mhurhangee/ep-ind-claims huggingface dataset:
A self-piercing closure (10; 110) for a container of the type having a laminar closing member, the closure comprising a closure body having a piercing member (80; 180) for piercing a closing member in use, the closure further comprising a self-closing valve (70; 170) for dispensing flowable media from a container following piercing of the closing member in use, in which the closure is movable from a first, unactivated position to a second, activated position to cause the piercing member to pierce the closing member, wherein the closure also comprises a deformable region for allowing it to move from the first to the second position, characterised in that the closure is formed in the second position and is moved to the first position prior to activation.
A grinding machine tool with random eccentric orbital motion speed detection, the grinding machine tool comprising a body and a grinding disc, the body comprising a driving shaft and a tool holder connecting the grinding disc and having an eccentric distance relative to the driving shaft, and the grinding disc performing grinding in a random eccentric orbital motion when the driving shaft is rotating, the grinding machine tool has at least one detected member, characterized in that the at least one detected member is provided on a side of the grinding disc facing the body for detecting a speed of the random eccentric orbital motion, and the at least one detected member defines a detection area with a range greater than or equal to twice the eccentric distance.
An exhaust gas valve device for selective recirculating of the exhaust gases of an internal combustion engine, comprising an exhaust gas feed opening, a first and a second exhaust gas discharge opening (14, 16), an exhaust gas valve formed as a butterfly flap, which with the aid of a drive means can be pivoted about a pivot axis between a first and a second flap position in such a manner that, in the first flap position, the exhaust gas feed opening is connected to the first exhaust gas discharge opening and, in the second flap position, the exhaust gas feed opening is connected to the second exhaust gas discharge opening, characterized in that the butterfly flap is of an elliptical design, the butterfly flap in the area of its two main apices S 1, S 2 comprises a respective sealing edge (24a, 24b) along a part of its periphery, whereby the sealing edges (24a, 24b) have the largest width on the two main apices S 1, S 2 and become continuously smaller starting from the two main apices S 1, S 2 toward the two secondary apices S 3, S 4 at the pivot axis of the butterfly flap, whereby in an area around the secondary apices S 3, S 4 no sealing edge is formed at the butterfly flap and in a sealing zone which extends between the area without sealing edge and the area with the sealing edges (24a, 24b) the sealing edge incrementally grows without having a distal tip.
A device for preconditioning a tissue and delayed delivery of an active agent, the device comprising: (i) a first compartment comprising at least one stinging cell/ capsule; and (ii) a second compartment comprising the active agent. (i) a first compartment comprising at least one stinging cell/ capsule; and (ii) a second compartment comprising the active agent.
A computer-implemented method comprising: creating and storing in a memory area a video record of user interactions with a computer program; as the video record is stored in the memory area, applying a timestamp and a unique identifier for each user interaction and storing each in the memory area in association with the respective user interaction; displaying a control area configured to receive a rewind user command and an advance user command; displaying, in the control area, a number of user interaction indicators, each associated with a specific user interaction with the computer program; in response to receiving the rewind user command, reverting to a first state of the computer program that is prior to at least one of the user interactions, as shown in the video record at the timestamp of the at least one user interaction and removing the indicator of the at least one user interaction that occurs after the first state; in response to receiving the advance user command for restoring a user interaction, progressing to a second state of the computer program that is between the first state and a last-known state of the computer program, as shown in the video record at the time just after the now restored user interaction. creating and storing in a memory area a video record of user interactions with a computer program; as the video record is stored in the memory area, applying a timestamp and a unique identifier for each user interaction and storing each in the memory area in association with the respective user interaction; displaying a control area configured to receive a rewind user command and an advance user command; displaying, in the control area, a number of user interaction indicators, each associated with a specific user interaction with the computer program; in response to receiving the rewind user command, reverting to a first state of the computer program that is prior to at least one of the user interactions, as shown in the video record at the timestamp of the at least one user interaction and removing the indicator of the at least one user interaction that occurs after the first state; in response to receiving the advance user command for restoring a user interaction, progressing to a second state of the computer program that is between the first state and a last-known state of the computer program, as shown in the video record at the time just after the now restored user interaction.
