mhurhangee/patent-ind-claim-en huggingface dataset:
Method for transmitting a message representing a detection of a break in electrical supply to a smart electricity meter, referred to as a meter, to a management entity in a communication system furthermore comprising a first network connecting meters to a data concentrator and a second communication network connecting the data concentrator to the management entity, the communication system furthermore comprising a third network connecting the meters to a collecting gateway , referred to as a gateway, a fourth network connecting the gateway to a server , and a fifth network , connecting the server to the management entity, each meter comprising a general electrical supply and a backup electrical supply, and passing to its backup electrical supply in the case of a break in its general electrical supply, characterised in that , when a meter detects a break in its general electrical supply, the method comprises: generating , by said meter, an electrical-supply break message intended for the management entity, said message being in accordance with at least one data exchange standard for the measurement of electrical consumption used by said entity; transmitting , by said meter, said message intended for the management entity via the gateway and the server, the message being encapsulated in a first frame when it passes through the third network , in a second frame when it passes through the fourth network and in a third frame when passes over the fifth network ; and transmitting said message in parallel over the first network when the meter receives, via this first network, at least one message from the management entity, from a data concentrator or from another meter following the detection of the break in supply. generating , by said meter, an electrical-supply break message intended for the management entity, said message being in accordance with at least one data exchange standard for the measurement of electrical consumption used by said entity; transmitting , by said meter, said message intended for the management entity via the gateway and the server, the message being encapsulated in a first frame when it passes through the third network , in a second frame when it passes through the fourth network and in a third frame when passes over the fifth network ; and transmitting said message in parallel over the first network when the meter receives, via this first network, at least one message from the management entity, from a data concentrator or from another meter following the detection of the break in supply.
A camera device (100; 200), comprising: a camera (110; 210; 310; 410; 510; 620); and a hologram device (130; 230; 320; 420; 520; 610; 700) in the vicinity of the camera and including an encoded holographic image providing in use a user with different views when viewed by said user from different positions, comprising: a target holographic view of the encoded holographic image representing an alignment target and providing in use the user with an indication of a proper alignment with the camera; and a plurality of non-target holographic views of the encoded holographic image , each non-target holographic view indicating in use a viewing position relative to the target holographic view. a camera (110; 210; 310; 410; 510; 620); and a hologram device (130; 230; 320; 420; 520; 610; 700) in the vicinity of the camera and including an encoded holographic image providing in use a user with different views when viewed by said user from different positions, comprising: a target holographic view of the encoded holographic image representing an alignment target and providing in use the user with an indication of a proper alignment with the camera; and a plurality of non-target holographic views of the encoded holographic image , each non-target holographic view indicating in use a viewing position relative to the target holographic view. a target holographic view of the encoded holographic image representing an alignment target and providing in use the user with an indication of a proper alignment with the camera; and a plurality of non-target holographic views of the encoded holographic image , each non-target holographic view indicating in use a viewing position relative to the target holographic view.
Photoelectric window blind , which consists of a plurality of elongated lamellas arranged in parallel and connected between each other by at least two stripes , equipped with a drive for their assembling, disassembling and changing an inclination angle, which have solar panels mounted thereon, the panels are electrically connected between each other and equipped with a means for transmission of the obtained electric energy to external networks or storage means, whereby each solar panel is formed by at least two sections of the solar elements arranged on a base made of an electrically insulating material and covered with a temperature and moisture stable layer , coupled to each other by a means of electric connection embedded therein, and are configured to receive at least one additional section ; one edge section of each solar panel is equipped with a means for transformation of the output power , the means being a DC/DC transformer or a Schotky diode embedded into the base made of the electrically insulating material from a side of the panel faced towards the lamella, characterized in that the DC/DC transformer or the Schotky diode of each solar panel is coupled to a shared bus connected to a DC-to-AC current converter; wherein a cross-section profile of the lamellas has a C-shape with curved edges, which form guides for mounting the solar panels in a longitudinal direction, wherein a distance between edges of the sections of the solar elements of the solar panel and edges of the electrically insulating base equals to a width of the edges of the lamella guides.
System for measuring the temperature of a refrigerating apparatus, characterised in that said system comprises a plurality of temperature measuring devices and an overall processing unit which receives measurements taken by said temperature measuring devices , each temperature measuring device comprising a plurality of temperature sensors and a local processing unit configured to process measurements taken by said temperature sensors , said temperature sensors and said local processing unit being mounted on the same electronic board and being arranged between a first end and a second end of said temperature measuring device , the first ends of the temperature measuring devices being connected to said overall processing unit by means of a first line of a communication bus and the second ends of the temperature measuring devices being connected to said overall processing unit by means of a second line of said communication bus .
