mhurhangee/patent-ind-claim-en huggingface dataset:
Security fence for protecting buildings or areas, during a certain time preventing persons from getting through to these buildings or areas, by breaking through or climbing over the fence using simple hand tools, comprising a post and a security fence panel comprising a first set of wires extending substantially parallel to one another and a second set of wires extending substantially parallel to one another, wherein the wires from the first set and the second set intersect, and where these intersect are mutually welded, wherein a part of the first set of wires is arranged on the other side of the wires of the second set from the rest of the wires of the first set , wherein in this fence panel wires of the second set are only in contact with wires of said first set , wherein the wires from the first set , viewed in the longitudinal direction of the wires from the second set , are arranged at a mutual spacing of between 10 and 15 mm, wherein the wires from the second set , viewed in the longitudinal direction of the wires from the first set , are arranged at a mutual spacing of between 60 and 140 mm, wherein the security fence panel is fastened to the post .
A reference signal configuration method, comprising: generating a reference signal, wherein the reference signal comprises a first part and a second part, the first part and the second part have a same length, and a sum of a DC component of the first part and a DC component of the second part is zero; generating an enhanced directional multi-gigabit, EDMG, packet comprising the reference signal; and sending the EDMG packet. generating a reference signal, wherein the reference signal comprises a first part and a second part, the first part and the second part have a same length, and a sum of a DC component of the first part and a DC component of the second part is zero; generating an enhanced directional multi-gigabit, EDMG, packet comprising the reference signal; and sending the EDMG packet.
Peritoneal dialysis machine, comprising the following components: at least one receptacle, preferably a bag to receive fresh or used dialysate, at least one tubing set for conducting dialysate, and at least one patient catheter for the inflow and/or outflow of dialysate into or from the patient's abdominal cavity, wherein at least one of the components comprises at least one sensor which is configured for measuring at least one parameter value of the fluid located inside the component, and which is also configured to transmit the measured parameter value to at least one receiver, wherein the peritoneal dialysis machine comprises at least one receiver which is configured to receive the one or more parameter values determined by the one or more sensors, and the peritoneal dialysis machine comprises at least one evaluation unit, wherein the evaluation unit is configured to control or regulate the operation of the peritoneal dialysis machine depending on the one or more parameter values, wherein the evaluation unit is configured to control or regulate the operation of the dialysis machine depending on parameter values originating from one or more further sensors not in communication with the one or more components, characterized in that the sensor is configured to transmit the at least one parameter value of the fluid located in the component wirelessly and continuously to at least one receiver, wherein the receiver is not part of the dialysis machine, but an external terminal device, in particular a mobile terminal device such as a smartphone or tablet.
A method for applying sealing profiles by way of an adhesive layer to vehicle bodies or parts thereof using an application device , wherein - a sealing profile wound onto a roll is drawn from an unwinding unit of the application device , wherein the sealing profile is not checked for defects and/or discontinuities before winding onto the roll and the defects and/or the discontinuities of the sealing profile are not marked before winding the sealing profile onto the roll , - after drawing from the unwinding unit , the sealing profile passes through a buffer of the application device , which buffer compensates for fluctuations between an inflow speed and an outflow speed of the sealing profile; - the sealing profile is inspected for defects and discontinuities of the sealing profile using an optical inspection system as the sealing profile passes through the buffer , - portions of the sealing profile with defects and/or discontinuities of the sealing profile detected by the inspection system are cut off and separated from the sealing profile before the sealing profile with the adhesive layer is rolled on the vehicle body or the part of the vehicle body, along an application line provided for application purposes, by means of at least one application roller of an application head . - a sealing profile wound onto a roll is drawn from an unwinding unit of the application device , wherein the sealing profile is not checked for defects and/or discontinuities before winding onto the roll and the defects and/or the discontinuities of the sealing profile are not marked before winding the sealing profile onto the roll , - after drawing from the unwinding unit , the sealing profile passes through a buffer of the application device , which buffer compensates for fluctuations between an inflow speed and an outflow speed of the sealing profile; - the sealing profile is inspected for defects and discontinuities of the sealing profile using an optical inspection system as the sealing profile passes through the buffer , - portions of the sealing profile with defects and/or discontinuities of the sealing profile detected by the inspection system are cut off and separated from the sealing profile before the sealing profile with the adhesive layer is rolled on the vehicle body or the part of the vehicle body, along an application line provided for application purposes, by means of at least one application roller of an application head .
