mhurhangee/patent-ind-claim-en huggingface dataset:
A longitudinal stretching unit, in particular for longitudinal stretching of a plastics film having the following features: - the longitudinal stretching unit comprises a plurality of rollers arranged next to one another in the pull-off direction of a plastics film (F), - a plurality of the rollers is part of a preheating station (V), - the longitudinal stretching unit further comprises at least one assembly exposed to wear, - the assembly is arranged replaceably in the longitudinal stretching unit and can be removed for this purpose and replaced by another assembly , characterised by the following further features: - the longitudinal stretching unit also comprises, in addition to the installation position or operating position (A) for the assembly to be replaced, a standby position (D) and/or standby station at which a further assembly is kept on standby, and - the standby position (D) and/or the standby station is arranged and/or configured in relation to the longitudinal stretching unit such that the further assembly provided at this standby position (D) and/or standby station , already before the installation at the operating position (A), is brought or can be brought to operating temperature or at least to a preheating temperature that is higher or less than 30°C lower than operating temperature. - the longitudinal stretching unit comprises a plurality of rollers arranged next to one another in the pull-off direction of a plastics film (F), - a plurality of the rollers is part of a preheating station (V), - the longitudinal stretching unit further comprises at least one assembly exposed to wear, - the assembly is arranged replaceably in the longitudinal stretching unit and can be removed for this purpose and replaced by another assembly , - the longitudinal stretching unit also comprises, in addition to the installation position or operating position (A) for the assembly to be replaced, a standby position (D) and/or standby station at which a further assembly is kept on standby, and - the standby position (D) and/or the standby station is arranged and/or configured in relation to the longitudinal stretching unit such that the further assembly provided at this standby position (D) and/or standby station , already before the installation at the operating position (A), is brought or can be brought to operating temperature or at least to a preheating temperature that is higher or less than 30°C lower than operating temperature.
Drive belt having an elastic main body based on at least one thermoplastic elastomer or based on a vulcanizate comprising an outer layer as the belt backing and a substructure having a force transmission zone , wherein the force transmission zone is provided with a fabric , wherein the fabric has a closed surface structure, characterized in that the fabric contains warp threads and/or weft threads, wherein the warp threads and/or weft threads are textured via at least one false-twist process in order to thus provide the closed surface structure.
A control device comprising: information analysis means configured to perform measurement processing of measuring a communication volume per measurement time interval in each flow included in input traffic and configured to generate traffic information including information representing at least the measured communication volume of each of the flows and a time at which measurement is taken; reduction target selection means configured to generate, in each of the measurement time intervals, ranking information representing a ranking which is a rank order of a communication volume of each of the flows in the input traffic , based on the traffic information , and configured to select a flow having the ranking that has a trend to change in a particular direction as a reduction target flow whose communication volume is to be reduced, based on a trend of change in ranking information over a plurality of past measurement time intervals; and traffic control means configured to perform reduction processing of reducing a communication volume on the reduction target flow, and configured to transmit the reduction target flow subjected to the reduction processing together with another flow included in the input traffic as output traffic . information analysis means configured to perform measurement processing of measuring a communication volume per measurement time interval in each flow included in input traffic and configured to generate traffic information including information representing at least the measured communication volume of each of the flows and a time at which measurement is taken; reduction target selection means configured to generate, in each of the measurement time intervals, ranking information representing a ranking which is a rank order of a communication volume of each of the flows in the input traffic , based on the traffic information , and configured to select a flow having the ranking that has a trend to change in a particular direction as a reduction target flow whose communication volume is to be reduced, based on a trend of change in ranking information over a plurality of past measurement time intervals; and traffic control means configured to perform reduction processing of reducing a communication volume on the reduction target flow, and configured to transmit the reduction target flow subjected to the reduction processing together with another flow included in the input traffic as output traffic .
