mhurhangee/ep-ind-claims huggingface dataset:
A method for scanning a number of frequencies in a test environment (100, 300, 400) and determining the frequency characteristics of the test environment, comprising: moving a transmitter (112, 228, 302, 402) and a receiver (114, 228, 302, 402) together to a number of locations in a scanning space (102, 200), wherein moving the transmitter (112, 228, 302, 402) and the receiver (114, 228, 302, 402) comprises moving the transmitter (112, 228, 302, 402) and the receiver (114, 228, 302, 402) in a plurality of directions to a plurality of locations in a two-dimensional plane in the scanning space (102, 200); transmitting signals (158, 306) at the number of frequencies from the transmitter (112, 228, 302, 402) at the number of locations and receiving reflected signals (171, 310, 412) by the receiver (114, 228) at the number of locations, wherein the reflected signals (171, 310, 412) are reflections of the signals transmitted at the number of frequencies from the transmitter (112, 228, 302, 402); and identifying the number of locations in the scanning space (102, 200), wherein identifying the number of locations in the scanning space (102, 200) comprises optically identifying a location of a tracking marker (124, 230, 316) that is moved along with the transmitter (112, 228, 302, 402) and the receiver (114, 228, 302, 402) when the transmitter (112, 228, 302, 402) and the receiver (114, 228, 302, 402) are moved in the scanning space (102, 200). moving a transmitter (112, 228, 302, 402) and a receiver (114, 228, 302, 402) together to a number of locations in a scanning space (102, 200), wherein moving the transmitter (112, 228, 302, 402) and the receiver (114, 228, 302, 402) comprises moving the transmitter (112, 228, 302, 402) and the receiver (114, 228, 302, 402) in a plurality of directions to a plurality of locations in a two-dimensional plane in the scanning space (102, 200); transmitting signals (158, 306) at the number of frequencies from the transmitter (112, 228, 302, 402) at the number of locations and receiving reflected signals (171, 310, 412) by the receiver (114, 228) at the number of locations, wherein the reflected signals (171, 310, 412) are reflections of the signals transmitted at the number of frequencies from the transmitter (112, 228, 302, 402); and identifying the number of locations in the scanning space (102, 200), wherein identifying the number of locations in the scanning space (102, 200) comprises optically identifying a location of a tracking marker (124, 230, 316) that is moved along with the transmitter (112, 228, 302, 402) and the receiver (114, 228, 302, 402) when the transmitter (112, 228, 302, 402) and the receiver (114, 228, 302, 402) are moved in the scanning space (102, 200).
A pharmaceutical composition for use in the removal of the atheromatous plaque containing, in association with each other, procaine of the formula: and monomethyltrisilanol salicylate of the formula:
Wind turbine for providing electrical energy, comprising: - a tower with a tower interior; - switchgear, in particular medium-voltage switchgear, for switching an electric current, the switchgear being arranged in a housing in the tower interior; characterized in that the wind turbine comprises: - a discharge chamber separate from the tower interior, which discharge chamber is delimited by a partition, the discharge chamber being defined by the partition and an internal volume of a foundation on which the tower stands - a pressure-relief device which is connected between the inside of the housing and the discharge chamber so that, in the event of a difference in pressure between the inside of the housing of the switchgear and the discharge chamber, it triggers the release of an excess pressure into the discharge chamber. - a tower with a tower interior; - switchgear, in particular medium-voltage switchgear, for switching an electric current, the switchgear being arranged in a housing in the tower interior; characterized in that the wind turbine comprises: - a discharge chamber separate from the tower interior, which discharge chamber is delimited by a partition, the discharge chamber being defined by the partition and an internal volume of a foundation on which the tower stands - a pressure-relief device which is connected between the inside of the housing and the discharge chamber so that, in the event of a difference in pressure between the inside of the housing of the switchgear and the discharge chamber, it triggers the release of an excess pressure into the discharge chamber.
A haymaking machine comprising at least one raking rotor having raking tines carried on tine arms, wherein each tine arm viewed from a radially inner end thereof in the direction towards a radially outer end thereof firstly has a first bend directed rearwardly in relation to a direction of rotation of the raking rotor and then a second bend directed forwardly in relation to the direction of rotation of the raking rotor, wherein extending between the first bend and the second bend is a first portion which is radially outwardly adjoined by a second portion which carries a plurality of raking tines, characterised in that in the first portion extending between the first bend and the second bend each tine arm carries at least one raking tine.
