mhurhangee/patent-ind-claim-en huggingface dataset:
Method for inverting the diaphragm of a filled and plugged container comprising a body prolonged, on the top, by a shoulder topped by a neck and comprising, in the extension of the body , downwards, a base comprising the diaphragm contained in a ring terminated by a peripheral seat forming a support plane, a method according to which the container is previously placed on a saddle of an inverting device , a bearing member is applied to the container and a pusher is raised through the saddle to invert the diaphragm and shape it as a vault, characterized in that , while the pusher inverts the diaphragm , the seat is moved away from the top plane of the saddle , so that, when the pusher reaches its high position, a zone is freed up between the seat and the saddle to allow a longitudinal expansion of the container under the combined effect of the increase of internal pressure provoked by the reduction of the volume due to the inversion and of the forces generated inside the container by the pusher and the bearing member .
An indoor unit of an air conditioning apparatus, the indoor unit comprising: a housing ; a heat exchanger arranged in the housing; first refrigerant piping arranged in the housing and passing in the heat exchanger ; a connection portion for connecting the first refrigerant piping with a second refrigerant piping routed from an exterior of the housing ; and a retainment portion serving as a space accommodating the connection portion ; a suction port sucking unconditioned air; a refrigerant leakage detection flow path (80 or 180); and refrigerant leakage detection means (58 or 158) detecting refrigerant flowing through the refrigerant leakage detection flow path (80 or 180), characterized in that an entrance (81 or 181) of the refrigerant leakage detection flow path (80 or 180) communicates with the retainment portion , and an exit (82 or 182) of the refrigerant leakage detection flow path (80 or 180) communicates with the suction port . a housing ; a heat exchanger arranged in the housing; first refrigerant piping arranged in the housing and passing in the heat exchanger ; a connection portion for connecting the first refrigerant piping with a second refrigerant piping routed from an exterior of the housing ; and a retainment portion serving as a space accommodating the connection portion ; a suction port sucking unconditioned air; a refrigerant leakage detection flow path (80 or 180); and refrigerant leakage detection means (58 or 158) detecting refrigerant flowing through the refrigerant leakage detection flow path (80 or 180), characterized in that an entrance (81 or 181) of the refrigerant leakage detection flow path (80 or 180) communicates with the retainment portion , and an exit (82 or 182) of the refrigerant leakage detection flow path (80 or 180) communicates with the suction port .
A motor vehicle wheel hub, the wheel hub comprising: - a bridge arm (BA) of a tubular shape; - a bearing (B) annularly fitted on the outside of said bridge arm (BA); - an abutment ring (R) defining an axial abutment face (CF) for said bearing (B); and - a brake caliper carrying flange (FP), wherein said abutment ring and said brake caliper carrying flange are made of a single piece (FPR) characterized in that it comprises an axial part (FLA), which is substantially plane and comprises a central hole, for being fitted on the bridge arm (BA), and at least one radial part (FLR) for supporting a brake caliper. - a bridge arm (BA) of a tubular shape; - a bearing (B) annularly fitted on the outside of said bridge arm (BA); - an abutment ring (R) defining an axial abutment face (CF) for said bearing (B); and - a brake caliper carrying flange (FP), wherein said abutment ring and said brake caliper carrying flange are made of a single piece (FPR) characterized in that it comprises an axial part (FLA), which is substantially plane and comprises a central hole, for being fitted on the bridge arm (BA), and at least one radial part (FLR) for supporting a brake caliper.
Printing blanket for flexographic printing, having a cover layer for transferring an ink by means of a printing side , an adhesive layer for fastening the printing blanket to a base, in particular to a cylinder of a printing machine, and a support layer which is disposed between the cover layer and the adhesive layer , wherein the adhesive layer is disposed directly on that side of the support layer that faces away from the printing side , and wherein the support layer is a film/foil which is composed of or comprises a plastic material or a metallic material, characterized in that the film/foil has, with respect to the adhesive layer , a surface with a roughness Rz of equal to or less than 10 μm. a cover layer for transferring an ink by means of a printing side , an adhesive layer for fastening the printing blanket to a base, in particular to a cylinder of a printing machine, and a support layer which is disposed between the cover layer and the adhesive layer , wherein the adhesive layer is disposed directly on that side of the support layer that faces away from the printing side , and wherein the support layer is a film/foil which is composed of or comprises a plastic material or a metallic material, characterized in that the film/foil has, with respect to the adhesive layer , a surface with a roughness Rz of equal to or less than 10 μm.