An image reading apparatus, comprising: a medium transportation path along which a medium is transported; a read unit that reads the medium and is provided on the medium transportation path; and a control unit that processes read data read by the read unit and controls transportation of the medium along the medium transportation path; wherein the control unit sets an abnormality determination area for a leading-edge area of the read data and performs abnormality determination processing for the abnormality determination area, the abnormality determination processing includes first determination processing; characterized in that the first determination processing includes acquiring, at an upstream position in a medium transportation direction of the abnormality determination area, a distance WL from a center position in a medium width direction intersecting with the medium transportation direction to one edge in the medium width direction and a distance WR from the center position to the other edge in the medium width direction, and comparing a value R that is a ratio between the distance WL and the distance WR or a difference therebetween with a threshold R0 determined in advance. a medium transportation path along which a medium is transported; a read unit that reads the medium and is provided on the medium transportation path; and a control unit that processes read data read by the read unit and controls transportation of the medium along the medium transportation path; wherein the control unit sets an abnormality determination area for a leading-edge area of the read data and performs abnormality determination processing for the abnormality determination area, the abnormality determination processing includes first determination processing; characterized in that the first determination processing includes acquiring, at an upstream position in a medium transportation direction of the abnormality determination area, a distance WL from a center position in a medium width direction intersecting with the medium transportation direction to one edge in the medium width direction and a distance WR from the center position to the other edge in the medium width direction, and comparing a value R that is a ratio between the distance WL and the distance WR or a difference therebetween with a threshold R0 determined in advance. acquiring, at an upstream position in a medium transportation direction of the abnormality determination area, a distance WL from a center position in a medium width direction intersecting with the medium transportation direction to one edge in the medium width direction and a distance WR from the center position to the other edge in the medium width direction, and comparing a value R that is a ratio between the distance WL and the distance WR or a difference therebetween with a threshold R0 determined in advance.
A compound having a structure of Formula (I), or a pharmaceutically acceptable salt thereof, for use in treating human immunodeficiency virus (HIV) infection: wherein is or represents a direct bond; R 1 is H, C(O)R 6 , or a sugar moiety; R 2 is H or OH; R 3 is H, C(O)R 7 or a sugar moiety; each R 4 is independently H or C 1-6 alkyl; R 5 is C 1-6 alkyl or C 2-6 alkenyl; and R 6 and R 7 are each independently C 1-6 alkyl. is or represents a direct bond; R 1 is H, C(O)R 6 , or a sugar moiety; R 2 is H or OH; R 3 is H, C(O)R 7 or a sugar moiety; each R 4 is independently H or C 1-6 alkyl; R 5 is C 1-6 alkyl or C 2-6 alkenyl; and R 6 and R 7 are each independently C 1-6 alkyl.
Photovoltaic installation for a wind turbine , having a tower and designed for generating wind power, comprising a solar module arrangement designed for generating solar power, with a configuration of the solar module arrangement such that the tower can be encompassed and/or encircled in at least some areas by at least one part of the solar module arrangement wherein the solar module arrangement has individual solar modules (10-14) wherein at least some of the solar modules (10-14) are or can be arranged in a U-shape relative to one another and can be displaced, in particular pivoted and/or rotated, individually and as one unit.