A bio-signal quality assessment apparatus , comprising: a bio-signal obtainer configured to obtain a bio-signal, the bio-signal in particular including at least one of electrocardiogram, ECG, photoplethysmography, PPG, ballistocardiogram, BCG, a heart sound; and a processor configured to: extract periodic signals from the obtained bio-signal, in response to at least one of the extracted periodic signals having a different duration from other extracted periodic signals, resample the extracted periodic signals at different sampling rates to obtain periodic signals having an equal number of samples, calculate a similarity between the resampled periodic signals, and determine a signal quality index based on the similarity between the resampled periodic signals. a bio-signal obtainer configured to obtain a bio-signal, the bio-signal in particular including at least one of electrocardiogram, ECG, photoplethysmography, PPG, ballistocardiogram, BCG, a heart sound; and a processor configured to: extract periodic signals from the obtained bio-signal, in response to at least one of the extracted periodic signals having a different duration from other extracted periodic signals, resample the extracted periodic signals at different sampling rates to obtain periodic signals having an equal number of samples, calculate a similarity between the resampled periodic signals, and determine a signal quality index based on the similarity between the resampled periodic signals. extract periodic signals from the obtained bio-signal, in response to at least one of the extracted periodic signals having a different duration from other extracted periodic signals, resample the extracted periodic signals at different sampling rates to obtain periodic signals having an equal number of samples, calculate a similarity between the resampled periodic signals, and determine a signal quality index based on the similarity between the resampled periodic signals.
A field effect transistor, FET, comprising: a plurality of source electrical contact structures and a plurality of drain electrical contact structures , wherein each electrical contact structure distributes current along a length thereof, sach electrical contact structure comprising: a plurality of n metal rectangles on n levels of metal, wherein the metal rectangle on one metal level is at least as wide in width and vertically covers in width the metal rectangle on the metal level immediately below, wherein the metal rectangle on one metal level is shorter in length than and substantially aligned at a first end with the metal rectangle on the metal level immediately below, wherein metal rectangle first ends are substantially aligned, wherein the metal rectangles on higher metal levels are made progressively wider than the metal rectangle on the underlying metal level, and wherein the metal rectangle on each metal level except the metal rectangle on the lowest metal level of said n levels of metal is coupled with the metal rectangle on the metal level immediately below, and the metal rectangle on the lowest metal level of said n levels of metal is coupled to a respective underlying source or drain diffusion , the transistor further comprising: a gate structure comprising a plurality of gate rectangles oriented parallel to each other, wherein the gate rectangles are oriented in the same direction; a source terminal comprising a first interconnect , wherein the first interconnect is a metal rectangle, wherein the first interconnect is coupled to the plurality of source electrical contact structures ; and a drain terminal comprising a second interconnect , wherein the second interconnect is a metal rectangle, wherein the second interconnect is coupled to the plurality of drain electrical contact structures . a gate structure comprising a plurality of gate rectangles oriented parallel to each other, wherein the gate rectangles are oriented in the same direction; a source terminal comprising a first interconnect , wherein the first interconnect is a metal rectangle, wherein the first interconnect is coupled to the plurality of source electrical contact structures ; and a drain terminal comprising a second interconnect , wherein the second interconnect is a metal rectangle, wherein the second interconnect is coupled to the plurality of drain electrical contact structures .
Device for the metered filling of a drinking straw with a filling material - comprising a material store as a storage container for the filling material , - comprising an opening in the base of the material store , said opening discharging from above into a compressed air channel , - comprising a closure device for sealing the compressed air channel relative to the material store , - wherein at least one receiving unit for receiving at least one drinking straw is present, so that the at least one drinking straw is able to be positioned with its upper edge region on the end of the compressed air channel on the air outlet side, - characterized in that - the at least one receiving unit for receiving the at least one drinking straw is able to be releasably fastened on the device . - comprising a material store as a storage container for the filling material , - comprising an opening in the base of the material store , said opening discharging from above into a compressed air channel , - comprising a closure device for sealing the compressed air channel relative to the material store , - wherein at least one receiving unit for receiving at least one drinking straw is present, so that the at least one drinking straw is able to be positioned with its upper edge region on the end of the compressed air channel on the air outlet side, - characterized in that - the at least one receiving unit for receiving the at least one drinking straw is able to be releasably fastened on the device .