An optical fiber comprising: a core made of silica glass containing a first group of dopants by concentration of 0.2 ppm or more on the average, the first group of dopants consisting of Na element, K element, or any compound thereof, and a second group of dopants by 0.2 ppm or more on the average, the second group of dopants decreasing the viscosity of silica glass and having a diffusion coefficient of 1x10 -12 cm 2 /s or more and smaller than the diffusion coefficient of the first group dopants at a temperature of 2000°C to 2300°C; and a cladding formed around the core and made of silica glass containing fluorine, the cladding having a refractive index lower than the refractive index of the core. a core made of silica glass containing a first group of dopants by concentration of 0.2 ppm or more on the average, the first group of dopants consisting of Na element, K element, or any compound thereof, and a second group of dopants by 0.2 ppm or more on the average, the second group of dopants decreasing the viscosity of silica glass and having a diffusion coefficient of 1x10 -12 cm 2 /s or more and smaller than the diffusion coefficient of the first group dopants at a temperature of 2000°C to 2300°C; and a cladding formed around the core and made of silica glass containing fluorine, the cladding having a refractive index lower than the refractive index of the core.
A method of requesting Channel Quality Indication, CQI, reports from a mobile station of a cellular radio system, the mobile station being connected to the cellular radio system via a radio base station, the method being characterized by: the step of: - requesting (209, 213) CQI reports from the mobile station in response to a measured Block Error Rate, BLER, of transmissions from the mobile station. - requesting (209, 213) CQI reports from the mobile station in response to a measured Block Error Rate, BLER, of transmissions from the mobile station.
A method for configuring a neighboring cell, performed by a network device, comprising: receiving report information, sent by a user equipment, UE, of a target cell corresponding to a measurement frequency, characterized in that the target cell is a cell which is measured by the UE based on the measurement frequency, the report information of the target cell at least comprises identification information and attribute information of a non-stand-alone, NSA, cell and a stand alone, SA, cell, the NSA cell and the SA cell both are cells not in a neighboring cell list of a Long Term Evolution, LTE, cell, and the LTE cell is a cell managed by the network device, and the target cell is a 5G/New Radio, NR, cell, and wherein the attribute information comprises NSA and SA cell indication information of the target cell; and adding the identification information and the attribute information corresponding to the NSA cell and the SA cell into the neighboring cell list based on the report information. receiving report information, sent by a user equipment, UE, of a target cell corresponding to a measurement frequency, characterized in that the target cell is a cell which is measured by the UE based on the measurement frequency, the report information of the target cell at least comprises identification information and attribute information of a non-stand-alone, NSA, cell and a stand alone, SA, cell, the NSA cell and the SA cell both are cells not in a neighboring cell list of a Long Term Evolution, LTE, cell, and the LTE cell is a cell managed by the network device, and the target cell is a 5G/New Radio, NR, cell, and wherein the attribute information comprises NSA and SA cell indication information of the target cell; and adding the identification information and the attribute information corresponding to the NSA cell and the SA cell into the neighboring cell list based on the report information.
A device for collecting and retaining a biological sample, comprising: (i) at least a two-electrode member (103a, 103b) connected to conductive tracks (102a, 102b) of a substrate; and (ii) a creatinine-binding and electrochemically active receptor, said receptor is non-enzymatic and is a non-antibody based metallic receptor and disposed to be in chemical contact with said at least two-electrode member (103a, 103b) and with a creatinine bioanalyte of a biological sample. (i) at least a two-electrode member (103a, 103b) connected to conductive tracks (102a, 102b) of a substrate; and (ii) a creatinine-binding and electrochemically active receptor, said receptor is non-enzymatic and is a non-antibody based metallic receptor and disposed to be in chemical contact with said at least two-electrode member (103a, 103b) and with a creatinine bioanalyte of a biological sample.
A framework application for a device access software, wherein the framework application is installed on a host and wherein at least one driver (111, 113, 115, 117, 118, 201) is integrated in the framework application, said driver (111, 113, 115, 117, 118, 201) being designed to access an associated fieldbus component (101, 103, 104, 106, 107) of a fieldbus network, wherein the framework application has a standard interface to each integrated driver (111, 113, 115, 117, 118, 201), wherein said interface is designed to exchange data between the driver and the framework application, characterized in that in addition to the standard interface, the framework application has one or more proprietary interfaces (203, 204) to at least some of the integrated drivers (111, 113, 115, 117, 118, 201), said interfaces being designed for the exchange of data between the respective driver and the framework application, wherein the driver (111, 113, 115, 117, 118, 201) is designed to transmit information about supplementary functionalities, which are supported by the driver (111, 113, 115, 117, 118, 201) or an associated fieldbus component (101, 103, 104, 106, 107) to the framework application via at least one of the proprietary interfaces (202, 203), wherein the supplementary functionalities comprise at least one of the following elements: a supplementary functionality which refers to a specific level of the security integrity level of the fieldbus component; a supplementary functionality to perform device function checks; a supplementary functionality to print out, at a click, documentation pertaining to the corresponding fieldbus component; a supplementary functionality for the evaluation of measuring signals for transit time measurement using an envelope curve; a supplementary functionality concerning the connectivity to a cloud; a supplementary functionality concerning a translated native language version of the user guide. a supplementary functionality which refers to a specific level of the security integrity level of the fieldbus component; a supplementary functionality to perform device function checks; a supplementary functionality to print out, at a click, documentation pertaining to the corresponding fieldbus component; a supplementary functionality for the evaluation of measuring signals for transit time measurement using an envelope curve; a supplementary functionality concerning the connectivity to a cloud; a supplementary functionality concerning a translated native language version of the user guide.