A system , comprising: a pressure sensor configured to receive physiologic information from a patient; and a control circuit , coupled to the pressure sensor , configured to receive information from the pressure sensor , and to provide a control signal to the pressure sensor , wherein the pressure sensor is configured to alter one or more sensing properties depending on the control signal to operate in a first mode to detect a pressure signal from the patient or to operate in a second mode to detect body sounds from the patient, wherein the control circuit includes: a low-frequency data processing circuit configured to detect pressure information from the patient using the physiologic information received by the pressure sensor when the pressure sensor is in the first mode; and a high-frequency data processing circuit configured to detect body sound information from the patient using the physiologic information received by the pressure sensor when the pressure sensor is in the second mode. a pressure sensor configured to receive physiologic information from a patient; and a control circuit , coupled to the pressure sensor , configured to receive information from the pressure sensor , and to provide a control signal to the pressure sensor , wherein the pressure sensor is configured to alter one or more sensing properties depending on the control signal to operate in a first mode to detect a pressure signal from the patient or to operate in a second mode to detect body sounds from the patient, wherein the control circuit includes: a low-frequency data processing circuit configured to detect pressure information from the patient using the physiologic information received by the pressure sensor when the pressure sensor is in the first mode; and a high-frequency data processing circuit configured to detect body sound information from the patient using the physiologic information received by the pressure sensor when the pressure sensor is in the second mode. a low-frequency data processing circuit configured to detect pressure information from the patient using the physiologic information received by the pressure sensor when the pressure sensor is in the first mode; and a high-frequency data processing circuit configured to detect body sound information from the patient using the physiologic information received by the pressure sensor when the pressure sensor is in the second mode.
Method for removing material deposited on an object surface by moving a mechanical cleaning device for physical removing of material on the object surface over parts of or the entire object surface , wherein removing material deposited on the object surface by moving one end of the cleaning device in circumferential direction of the object surface , and retaining the other end of the mechanical cleaning device or moving the other end of the mechanical cleaning device in circumferential direction of the object surface , the method being characterized by holding the mechanical cleaning device in place and in contact with the object surface by means of a flexible part, flange or lip partly covering the object surface in circumferential direction thereof and in engagement with the object surface with a pretension force. retaining the other end of the mechanical cleaning device or moving the other end of the mechanical cleaning device in circumferential direction of the object surface , the method being characterized by holding the mechanical cleaning device in place and in contact with the object surface by means of a flexible part, flange or lip partly covering the object surface in circumferential direction thereof and in engagement with the object surface with a pretension force.
Method for operating a window wiper device , in particular of a motor vehicle, wherein the window wiper device has at least one wiper blade which is provided on a wiper arm and has a flexible wiping lip which is in contact with a window of the motor vehicle, and the wiper blade is moved, with respect to the window , alternately between a first turning position (ψ',ψ"';t',t"') and a second turning position (ψ";t") via a wiper motor which is operatively connected to the wiper arm via a driveshaft, wherein within a specific time period (t b ) after each turning point (ψ',ψ",ψ"';t',t",t'"), the absolute rotational speed (|n|) of the driveshaft is selected, at a first point in time (t 1 ) which is a specific time period (Δt) after the respective turning point (ψ',ψ",ψ"';t',t",t"'), in accordance with a first absolute rotational speed (|n 1 |) , in such a way that it is different from a second absolute rotational speed (|n 2 |) which occurs at a second point in time (t 2 ) which is before the respective turning point (ψ',ψ",ψ'";t',t",t"') by the specific time period (Δt), characterized in that the time period (t b ) starts at one of the turning points (ψ',ψ",ψ"';t',t",t"') and ends at a point in time which occurs at at least 20% of the turning point time period ( Δ t w ) after the respective turning point (ψ',ψ",ψ'";t',t",t"'), wherein the turning point time period ( Δ t w ) corresponds to the difference in time between the first and second turning points (ψ',ψ",ψ"';t',t",t"').