Compressor system with a system housing , in which the following are arranged: - heat generating system components , comprising at least one compressor stage for compressing a gaseous medium; - an air-water-cooler , which is positioned upstream of the heat generating system components ; - a blower , which generates a cooling air flow ; - air conducting elements, which conduct the heated air from the system components to the air-water-cooler ; characterized in that a cooling air channel is configured which has an inlet opening in the upper section of the system housing and an outlet opening in the lower section of the system housing , that upper air conducting elements are positioned in order to conduct the cooling air flow after flowing through the air-water-cooler to the inlet opening , that lower air conducting elements are positioned in order to conduct the cooling air flow from the outlet opening to the system components , and that the blower is positioned above the air-water-cooler in order to draw the cooling air flow through the air-water-cooler and supply it to the inlet opening of the cooling air channel . - heat generating system components , comprising at least one compressor stage for compressing a gaseous medium; - an air-water-cooler , which is positioned upstream of the heat generating system components ; - a blower , which generates a cooling air flow ; - air conducting elements, which conduct the heated air from the system components to the air-water-cooler ;
A rail grinding machine for grinding rails of a track, having - a machine frame , - a plurality of guiding rollers which are rotatably mounted on the machine frame for manually shifting the rail grinding machine on rails , - a cross slide which is displaceably mounted on the machine frame in a transverse direction (y), and - at least one grinding unit which is arranged on the cross slide , characterized by a quick-change device for interchangeably fastening the at least one grinding unit , wherein the quick-change device comprises at least one actuating element for reversibly clamping a first quick-change element and an associated second quick-change element . - a machine frame , - a plurality of guiding rollers which are rotatably mounted on the machine frame for manually shifting the rail grinding machine on rails , - a cross slide which is displaceably mounted on the machine frame in a transverse direction (y), and - at least one grinding unit which is arranged on the cross slide ,
A synergistic composition comprising extracts derived from Garcinia mangostana and Cinnamomum tamala.
Method for detecting a QRS complex of an electrocardiogram (ECG) signal consisting in a reception of the ECG signal obtained by means of an ECG signal measuring module, monitoring the electrical heart activity of the patient, and in a calculation of the difference between the current instantaneous value of the ECG signal and an average value of the ECG signal determined for a time segment of a fixed length wherein an ABS_DIFF_SHORT signal generated at an output of an ABS_DIFF_SHORT_MODULE module is monitored using a COMP comparator, where said ABS_DIFF_SHORT signal is the difference between the current instantaneous value of the ECG signal, provided by an ECG_MODULE measurement module, and an average SHORT_AVG value of the ECG signal calculated for a T_SHORT time segment of a fixed length, then, by means of the COMP comparator, a moment when the ABS_DIFF_SHORT signal reaches a predetermined threshold TH value, determined by a TH_MODULE module, is detected, then, when a moment the ABS_DIFF_SHORT signal reaches the set threshold TH value, a countdown of a SEARCHING_WINDOW time window with a set length for a search for an R wave in the QRS complex of the EKG signal begins using a PULSE GENERATOR pulse generator, then a maximum value of the ABS_DIFF_LONG_MODULE produced on the output of a ABS_DIFF_LONG_MODULE module is recorded during the SEARCHING_WINDOW time window of the ABS_DIFF_LONG signal, using a PEAK_DETECTOR detection module, where said ABS_DIFF_LONG signal being the difference between the current instantaneous value of the ECG signal and a LONG_AVG average value of the ECG signal calculated for a T_LONG time segment of a fixed length and, at the same time, using the PEAK_DETECTOR detection module, the moment of occurrence of the detected maximum value of the ABS_DIFF_LONG signal during the SEARCHING_WINDOW time window is registered, then an R_AMPLITUDE_MEMORY memory module saves the maximum value of the ABS_DIFF_LONG signal, detected by the PEAK_DETECTOR detection module, which is considered to be the R wave amplitude in the QRS complex, and then an R_TIMESTAMP_MEMORY memory module records the moment of occurrence of the maximum value of the/a LONG_ABS_DIFF signal detected by the PEAK_DETECTOR detection module, where said LONG_ABS_DIFF value is considered to be the time of the R wave in the QRS complex, then, using the TH_MODULE module, a new TH threshold value is determined used to measure, using the PULSE_GENERATOR pulse generator, the beginning of the SEARCHING_WINDOW time window in the next cycle of the ECG signal, whereas the new TH threshold value is determined on the basis of the ABS_DIFF_SHORT signal maximum values detected by the PEAK_DETECTOR detection module and stored by the R_AMPLITUDE_MEMORY memory module of maximum values of ABS_DIFF_LONG values in the previous ECG signal cycles, followed by a return to monitoring using the COMP signal comparator of the ABS_DIFF_SHORT signal, generated on the output of the ABS_DIFF_SHORT_MODULE module on the basis of the ECG signal provided by the measuring module of the ECG signal, and then the entire cycle described above is repeated as many times as desired.
