analyzed with a laser Raman microscope, and a peak at 1330 cm -1 of a diamond component having high crystallinity is displayed as red and a peak at 1450 cm -1 of a diamond-like carbon (DLC) component is displayed as green, where a diamond component is divided into red (diamond), black red, red yellow, yellow, and green (DLC). 30 vol% or more and 80 vol% or less of a diamond; and 2 vol% or more and 6 vol% or less of Cr; with the balance of the sintered body being Cu and inevitable impurities, wherein the used raw material powder is an industrial synthesized diamond powder not comprising a red yellow, yellow, or green portion of a diamond powder, provided that the diamond powder is analyzed with a laser Raman microscope, and a peak at 1330 cm -1 of a diamond component having high crystallinity is displayed as red and a peak at 1450 cm -1 of a diamond-like carbon (DLC) component is displayed as green, where a diamond component is divided into red (diamond), black red, red yellow, yellow, and green (DLC).
A luminaire comprising: a housing ; a light-emitting optic attached to the housing; a cavity between the housing and the light-emitting optic; and a circular acoustic panel attached to a perimeter of the housing and being fully circumferential around the light-emitting optic, characterized in that the circular acoustic panel comprises a plurality of concentric rings arranged in the same plane and having mutually different diameters, wherein the concentric rings are separate parts that are mutually, detachably mountable via connection elements wherein an outer peripheral edge of a first ring is attached to an inner peripheral edge of a second ring arranged around the first ring. a housing ; a light-emitting optic attached to the housing; a cavity between the housing and the light-emitting optic; and a circular acoustic panel attached to a perimeter of the housing and being fully circumferential around the light-emitting optic, characterized in that the circular acoustic panel comprises a plurality of concentric rings arranged in the same plane and having mutually different diameters, wherein the concentric rings are separate parts that are mutually, detachably mountable via connection elements wherein an outer peripheral edge of a first ring is attached to an inner peripheral edge of a second ring arranged around the first ring.
A method comprising: forming a turbine snubber onto a surface of a cast metal turbine blade by melting successive layers of metal powder onto the turbine blade using a directed energy beam , characterized by providing the metal powder as a preform having a preformed shape, wherein the metal powder preform includes heat flow control elements , the heat flow control elements comprising energy beam and laser blocking material and insulating material, utilizing the heat flow control elements to effectuate heat transfer from the directed energy beam by pulling heat out of the metal powder melt out to achieve a preferential grain growth, wherein a system vector of the directed energy beam in conjunction with the heat flow control elements is applied to control the heat transfer so that the melting of the metal powder does not encompass a full grain depth of the surface of the turbine blade , and wherein the surface of the turbine blade comprises a directionally solidified grain structure and a grain structure of at least a first layer of the turbine snubber is formed parallel to the grain structure of the surface of the turbine blade . forming a turbine snubber onto a surface of a cast metal turbine blade by melting successive layers of metal powder onto the turbine blade using a directed energy beam , characterized by providing the metal powder as a preform having a preformed shape, wherein the metal powder preform includes heat flow control elements , the heat flow control elements comprising energy beam and laser blocking material and insulating material, utilizing the heat flow control elements to effectuate heat transfer from the directed energy beam by pulling heat out of the metal powder melt out to achieve a preferential grain growth, wherein a system vector of the directed energy beam in conjunction with the heat flow control elements is applied to control the heat transfer so that the melting of the metal powder does not encompass a full grain depth of the surface of the turbine blade , and wherein the surface of the turbine blade comprises a directionally solidified grain structure and a grain structure of at least a first layer of the turbine snubber is formed parallel to the grain structure of the surface of the turbine blade .