An active ingredient for use in protecting muscles, wherein the active ingredient is isoacteoside and/or a pharmaceutically acceptable salt of isoacteoside.
A method of a communication device of requesting data of a destination network node via at least one intermediate node in a service chain, the method comprising: acquiring (S101) a secret session key configured to subsequently verify authenticity of the requested data and first seed data to be used by the at least one intermediate node and the destination node to generate the session key; transmitting (S103) the data request, an indication of the service chain to be traversed, and the first seed data to a next-hop node in the service chain; receiving (S116), in response to the forwarded data request, the requested data having been provided with an indication of authenticity by the next-hop node ; and verifying (S117) the authenticity of the received data using the acquired session key. acquiring (S101) a secret session key configured to subsequently verify authenticity of the requested data and first seed data to be used by the at least one intermediate node and the destination node to generate the session key; transmitting (S103) the data request, an indication of the service chain to be traversed, and the first seed data to a next-hop node in the service chain; receiving (S116), in response to the forwarded data request, the requested data having been provided with an indication of authenticity by the next-hop node ; and verifying (S117) the authenticity of the received data using the acquired session key.
A reflective article comprising: a transparent substrate having a first major surface and a second major surface ; a primary reflective coating formed over at least a portion of said second major surface , being opaque to visible light and comprising at least one metallic film, each metallic film independently comprising a metal selected from platinum, iridium, osmium, palladium, aluminum, gold, copper, silver, and mixtures, alloys, or combinations thereof; a sacrificial cathodic layer formed over at least a portion of said primary reflective coating , said sacrificial cathodic layer comprising at least one particulate metal selected from aluminum, magnesium, and a transition metal, and being free of lead and further comprising: - an inorganic matrix formed from at least one organo-titanate and comprising the particulate metal in an amount of from 50 to less than 100 percent by weight, based on the total weight of solids of the composition from which the inorganic matrix is formed, or - an organic polymer matrix comprising the particulate metal in an amount of from 20 to less than 100 percent by weight, based on the total weight of solids of the composition from which the organic polymer matrix is formed; and an outer organic polymer coating formed over said sacrificial cathodic layer , said outer organic polymer coating being free of lead. a transparent substrate having a first major surface and a second major surface ; a primary reflective coating formed over at least a portion of said second major surface , being opaque to visible light and comprising at least one metallic film, each metallic film independently comprising a metal selected from platinum, iridium, osmium, palladium, aluminum, gold, copper, silver, and mixtures, alloys, or combinations thereof; a sacrificial cathodic layer formed over at least a portion of said primary reflective coating , said sacrificial cathodic layer comprising at least one particulate metal selected from aluminum, magnesium, and a transition metal, and being free of lead and further comprising: - an inorganic matrix formed from at least one organo-titanate and comprising the particulate metal in an amount of from 50 to less than 100 percent by weight, based on the total weight of solids of the composition from which the inorganic matrix is formed, or - an organic polymer matrix comprising the particulate metal in an amount of from 20 to less than 100 percent by weight, based on the total weight of solids of the composition from which the organic polymer matrix is formed; and - an inorganic matrix formed from at least one organo-titanate and comprising the particulate metal in an amount of from 50 to less than 100 percent by weight, based on the total weight of solids of the composition from which the inorganic matrix is formed, or - an organic polymer matrix comprising the particulate metal in an amount of from 20 to less than 100 percent by weight, based on the total weight of solids of the composition from which the organic polymer matrix is formed; and an outer organic polymer coating formed over said sacrificial cathodic layer , said outer organic polymer coating being free of lead.