A retractable sheath for protecting a luminal surface of a blood vessel from the introduction of a medical device within the blood vessel, the retractable sheath comprising; a rigid collar having an inner surface defining an opening extending through the collar, the rigid collar having attached thereto a circumferentially retractable elongated sleeve having a proximal opening and a distal opening defining a luminal channel therebetween, the elongated sleeve being at least partially continuously tapered longitudinally and comprising two separate layers including a continuous elastomeric outer layer and an expandable inner layer discontinuous at least in part, wherein the rigid collar is attached to the circumferentially retractable elongated sleeve at the proximal opening of the sleeve, wherein the discontinuous part of the expandable inner layer comprises a single stiff polymeric sheet having outward annular resistance when forcibly coiled, the single stiff polymeric sheet being coiled, positioned longitudinally within a lumen formed by the continuous elastomeric outer layer and positioned substantially in contact with a circumference of a luminal surface of the continuous elastomeric outer layer , and characterized in that the discontinuous single stiff polymeric sheet portion is configured to coil in an overlapping arrangement in its relaxed state and to coil helically about the longitudinal axis of the elongated sleeve. a rigid collar having an inner surface defining an opening extending through the collar, the rigid collar having attached thereto a circumferentially retractable elongated sleeve having a proximal opening and a distal opening defining a luminal channel therebetween, the elongated sleeve being at least partially continuously tapered longitudinally and comprising two separate layers including a continuous elastomeric outer layer and an expandable inner layer discontinuous at least in part, wherein the rigid collar is attached to the circumferentially retractable elongated sleeve at the proximal opening of the sleeve,
A liquid container , comprising: - a substantially cylindrical open rigid frame made up of a plurality of wooden staves joined together contiguously by means of at least one hoop which sets the staves edge-to-edge; said frame defining a top opening and a bottom opening , and - a closing part of the top end , and a closing part of the bottom end , positioned at the top opening and the bottom opening , respectively, the closing part of the top end and the closing part of the bottom end having an inner surface exposed towards the inside of said container, the inner volume of the container is formed by the inner part of the plurality of staves and the closing parts (111; 121), wherein the inner surface of the plurality of staves is previously treated by a heat source, characterized in that the closing part of the top end , and the closing part of the bottom end are made of a ceramic material. - a substantially cylindrical open rigid frame made up of a plurality of wooden staves joined together contiguously by means of at least one hoop which sets the staves edge-to-edge; said frame defining a top opening and a bottom opening , and - a closing part of the top end , and a closing part of the bottom end , positioned at the top opening and the bottom opening , respectively, the closing part of the top end and the closing part of the bottom end having an inner surface exposed towards the inside of said container, the inner volume of the container is formed by the inner part of the plurality of staves and the closing parts (111; 121), wherein the inner surface of the plurality of staves is previously treated by a heat source, characterized in that the closing part of the top end , and the closing part of the bottom end are made of a ceramic material.
A human body security inspection system, comprising: an X-ray source configured to provide X-ray radiation for scanning a human body to be inspected, a detector configured to receive X-ray radiation transmitting through the human body to be inspected and generate a transmission signal, a sensor configured to obtain the weight of the human body to be inspected, and a controller configured to receive a signal from the sensor and obtain the weight of the human body to be inspected based on the signal from the sensor, characterized in that the system further comprises a carrying device configured to carry and move the human body to be inspected in a direction such that the human body is scanned and the controller is further configured to determine and control a voltage or current applied to the X-ray source and a movement speed of the carrying device according to the obtained weight. an X-ray source configured to provide X-ray radiation for scanning a human body to be inspected, a detector configured to receive X-ray radiation transmitting through the human body to be inspected and generate a transmission signal, a sensor configured to obtain the weight of the human body to be inspected, and a controller configured to receive a signal from the sensor and obtain the weight of the human body to be inspected based on the signal from the sensor, characterized in that the system further comprises a carrying device configured to carry and move the human body to be inspected in a direction such that the human body is scanned and the controller is further configured to determine and control a voltage or current applied to the X-ray source and a movement speed of the carrying device according to the obtained weight.