A protective enclosure for a thermal imaging device, comprising: a mounting structure for securing the thermal imaging device in a fixed location; a sidewall surrounding the imaging device; a window assembly including a removable window and a temperature sensor, the window providing a passage for infrared radiation to the imaging device within the enclosure, and the temperature sensor for measuring a temperature of the window, when the window is received in the window assembly, and being adapted to communicate with circuitry of the imaging device, the window assembly further includes a removable retaining ring and a mounting plate attached to an end of the sidewall, the mounting plate including a first side facing outward, a second side facing inward, a bezel formed in the first side, and an outer shoulder also formed in the first side and surrounding the bezel, the bezel for receiving the removable window, and the outer shoulder for receiving the retaining ring, such that the retaining ring holds the window against the bezel, wherein the window assembly further includes a removable seal member sized to be interposed between the retaining ring and the removable window, when the window is received by the bezel and the retaining ring is received by the outer shoulder. a mounting structure for securing the thermal imaging device in a fixed location; a sidewall surrounding the imaging device; a window assembly including a removable window and a temperature sensor, the window providing a passage for infrared radiation to the imaging device within the enclosure, and the temperature sensor for measuring a temperature of the window, when the window is received in the window assembly, and being adapted to communicate with circuitry of the imaging device, the window assembly further includes a removable retaining ring and a mounting plate attached to an end of the sidewall, the mounting plate including a first side facing outward, a second side facing inward, a bezel formed in the first side, and an outer shoulder also formed in the first side and surrounding the bezel, the bezel for receiving the removable window, and the outer shoulder for receiving the retaining ring, such that the retaining ring holds the window against the bezel, wherein the window assembly further includes a removable seal member sized to be interposed between the retaining ring and the removable window, when the window is received by the bezel and the retaining ring is received by the outer shoulder.
A chemiluminescent substrate solution, comprising a chemiluminescent substrate and a chemiluminescence enhancer, characterized in that, the chemiluminescence enhancer comprises a fluorescent agent and a surfactant, wherein the fluorescent agent comprises one or more carboxyfluoresceins selected from compounds represented by general formula I:
A damper system, comprising: a cylinder wall defining a cylindrical chamber and having an open end; a piston reciprocatingly disposed in the cylindrical chamber and connected to a piston rod that extends out of the open end of the cylindrical chamber; an annular wiper seal engaging the piston rod, the annular wiper seal having a mounting portion extending in a axial direction, a first radially inwardly extending portion extending radially inward from an end of the mounting portion, an intermediate portion extending axially from an inner end of the first radially extending portion in a same direction as the mounting portion extends from an outer end of the first radially extending portion, a second radially inwardly extending portion extending radially inward from an end of the intermediate portion opposite to the first radially inwardly extending portion attaches to the intermediate portion, and a wiper lip extending axially and radially inward from an inner end of the second radially inwardly extending portion, the wiper lip having at least one lip edge that engages the piston rod, characterized in that the open end has an annular recess and a retaining shoulder adjacent the annular recess, that the annular wiper seal is mounted in the annular recess of the cylinder wall and that the annular wiper seal is made from a thermoplastic material and is self-retained against the retaining shoulder. a cylinder wall defining a cylindrical chamber and having an open end; a piston reciprocatingly disposed in the cylindrical chamber and connected to a piston rod that extends out of the open end of the cylindrical chamber; an annular wiper seal engaging the piston rod, the annular wiper seal having a mounting portion extending in a axial direction, a first radially inwardly extending portion extending radially inward from an end of the mounting portion, an intermediate portion extending axially from an inner end of the first radially extending portion in a same direction as the mounting portion extends from an outer end of the first radially extending portion, a second radially inwardly extending portion extending radially inward from an end of the intermediate portion opposite to the first radially inwardly extending portion attaches to the intermediate portion, and a wiper lip extending axially and radially inward from an inner end of the second radially inwardly extending portion, the wiper lip having at least one lip edge that engages the piston rod, characterized in that the open end has an annular recess and a retaining shoulder adjacent the annular recess, that the annular wiper seal is mounted in the annular recess of the cylinder wall and that the annular wiper seal is made from a thermoplastic material and is self-retained against the retaining shoulder.