A machine for making filled pasta comprising: - a feeding station configured for feeding a layer of fresh pasta and a predetermined quantity of a semi-finished food product to a coupling space of said machine ; - a coupling device configured to couple said layer of fresh pasta and said predetermined quantity of semi-finished food product ; wherein said coupling device comprises at least one pair of synchronised forming rollers configured to rotate, respectively, on a first and a second rotation shaft ; said forming rollers forming between them said coupling space and configured for producing, at each rotation cycle of said forming rollers , an element of filled pasta by progressively wrapping said layer of fresh pasta around said predetermined quantity of semi-finished food product ; characterised in that said coupling device is configured to rotate said forming rollers at a variable speed, between a maximum speed and a minimum speed, during a single rotation cycle such that said forming rollers adopt said maximum speed upon completion of the filled pasta element and/or such that said forming rollers adopt a speed of rotation increasing upon completion of the filled pasta element. - a feeding station configured for feeding a layer of fresh pasta and a predetermined quantity of a semi-finished food product to a coupling space of said machine ; - a coupling device configured to couple said layer of fresh pasta and said predetermined quantity of semi-finished food product ; wherein said coupling device comprises at least one pair of synchronised forming rollers configured to rotate, respectively, on a first and a second rotation shaft ; said forming rollers forming between them said coupling space and configured for producing, at each rotation cycle of said forming rollers , an element of filled pasta by progressively wrapping said layer of fresh pasta around said predetermined quantity of semi-finished food product ; characterised in that said coupling device is configured to rotate said forming rollers at a variable speed, between a maximum speed and a minimum speed, during a single rotation cycle such that said forming rollers adopt said maximum speed upon completion of the filled pasta element and/or such that said forming rollers adopt a speed of rotation increasing upon completion of the filled pasta element.
A method for a base station to transmit a narrowband synchronization signal to one or more user equipments, UEs, in a wireless communication system, the method comprising: transmitting a narrowband primary synchronization signal using a first Zadoff-Chu sequence; and transmitting a narrowband secondary synchronization signal indicating a narrowband cell identity, the method being characterized in that : the primary synchronization signal uses a single sequence of the first Zadoff-Chu sequence, a root index of the first Zadoff-Chu sequence is fixed, the narrowband secondary synchronization signal is generated by multiplying a cover sequence, element by element, with a sequence which is generated by phase shifting of a base sequence, the base sequence is generated based on a second Zadoff-Chu sequence having a predetermined length L in a frequency domain, and a root index of the second Zadoff-Chu sequence is selected from among M root indices within a range of k to k+M-1 in terms of a predetermined offset k, wherein M<L. transmitting a narrowband primary synchronization signal using a first Zadoff-Chu sequence; and transmitting a narrowband secondary synchronization signal indicating a narrowband cell identity, the method being characterized in that : the primary synchronization signal uses a single sequence of the first Zadoff-Chu sequence, a root index of the first Zadoff-Chu sequence is fixed, the narrowband secondary synchronization signal is generated by multiplying a cover sequence, element by element, with a sequence which is generated by phase shifting of a base sequence, the base sequence is generated based on a second Zadoff-Chu sequence having a predetermined length L in a frequency domain, and a root index of the second Zadoff-Chu sequence is selected from among M root indices within a range of k to k+M-1 in terms of a predetermined offset k, wherein M<L. the primary synchronization signal uses a single sequence of the first Zadoff-Chu sequence, a root index of the first Zadoff-Chu sequence is fixed, the narrowband secondary synchronization signal is generated by multiplying a cover sequence, element by element, with a sequence which is generated by phase shifting of a base sequence, the base sequence is generated based on a second Zadoff-Chu sequence having a predetermined length L in a frequency domain, and a root index of the second Zadoff-Chu sequence is selected from among M root indices within a range of k to k+M-1 in terms of a predetermined offset k, wherein M<L.
A substrate processing apparatus comprising: a substrate holder configured to hold a substrate (W) and rotate the substrate (W); and a processing head configured to bring scrubbing tapes into contact with a first surface of the substrate (W) to process the first surface , wherein the processing head includes: pressing members arranged to press the scrubbing tapes against the first surface of the substrate (W); tape feeding reels configured to feed the scrubbing tapes , respectively; and tape take-up reels configured to take up the scrubbing tapes , respectively, characterized in that the processing head includes position switching devices configured to be able to switch positions of the pressing members between processing positions and retreat positions. a substrate holder configured to hold a substrate (W) and rotate the substrate (W); and a processing head configured to bring scrubbing tapes into contact with a first surface of the substrate (W) to process the first surface , wherein the processing head includes: pressing members arranged to press the scrubbing tapes against the first surface of the substrate (W); tape feeding reels configured to feed the scrubbing tapes , respectively; and tape take-up reels configured to take up the scrubbing tapes , respectively, pressing members arranged to press the scrubbing tapes against the first surface of the substrate (W); tape feeding reels configured to feed the scrubbing tapes , respectively; and tape take-up reels configured to take up the scrubbing tapes , respectively, characterized in that the processing head includes position switching devices configured to be able to switch positions of the pressing members between processing positions and retreat positions.