A device for the polymerization of inks and/or paints, comprising a polymerization chamber having an inlet slot for inserting a printed and/or painted support (S) and an outlet slot for ejecting said support (S); filling means associated with said chamber and configured to introduce inert gas into said chamber ; radiation means associated with said chamber and configured to radiate said support (S) with electromagnetic radiation to cause the polymerization of a paint and/or ink layer present on said support (S); and a first movement member of said inert gas placed close to said inlet slot , characterized in that said first movement member is configured to move said inert gas from the interior of said chamber towards the inlet slot and has a first side surface and a first longitudinal development axis (L1), said first movement member being rotatable about said first longitudinal development axis (L1) in such a direction of rotation that the speed of said first side surface close to the support (S) has an opposite direction with respect to the feeding speed of the support (S).
A ranging method, performed by a first user equipment, UE and characterized by comprising: sending (S201) a first signal, wherein a time at which the first signal is sent from the first UE is a first time; receiving (S204) a second signal sent by a second UE , wherein a time at which the second signal reaches the first UE is a second time; and determining (S205) a distance between the first UE and the second UE according to the first time, the second time, and a first time difference, wherein the first time difference is a difference between a third time at which the second UE sends the second signal and a fourth time at which the second UE receives the first signal, and the first time difference is sent by the second UE to the first UE ; characterized in that there is at least one second UE ; and after the determining (S205) a distance between the first UE and the second UE , the method further comprises: sending (S210) a fifth signal, wherein the fifth signal carries at least one set of information, each set of information comprises at least one of target distance information and identifier information, the identifier information comprises the first identifier and the second identifier, and the target distance information in each set of information is used for indicating a distance between the first UE and a second UE . sending (S201) a first signal, wherein a time at which the first signal is sent from the first UE is a first time; receiving (S204) a second signal sent by a second UE , wherein a time at which the second signal reaches the first UE is a second time; and determining (S205) a distance between the first UE and the second UE according to the first time, the second time, and a first time difference, wherein the first time difference is a difference between a third time at which the second UE sends the second signal and a fourth time at which the second UE receives the first signal, and the first time difference is sent by the second UE to the first UE ; characterized in that there is at least one second UE ; and after the determining (S205) a distance between the first UE and the second UE , the method further comprises: sending (S210) a fifth signal, wherein the fifth signal carries at least one set of information, each set of information comprises at least one of target distance information and identifier information, the identifier information comprises the first identifier and the second identifier, and the target distance information in each set of information is used for indicating a distance between the first UE and a second UE .
A method for non-destructively detecting geometrical discontinuities in a translucent workpiece , which workpiece has a curved and/or polygonal surface , wherein light beams emitted from at least one light source are directed to the workpiece , wherein, to record reflected light beams, the light beams are emitted to the workpiece using a scattered light arc as the light source , which scattered light arc has a shape similar to that of the curved or polygonal surface , wherein, when the curving of the surface is concave, the scattered light arc has a similar concave shape and/or, when the curving of the surface is convex, the scattered light arc has a similar convex shape, wherein the light beams reflected at the workpiece are recorded by a hyperspectral camera, and, to record transmitted light beams, the workpiece is illuminated with monochromatic light beams and the light beams transmitted through the workpiece are recorded via an optical camera , and wherein, in a synopsis of recording methods, the results of individual methods are compared and a degree of matching is calculated. which workpiece has a curved and/or polygonal surface , wherein light beams emitted from at least one light source are directed to the workpiece , wherein, to record reflected light beams, the light beams are emitted to the workpiece using a scattered light arc as the light source , which scattered light arc has a shape similar to that of the curved or polygonal surface , wherein, when the curving of the surface is concave, the scattered light arc has a similar concave shape and/or, when the curving of the surface is convex, the scattered light arc has a similar convex shape, wherein the light beams reflected at the workpiece are recorded by a hyperspectral camera, and, to record transmitted light beams, the workpiece is illuminated with monochromatic light beams and the light beams transmitted through the workpiece are recorded via an optical camera , and wherein, in a synopsis of recording methods, the results of individual methods are compared and a degree of matching is calculated.