Hole sealing device, in particular for a main air inlet of the front face of a motor vehicle, comprising: - a support frame which comprises at least one flap which pivots about a pivot axis between an open position and a closed position, - at least one pivot connecting rod, the at least one flap having a connection axis with respect to the pivot connecting rod, - at least one actuator which is for moving the pivot connecting rod and which controls the positioning of the at least one flap, the at least one flap being connected to a resilient opening means which comprises at least one movable portion, a resilient element and an element for retaining the resilient element, characterized in that resilient opening means enables the flap to be at least partially opened in the event of a stress greater than the compression resistance of the resilient element. - a support frame which comprises at least one flap which pivots about a pivot axis between an open position and a closed position, - at least one pivot connecting rod, the at least one flap having a connection axis with respect to the pivot connecting rod, - at least one actuator which is for moving the pivot connecting rod and which controls the positioning of the at least one flap,
A turbine blade comprising: an airfoil section extending span-wise from a platform at a first end to a tip floor at a second end of the airfoil section, wherein at least one cooling hole is formed through the tip floor, the at least one cooling hole being fluidically connected to an internal coolant cavity of the airfoil section, and an additively manufactured tip cap formed via layer-by-layer deposition of material directly over the tip floor of the airfoil section, the tip cap comprising: at least one squealer tip rail (42, 44) extending outward from the tip floor, the at least one squealer tip rail (42, 44) having an embedded cooling channel formed therein, wherein the embedded cooling channel is aligned with and fluidically connected to the at least one cooling hole formed through the tip floor of the airfoil section, the embedded cooling channel having one or more outlets (54, 56) located on at least one of a side face (42a, 44b) and a top face (42c, 44c) of the at least one squealer tip rail (42, 44), characterized in that the embedded cooling channel comprises two or more outlets located chord-wise spaced on the at least one side face (42a, 44b) of the at least one squealer tip rail (42, 44). an airfoil section extending span-wise from a platform at a first end to a tip floor at a second end of the airfoil section, wherein at least one cooling hole is formed through the tip floor, the at least one cooling hole being fluidically connected to an internal coolant cavity of the airfoil section, and an additively manufactured tip cap formed via layer-by-layer deposition of material directly over the tip floor of the airfoil section, the tip cap comprising: at least one squealer tip rail (42, 44) extending outward from the tip floor, the at least one squealer tip rail (42, 44) having an embedded cooling channel formed therein, wherein the embedded cooling channel is aligned with and fluidically connected to the at least one cooling hole formed through the tip floor of the airfoil section, the embedded cooling channel having one or more outlets (54, 56) located on at least one of a side face (42a, 44b) and a top face (42c, 44c) of the at least one squealer tip rail (42, 44), characterized in that the embedded cooling channel comprises two or more outlets located chord-wise spaced on the at least one side face (42a, 44b) of the at least one squealer tip rail (42, 44). at least one squealer tip rail (42, 44) extending outward from the tip floor, the at least one squealer tip rail (42, 44) having an embedded cooling channel formed therein, wherein the embedded cooling channel is aligned with and fluidically connected to the at least one cooling hole formed through the tip floor of the airfoil section, the embedded cooling channel having one or more outlets (54, 56) located on at least one of a side face (42a, 44b) and a top face (42c, 44c) of the at least one squealer tip rail (42, 44), characterized in that the embedded cooling channel comprises two or more outlets located chord-wise spaced on the at least one side face (42a, 44b) of the at least one squealer tip rail (42, 44).
An article comprising a surface having an antimicrobial layer disposed thereon, the antimicrobial layer comprising an organophosphorus layer and antimicrobial oligomers or polymers bonded to the organophosphorus layer, wherein the surface comprises a metal selected from the group consisting of titanium, a titanium alloy, stainless steel, a cobalt chrome alloy, nickel, molybdenum, tantalum, zirconium, magnesium and an alloy containing at least one of nickel, molybdenum, tantalum, zirconium and magnesium, wherein the antimicrobial oligomers or polymers comprise about 3 to about 50,000 repeating antimicrobial monomer units, and wherein the antimicrobial monomer units comprise ammonium salts or pyridinium salts.