Coordination, control and logistics support system for the optimal employment of fleets of drones in firefighting missions aimed at launching small amount of extinguishing fluid having: a) a fleet of drones equipped with a coupling and ejection system of containers of extinguishing fluid ; b) at least one logistics support unit in the form of container or functional equivalent able to house drones , drone batteries and containers of extinguishing fluid , said unit being transportable by means of road tractors or similar means; c) a control unit , transportable by means of road tractors or similar means which communicates via radio signals and controls, coordinates and monitors all the constituent parts of the system as well as the operators on the ground also allowing communication towards remote users ; d) an equipped area for landing and take-off of the drones , equipped with automated exchange and hook systems for the automated replacement of their batteries and for the automated loading of containers of extinguishing fluid . a) a fleet of drones equipped with a coupling and ejection system of containers of extinguishing fluid ; b) at least one logistics support unit in the form of container or functional equivalent able to house drones , drone batteries and containers of extinguishing fluid , said unit being transportable by means of road tractors or similar means; c) a control unit , transportable by means of road tractors or similar means which communicates via radio signals and controls, coordinates and monitors all the constituent parts of the system as well as the operators on the ground also allowing communication towards remote users ; d) an equipped area for landing and take-off of the drones , equipped with automated exchange and hook systems for the automated replacement of their batteries and for the automated loading of containers of extinguishing fluid .
Method for producing a component connection between two component layers (52, 54; 72, 74), comprising a base layer and a top layer arranged on top of it, in which a connecting element having a hollow cylindrical shaft is driven into the top layer by rotation and under an axial force, which causes a slug to be cut out of the top layer within the shaft and to be entrained by the connecting element as it rotates, which slug is welded to the base layer by rotation and under contact pressure, after which the connecting element is at least partially pressed into the base layer .
An electrical converter system , comprising: an electrical converter for converting an input voltage into a converter output voltage ; a transformer interconnected with the electrical converter at a secondary side and for transforming the converter output voltage into a transformer output voltage at a primary side ; a controller adapted for switching the electrical converter with optimized pulse patterns , such that the electrical converter produces the converter output voltage with a fundamental frequency and a series of harmonics ; wherein, between the secondary side and the primary side , the transformer has a frequency damping behaviour like a low pass filter; characterized in that the optimized pulse patterns are optimized such that the converter output magnitudes of harmonics in an upper frequency range are higher than those of harmonics in a lower frequency range and such that the converter output magnitudes of the harmonics in the upper frequency range at the secondary side are higher than predefined threshold magnitudes for the harmonics in the upper frequency range and transformer output magnitudes of the harmonics in the upper frequency range at the primary side , which are damped by the transformer , are lower than the predefined threshold magnitudes . an electrical converter for converting an input voltage into a converter output voltage ; a transformer interconnected with the electrical converter at a secondary side and for transforming the converter output voltage into a transformer output voltage at a primary side ; a controller adapted for switching the electrical converter with optimized pulse patterns , such that the electrical converter produces the converter output voltage with a fundamental frequency and a series of harmonics ; wherein, between the secondary side and the primary side , the transformer has a frequency damping behaviour like a low pass filter; characterized in that the optimized pulse patterns are optimized such that the converter output magnitudes of harmonics in an upper frequency range are higher than those of harmonics in a lower frequency range and such that the converter output magnitudes of the harmonics in the upper frequency range at the secondary side are higher than predefined threshold magnitudes for the harmonics in the upper frequency range and transformer output magnitudes of the harmonics in the upper frequency range at the primary side , which are damped by the transformer , are lower than the predefined threshold magnitudes .