Securing device for a vehicle , in particular for a bicycle , comprising: - a connecting element which forms a first connecting member for a connecting unit , the connecting element having a locking segment in order to fasten the connecting element to a complementary connecting element which forms a second connecting member of the connecting unit , and - a transmission unit , which is associated with the connecting element , in order to transmit signals , wherein the connecting unit is designed as a plug-in connection, wherein the transmission unit is designed as a radio transmission unit in order to transmit the signals as radio signals, wherein the securing device comprises a control unit that is connected to the transmission unit in order to control the signal transmission, wherein the transmission unit comprises a coil that is designed to transmit the radio signals, characterised in that the coil is electrically connected to the control unit in order to supply the control unit with electrical energy, that an elongate securing element is provided which is connected to the connecting element by means of a first end segment and to a connecting segment by means of a second end segment and forms a mechanical connection between the connecting element and the connecting segment , that the connecting segment comprises a complementary connecting element comprising a locking device in order to fasten the locking segment of the connecting element to the connecting segment, and in that the connecting segment comprises a radio receiving unit in order to receive radio signals, and/or in that the locking device is designed as an electrically actuable locking device. - a connecting element which forms a first connecting member for a connecting unit , the connecting element having a locking segment in order to fasten the connecting element to a complementary connecting element which forms a second connecting member of the connecting unit , and - a transmission unit , which is associated with the connecting element , in order to transmit signals ,
Autonomous device for alert in case of motion of a vehicle, comprising: - a recuperator of electrical energy generated by the rotation of a wheel of the vehicle, said device being characterized by - a module for temporary accumulation of part at least of said electrical energy and adapted to deliver said electrical energy starting at a threshold value held in said temporary accumulation module, - a telecommunication module adapted to be supplied by the temporary accumulation module, and configured to emit, in response solely to its electrical energy supply by the temporary accumulation module , a communication destined for a network for the dispatching of an alert message destined for a terminal , the attaining of the threshold value being characteristic of the motion of the vehicle. - a recuperator of electrical energy generated by the rotation of a wheel of the vehicle, said device being characterized by - a module for temporary accumulation of part at least of said electrical energy and adapted to deliver said electrical energy starting at a threshold value held in said temporary accumulation module, - a telecommunication module adapted to be supplied by the temporary accumulation module, and configured to emit, in response solely to its electrical energy supply by the temporary accumulation module , a communication destined for a network for the dispatching of an alert message destined for a terminal , the attaining of the threshold value being characteristic of the motion of the vehicle.
Lift-up bed structure comprising: a fixed framework ; a pivoting framework capable of supporting bedding, mounted to pivot on a transverse pivoting axis in such a way that the pivoting framework can pivot between a horizontal position stretched out forward and a rear vertical raised position; and a mobile support capable of supporting a seat, movably mounted on the fixed framework in such a way that the mobile support can be displaced between a high advanced position and a low retracted position in which it is lower than in the high advanced position; the mobile support , in advanced position, extending at least partly in front of the pivoting framework , in raised position, and the mobile support , in retracted position, extending at least partly below and at a distance from the pivoting framework , in stretched-out position; guiding means which determine the travel of the mobile support relative to the fixed framework between its high advanced position and its low retracted position and which comprise guides mounted on the fixed framework and rollers or runners mounted on the mobile support and cooperating with the guides; and link means linking the pivoting framework and the mobile support and capable of displacing the mobile support from its advanced position to its retracted position when the pivoting framework is pivoted from its raised position to its stretched-out position, and vice versa, along said travel. a fixed framework ; a pivoting framework capable of supporting bedding, mounted to pivot on a transverse pivoting axis in such a way that the pivoting framework can pivot between a horizontal position stretched out forward and a rear vertical raised position; and a mobile support capable of supporting a seat, movably mounted on the fixed framework in such a way that the mobile support can be displaced between a high advanced position and a low retracted position in which it is lower than in the high advanced position; the mobile support , in advanced position, extending at least partly in front of the pivoting framework , in raised position, and the mobile support , in retracted position, extending at least partly below and at a distance from the pivoting framework , in stretched-out position; guiding means which determine the travel of the mobile support relative to the fixed framework between its high advanced position and its low retracted position and which comprise guides mounted on the fixed framework and rollers or runners mounted on the mobile support and cooperating with the guides; and link means linking the pivoting framework and the mobile support and capable of displacing the mobile support from its advanced position to its retracted position when the pivoting framework is pivoted from its raised position to its stretched-out position, and vice versa, along said travel.