A system for acquiring and analyzing a hemodynamic waveform of a subject, the system comprising: an optical or ultrasound or tonometric or microwave scanner, the scanner adapted to capture a signal corresponding to a hemodynamic waveform of a cardiac cycle; and at least one computer processor connected to the scanner by a wired or wireless connection, wherein the computer processor is adapted to receive the signal for the hemodynamic waveform of the cardiac cycle, determine a Dicrotic Notch of the cardiac cycle using the signal, calculate first and second intrinsic frequencies ω1, ω2 of the hemodynamic waveform of the cardiac cycle on each side of the Dicrotic Notch for the hemodynamic waveform of the cardiac cycle, where each intrinsic frequency is at or about a frequency that carries the highest energy for all frequencies of an instantaneous frequency curve, and output a signal corresponding to intrinsic frequencies results. an optical or ultrasound or tonometric or microwave scanner, the scanner adapted to capture a signal corresponding to a hemodynamic waveform of a cardiac cycle; and at least one computer processor connected to the scanner by a wired or wireless connection, wherein the computer processor is adapted to receive the signal for the hemodynamic waveform of the cardiac cycle, determine a Dicrotic Notch of the cardiac cycle using the signal, calculate first and second intrinsic frequencies ω1, ω2 of the hemodynamic waveform of the cardiac cycle on each side of the Dicrotic Notch for the hemodynamic waveform of the cardiac cycle, where each intrinsic frequency is at or about a frequency that carries the highest energy for all frequencies of an instantaneous frequency curve, and output a signal corresponding to intrinsic frequencies results.
A peptide comprising a sequence according to Formula 2 X 5 -X 6 -X 7 -X 8 Formula 2 (SEQ ID NO: 2) wherein: X 5 is any amino acid residue; X 6 is Tyr; X 7 is Gln; and X 8 is Tyr. According to some embodiments: X 5 is a positively charged amino acid residue; X 6 is Tyr; X 7 is Gln, and X 8 is Tyr; or comprising a sequence according to Formula 1: X 4 -X 5 -X 6 -X 7 -X 8 Formula 1 (SEQ ID NO: 1) wherein: X 4 is a negatively charged amino acid residue, for example pTyr, Asp or Glu; X 5 is a small hydrophobic amino acid residue, for example Val or Ala; X 6 is a positively charged amino acid residue, for example Lys or Arg; X 7 is a hydrophilic amino acid residue, for example, Tyr, Phe, Thr or Ser; and X 8 is a negatively charged amino acid residue, for example pTyr, Asp or Glu; or comprising the retro-inverso form of the sequence according to Formula 1 or Formula 2 wherein all amino acid residues are in D-configuration and the peptide sequence order is reversed, wherein the peptide further comprises a cell penetrating peptide CPP sequence. X 5 is any amino acid residue; X 6 is Tyr; X 7 is Gln; and X 8 is Tyr. X 5 is a positively charged amino acid residue; X 6 is Tyr; X 7 is Gln, and X 8 is Tyr; X 4 is a negatively charged amino acid residue, for example pTyr, Asp or Glu; X 5 is a small hydrophobic amino acid residue, for example Val or Ala; X 6 is a positively charged amino acid residue, for example Lys or Arg; X 7 is a hydrophilic amino acid residue, for example, Tyr, Phe, Thr or Ser; and X 8 is a negatively charged amino acid residue, for example pTyr, Asp or Glu;
A device for performing a surgical procedure, comprising: an elongated cannula extending between a proximal end and a distal end, and including an outer surface and an inner surface, the inner surface defining a passageway; a stylet configured for moveable disposal within the passageway of the elongated cannula, and the stylet includes a blunt distal tip configured for disposal outside the distal end of the elongated cannula and to prevent damage to adjacent tissue; an expandable cage including a proximal end and a distal end, wherein the proximal end of the expandable cage is disposed with the distal end of the elongated cannula and the distal end of the expandable cage is connected to the distal end of the stylet; at least one electrode disposed with the expandable cage; and a balloon, characterized in that the stylet is configured to expand and collapse the expandable cage, and that the balloon can be inserted through the cannula to be disposed within the expandable cage. an elongated cannula extending between a proximal end and a distal end, and including an outer surface and an inner surface, the inner surface defining a passageway; a stylet configured for moveable disposal within the passageway of the elongated cannula, and the stylet includes a blunt distal tip configured for disposal outside the distal end of the elongated cannula and to prevent damage to adjacent tissue; an expandable cage including a proximal end and a distal end, wherein the proximal end of the expandable cage is disposed with the distal end of the elongated cannula and the distal end of the expandable cage is connected to the distal end of the stylet; at least one electrode disposed with the expandable cage; and a balloon, characterized in that the stylet is configured to expand and collapse the expandable cage, and that the balloon can be inserted through the cannula to be disposed within the expandable cage.