An ion exchanger configured to remove an impurity ion of a coolant for cooling a fuel cell , comprising: an inflow portion having an inflow path where the coolant enters; a discharge portion having a discharge path for discharging the coolant; an outer casing having an upstream end where the inflow portion is provided and a downstream end where the discharge portion is provided; an inner casing housed inside the outer casing ; an ion exchange resin for removing an impurity ion from the coolant being filled in the inside of the inner casing ; an outer path formed between the inner casing and the outer casing , the outer path being configured to communicate with the inflow path and the discharge path ; an inner path that is formed inside the inner casing to cause the inflow path and the discharge path to communicate with each other and is configured to enclose the ion exchange resin, wherein the inner casing has a through-hole that causes the inner path and the outer path to communicate with each other, a mesh (M) having a screen opening smaller than a particle size of the ion exchange resin is provided in a communicating portion between the inner path and the inflow path , in a communicating portion between the inner path and the discharge path , and in the through-hole , the inflow path and the outer path communicating with each other through a communication portion formed between the inflow path and the outer path , the discharge path and the outer path communicating with each other through a communication portion formed between the discharge path and the outer path . an inflow portion having an inflow path where the coolant enters; a discharge portion having a discharge path for discharging the coolant; an outer casing having an upstream end where the inflow portion is provided and a downstream end where the discharge portion is provided; an inner casing housed inside the outer casing ; an ion exchange resin for removing an impurity ion from the coolant being filled in the inside of the inner casing ; an outer path formed between the inner casing and the outer casing , the outer path being configured to communicate with the inflow path and the discharge path ; an inner path that is formed inside the inner casing to cause the inflow path and the discharge path to communicate with each other and is configured to enclose the ion exchange resin, wherein the inner casing has a through-hole that causes the inner path and the outer path to communicate with each other, a mesh (M) having a screen opening smaller than a particle size of the ion exchange resin is provided in a communicating portion between the inner path and the inflow path , in a communicating portion between the inner path and the discharge path , and in the through-hole , the inflow path and the outer path communicating with each other through a communication portion formed between the inflow path and the outer path , the discharge path and the outer path communicating with each other through a communication portion formed between the discharge path and the outer path .
B-pillar (1; 31) for a motor vehicle body, which extends along a longitudinal axis (X), comprising: an upper metal portion for connecting the B-pillar (1; 31) to a roof area of the motor vehicle body and a lower metal portion for connecting the B-pillar (1; 31) to a sill area of the motor vehicle body; and a fiber composite component comprising fibers and a plastic matrix, characterised in that the upper metal portion comrises an upper region for force introduction , and the lower metal portion comprises a lower region for force introduction (18") axially spaced from the upper region for force introduction , wherein the upper region for force introduction and the lower region for force introduction (18") are embedded into the fiber composite component . an upper metal portion for connecting the B-pillar (1; 31) to a roof area of the motor vehicle body and a lower metal portion for connecting the B-pillar (1; 31) to a sill area of the motor vehicle body; and a fiber composite component comprising fibers and a plastic matrix, characterised in that the upper metal portion comrises an upper region for force introduction , and the lower metal portion comprises a lower region for force introduction (18") axially spaced from the upper region for force introduction , wherein the upper region for force introduction and the lower region for force introduction (18") are embedded into the fiber composite component .
A workbench for the cold intervention, folding, bending, twisting or deformation of metal sheets, characterized in that it comprises: a benchtop with a plurality of channels for receiving a metal sheet ; a cord for acting on the metal sheet through a power point fixed in said metal sheet ; tension adjustment means for pulling or releasing the cord , where one of the ends of the cord is coupled to said tension adjustment means ; force transmission means through which the cord passes to obtain a mechanical advantage, according to the tension applied on the cord by the tension adjustment means ; wherein the tension adjustment means and the force transmission means are arranged on the benchtop ; and wherein the channel of the plurality of channels of the benchtop for receiving the metal sheet , the force transmission means and the position of the power point fixed in the metal sheet and of the tension adjustment means on the benchtop are selected according to an angle of actuation and/or a desired mechanical advantage. a benchtop with a plurality of channels for receiving a metal sheet ; a cord for acting on the metal sheet through a power point fixed in said metal sheet ; tension adjustment means for pulling or releasing the cord , where one of the ends of the cord is coupled to said tension adjustment means ; force transmission means through which the cord passes to obtain a mechanical advantage, according to the tension applied on the cord by the tension adjustment means ; wherein the tension adjustment means and the force transmission means are arranged on the benchtop ; and wherein the channel of the plurality of channels of the benchtop for receiving the metal sheet , the force transmission means and the position of the power point fixed in the metal sheet and of the tension adjustment means on the benchtop are selected according to an angle of actuation and/or a desired mechanical advantage.