An apparatus, comprising: an electric current monitor circuit , wherein the electric current monitor circuit comprises: a comparator having an inverting input to measure a first voltage on a first side of a first resistor , a separate non-inverting input to measure a second voltage on a second side of the first resistor , and an output ; a feedback sub-circuit to feed an input voltage back to the inverting input , wherein the feedback sub-circuit comprises: a second resistor coupled to the inverting input ; and characterized in that : the apparatus further comprises a Zener diode coupled between the output and the second resistor ; and the comparator further comprises a threshold input to receive a signal indicating a threshold voltage input level for a monitored electronic device. an electric current monitor circuit , wherein the electric current monitor circuit comprises: a comparator having an inverting input to measure a first voltage on a first side of a first resistor , a separate non-inverting input to measure a second voltage on a second side of the first resistor , and an output ; a feedback sub-circuit to feed an input voltage back to the inverting input , wherein the feedback sub-circuit comprises: a second resistor coupled to the inverting input ; and
An apparatus for the securing of a load at a load bed which has at least one longitudinal groove comprising at least one undercut ; said apparatus having a clamping mechanism which comprises an adapter element having two engagement means which can be introduced into the longitudinal groove and an actuation element by which the engagement means of the adapter element can be brought into engagement with the undercut of the longitudinal groove in a shape-matched and force-transmitting manner, wherein the engagement means are movably supported in or at the adapter element and can be moved out of an insertion position, in which they can be inserted into the longitudinal groove , and into an engagement position, in which they engage behind the undercut of the longitudinal groove , by a rotation, a pivoting and/or a displacement, characterized in that the engagement means can be brought out of the insertion position and into the engagement position by a movement of a housing , at least partly surrounding the adapter element , relative to the adapter element , with the housing being configured such that it can be supported at a groove environment of the longitudinal groove and can clamp the load bed between the engagement means and the housing and thus fixes the securing apparatus to the load bed .
A process for the preparation of a compound of formula : which process comprises reacting a compound of the formula : with hydrazine (NH 2 NH 2 ).
Device for producing a moulded skin , in particular for producing a thermoplastic three-dimensional moulded skin , comprising - a moulding tool with a first and a second half mould which can be opened and closed relative to each other, wherein the first half mould has a contact face pointing in the direction of the second half mould when the first half mould is closed against the second half mould , - a mould cover comprising elastically deformable plastic and able to be placed on the contact face , - and at least one plastic feed through which plastic can be introduced into a moulded skin space defined between the mould cover and the second half mould when the first half mould is closed against the second half mould and the mould cover is placed on the contact face , wherein to produce an electrical field in the moulded skin space by means of high frequency radiation, the mould cover has at least one means conducting electrical current, and the second half mould comprises a material conducting electrical current. - a moulding tool with a first and a second half mould which can be opened and closed relative to each other, wherein the first half mould has a contact face pointing in the direction of the second half mould when the first half mould is closed against the second half mould , - a mould cover comprising elastically deformable plastic and able to be placed on the contact face , - and at least one plastic feed through which plastic can be introduced into a moulded skin space defined between the mould cover and the second half mould when the first half mould is closed against the second half mould and the mould cover is placed on the contact face ,
A method for detecting a peak of a ultra-wide-band (UWB) signal in a data stream, comprising: selecting a portion of a data stream in a first clock cycle, the portion of the data stream includes a preset number of data samples; finding a set of data samples included in the preset number of data samples, the set of data samples includes one or more consecutive data samples and has a uniform magnitude; and promoting the set of data samples as a peak if the uniform magnitude is higher than a magnitude of a first data sample that immediately precedes the set of data samples and a magnitude of a second data sample that immediately follows the set of data samples. selecting a portion of a data stream in a first clock cycle, the portion of the data stream includes a preset number of data samples; finding a set of data samples included in the preset number of data samples, the set of data samples includes one or more consecutive data samples and has a uniform magnitude; and promoting the set of data samples as a peak if the uniform magnitude is higher than a magnitude of a first data sample that immediately precedes the set of data samples and a magnitude of a second data sample that immediately follows the set of data samples.
A magnetism measuring apparatus comprising: a sensor array configured to detect a magnetic field generated from a living body , wherein the sensor array includes first sensors for detecting magnetic field components in many directions and second sensors for detecting magnetic field components in directions fewer than the first sensors ; and characterized by a current source reconstruction unit configured to reconstruct a current source of a current flowing inside of the living body based on a magnetic field signal obtained from the first and second sensors of the sensor array . a sensor array configured to detect a magnetic field generated from a living body , wherein the sensor array includes first sensors for detecting magnetic field components in many directions and second sensors for detecting magnetic field components in directions fewer than the first sensors ; and characterized by a current source reconstruction unit configured to reconstruct a current source of a current flowing inside of the living body based on a magnetic field signal obtained from the first and second sensors of the sensor array .