A colorless material comprising a carrier; copper-containing particles comprising copper-containing glass; and sodium thiocyanate, wherein the material exhibits, in the CIE L ∗ a ∗ b ∗ system, an L ∗ value in the range from 91 to 100, and a C ∗ value of less than 7, wherein C ∗ equals √(a ∗2 + b ∗2 ), wherein the material exhibits a greater than 3 log reduction in a concentration of Staphylococcus aureus, under the EPA Test Method for Efficacy of Copper Alloy as a Sanitizer testing conditions, and wherein the copper-containing glass comprises a cuprite phase comprising a plurality of Cu 1+ ions, and comprising at least one of B 2 O 3 , P 2 O 5 and R 2 O, where R is selected from the group consisting of K, Na, Li, Rb, Cs and combinations thereof. a carrier; copper-containing particles comprising copper-containing glass; and sodium thiocyanate, wherein the material exhibits, in the CIE L ∗ a ∗ b ∗ system, an L ∗ value in the range from 91 to 100, and a C ∗ value of less than 7, wherein C ∗ equals √(a ∗2 + b ∗2 ), wherein the material exhibits a greater than 3 log reduction in a concentration of Staphylococcus aureus, under the EPA Test Method for Efficacy of Copper Alloy as a Sanitizer testing conditions, and wherein the copper-containing glass comprises a cuprite phase comprising a plurality of Cu 1+ ions, and comprising at least one of B 2 O 3 , P 2 O 5 and R 2 O, where R is selected from the group consisting of K, Na, Li, Rb, Cs and combinations thereof.
A system for detecting gunshots, the system comprising: gunshot sensor units for detecting gunshots, the gunshot sensor units comprising one or more microphones for detecting acoustic anomalies; and reflectors for collecting and focusing sound waves onto the one or more microphones , wherein the reflectors are arranged to direct light emitted by lighting units (150-2) for illuminating areas of a premises where the gunshot sensor units are located, wherein the gunshot sensor units further comprise attachment mechanisms for securing the gunshot sensor units to the lighting units (150-2) in positions enabling the reflectors to collect and focus the sound waves onto the one or more microphones , wherein the lighting units (150-2) comprise the reflectors . gunshot sensor units for detecting gunshots, the gunshot sensor units comprising one or more microphones for detecting acoustic anomalies; and reflectors for collecting and focusing sound waves onto the one or more microphones , wherein the reflectors are arranged to direct light emitted by lighting units (150-2) for illuminating areas of a premises where the gunshot sensor units are located, wherein the gunshot sensor units further comprise attachment mechanisms for securing the gunshot sensor units to the lighting units (150-2) in positions enabling the reflectors to collect and focus the sound waves onto the one or more microphones , wherein the lighting units (150-2) comprise the reflectors .
Variable displacement hydraulic unit with a housing in which a rotating group is housed, wherein the displacement volume of the rotating group is variably adjustable by means of a swivel element tiltable around a tilt axis perpendicular to the rotational axis of the rotating group , which swivel element can be actuated by at least one servo unit following a working direction substantially parallel to the rotational axis of the rotating group , and comprising: - a servo cylinder integrated in the housing ; - a servo piston moveably within the servo cylinder , wherein the head of the servo piston can be pressurized in the servo cylinder , such that a movement of the servo piston , which is coupled to the swivel element via a servo piston shaft , tilts the swivel element ; characterized in that the servo unit is arranged within the housing on that side of the swivel element on which no rotating group is located. - a servo cylinder integrated in the housing ; - a servo piston moveably within the servo cylinder , wherein the head of the servo piston can be pressurized in the servo cylinder , such that a movement of the servo piston , which is coupled to the swivel element via a servo piston shaft , tilts the swivel element ;
A water-based polyurethane dispersion comprising a chain-extended polyurethane, characterized in that the polyurethane dispersion comprises 2,5,7,10-tetraoxaundecane, wherein the water-based polyurethane dispersion comprises 3 to 60 % by weight of 2,5,7,10-tetraoxaundecane based on the total weight of the chain-extended polyurethane in the water-based polyurethane dispersion.