A burner assembly for burning pulverised fuel including: • a primary duct extending along a longitudinal axis (A) wherein a flow of air and pulverised fuel flows in one direction (D); the primary duct having one inlet and one outlet ; • an inlet assembly connected to the inlet of the primary duct and supplied, in use, with air and pulverised fuel; the inlet assembly being provided with at least one inclined portion configured to deflect the flow of air and pulverised fuel in such a way that the flow itself has a velocity component opposite to the direction (D); wherein the inclined portion is defined by a first wall with a first outer lateral surface facing the primary duct and a second wall with a second outer lateral surface not facing the primary duct ; wherein at least the first wall deflects the flow of air and pulverised fuel; wherein the inlet assembly includes at least one elbow duct coupled to the inlet of the primary duct ; the inclined portion being located upstream of the elbow duct with respect to the direction of the flow of air and pulverised fuel in the inlet assembly ; the burner assembly being characterised in that it comprises at least one baffle element housed at least partially in the elbow duct and provided with at least one axial portion . • a primary duct extending along a longitudinal axis (A) wherein a flow of air and pulverised fuel flows in one direction (D); the primary duct having one inlet and one outlet ; • an inlet assembly connected to the inlet of the primary duct and supplied, in use, with air and pulverised fuel; the inlet assembly being provided with at least one inclined portion configured to deflect the flow of air and pulverised fuel in such a way that the flow itself has a velocity component opposite to the direction (D); wherein the inclined portion is defined by a first wall with a first outer lateral surface facing the primary duct and a second wall with a second outer lateral surface not facing the primary duct ; wherein at least the first wall deflects the flow of air and pulverised fuel; wherein the inlet assembly includes at least one elbow duct coupled to the inlet of the primary duct ; the inclined portion being located upstream of the elbow duct with respect to the direction of the flow of air and pulverised fuel in the inlet assembly ;
Internal combustion engine , preferably for a motor vehicle, comprising a coolant circuit operated by means of a coolant pump as the main coolant circuit for cooling the internal combustion engine, and comprising at least one secondary coolant circuit , that is branching off from the main coolant circuit and flowing again into the main coolant circuit , for cooling at least one further heat source and/or for heating at least one heat sink as at least one further component of the internal combustion engine or of a motor vehicle comprising the internal combustion engine, preferably for cooling an air compressor and/or a transmission oil cooler and/or a heating heat exchanger , wherein the coolant pump is coupled directly or indirectly to the crank drive of the internal combustion engine for a pump drive, wherein, in addition to the coolant pump of the main coolant circuit , at least one circulation pump , adapted to the cooling or heating requirement of at least one associated component , is arranged in the at least one secondary coolant circuit , and the at least one further component comprises a plurality of further components , characterised in that the plurality of further components comprises the air compressor , the gear oil cooler and the heating heat exchanger , wherein the further components are arranged hydraulically in parallel in such a way that these components are each connected individually on the inlet side at coolant supply points (19, 19', 19") to the main cooling circuit . the coolant pump is coupled directly or indirectly to the crank drive of the internal combustion engine for a pump drive, wherein, in addition to the coolant pump of the main coolant circuit , at least one circulation pump , adapted to the cooling or heating requirement of at least one associated component , is arranged in the at least one secondary coolant circuit , and the at least one further component comprises a plurality of further components , characterised in that the plurality of further components comprises the air compressor , the gear oil cooler and the heating heat exchanger , wherein the further components are arranged hydraulically in parallel in such a way that these components are each connected individually on the inlet side at coolant supply points (19, 19', 19") to the main cooling circuit .
A toy device for dispensing stackable or rollable materials, comprising: a housing arranged to contain a stack or roll of material and having a dispensing aperture ; a manually actuated drive mechanism comprising a hand crank or hand lever which the user actuates to rotate a drive wheel of the drive mechanism at a desired speed, the drive wheel being arranged to contact and when rotated engage a portion of the material when contained in the housing so as to drive the material through the dispensing aperture to dispense it; a release mechanism comprising a movable element having a first position where it prevents the material from being driven through the aperture and movable to a second position to allow the material to be driven through the aperture, and having an actuator linked to the movable element arranged to move the element between the first and second positions upon actuation by a user, wherein the drive mechanism can be actuated by way of the hand crank or hand lever independently from actuation of the release mechanism . a housing arranged to contain a stack or roll of material and having a dispensing aperture ; a manually actuated drive mechanism comprising a hand crank or hand lever which the user actuates to rotate a drive wheel of the drive mechanism at a desired speed, the drive wheel being arranged to contact and when rotated engage a portion of the material when contained in the housing so as to drive the material through the dispensing aperture to dispense it; a release mechanism comprising a movable element having a first position where it prevents the material from being driven through the aperture and movable to a second position to allow the material to be driven through the aperture, and having an actuator linked to the movable element arranged to move the element between the first and second positions upon actuation by a user, wherein the drive mechanism can be actuated by way of the hand crank or hand lever independently from actuation of the release mechanism .