A method for replacing/recalling a device trigger by a Short Message Service-Service Center, SMS-SC, in a wireless communication system, the method comprising: receiving (S602, S702) a first message including one of i) only an old trigger reference number and ii) both the old trigger reference number and a new trigger reference number from a Machine Type Communication-InterWorking Function, MTC-IWF; deleting (S603, S703), in both cases i) and ii), a trigger message corresponding to the old trigger reference number; and storing, only in case ii) and by the SMS-SC, a new trigger message corresponding to the new trigger reference number. receiving (S602, S702) a first message including one of i) only an old trigger reference number and ii) both the old trigger reference number and a new trigger reference number from a Machine Type Communication-InterWorking Function, MTC-IWF; deleting (S603, S703), in both cases i) and ii), a trigger message corresponding to the old trigger reference number; and storing, only in case ii) and by the SMS-SC, a new trigger message corresponding to the new trigger reference number.
Method for conveying general cargo, in particular packaged goods, from a stack and/or pile of general cargo, characterised in that the method is carried out using a finger unit comprising at least two flexible side elements (2, 3) extending together from one end of the finger unit to an opposite end of the finger unit, wherein the at least two flexible side elements (2, 3) are each flexibly joined together by means of a plurality of crosspieces between the two ends of the finger unit, so that the finger unit is at least moveable from a bent position into an extended position and back again, - in which the finger unit is pressed in a gripping direction from above against the stack and/or pile of general cargo such that the at least one side element (2, 3) is partially pressed into by at least one item of general cargo, - in which the finger unit is moved from an extended position into a bent position as a result of the at least one side element (2, 3) being pressed into in sections and the finger unit, preferably the at least one side element (2, 3), at least in sections grips around the at least one item of general cargo, and - in which the at least one item of general cargo, which is at least in sections gripped around, is at least partly moved from the stack and/or pile into a transport direction pointing perpendicularly to the gripping direction by the finger unit. - in which the finger unit is pressed in a gripping direction from above against the stack and/or pile of general cargo such that the at least one side element (2, 3) is partially pressed into by at least one item of general cargo, - in which the finger unit is moved from an extended position into a bent position as a result of the at least one side element (2, 3) being pressed into in sections and the finger unit, preferably the at least one side element (2, 3), at least in sections grips around the at least one item of general cargo, and - in which the at least one item of general cargo, which is at least in sections gripped around, is at least partly moved from the stack and/or pile into a transport direction pointing perpendicularly to the gripping direction by the finger unit.
A device for use in measuring an analyte, being glucose, in a host, the device comprising: a transcutaneous enzymatic electrochemical sensor operably connected to sensor electronics, the sensor electronics configured for measuring the analyte in the host; at least one electrical contact configured to operably connect the sensor to the sensor electronics; a sealing member at least partially surrounding at least one of the sensor and the electrical contact, wherein the sealing member is configured to seal the electrical contact from moisture when the sensor is operably connected to the sensor electronics; and a housing on which the sealing member is disposed, wherein the housing is configured to mechanically hold the sealing member thereon by means of male-female mechanical structures without substantial translation, deformation, and/or compression during insertion of the sensor into the host. a transcutaneous enzymatic electrochemical sensor operably connected to sensor electronics, the sensor electronics configured for measuring the analyte in the host; at least one electrical contact configured to operably connect the sensor to the sensor electronics; a sealing member at least partially surrounding at least one of the sensor and the electrical contact, wherein the sealing member is configured to seal the electrical contact from moisture when the sensor is operably connected to the sensor electronics; and a housing on which the sealing member is disposed, wherein the housing is configured to mechanically hold the sealing member thereon by means of male-female mechanical structures without substantial translation, deformation, and/or compression during insertion of the sensor into the host.
A tannylated protein complex or a tannylated virus complex, formed by binding tannic acid to the protein or virus, wherein the complex is targeted or delivered to a heart, wherein the protein is bFGF (basis fibroblast growth factor) or SP (substance P).
A method in a mobile communication network infrastructure, the method comprising: implementing core network and radio access network parts of the mobile communication network utilising a single layer of virtualized network function, VNF, components, where a given VNF component is designated to serve a given user equipment; routing at least part of traffic directed to given user equipment through a routing arrangement comprising a set of routers to the VNF component serving the user equipment; and when the VNF component serving the user equipment is changed, the routing arrangement is updated with the change. implementing core network and radio access network parts of the mobile communication network utilising a single layer of virtualized network function, VNF, components, where a given VNF component is designated to serve a given user equipment; routing at least part of traffic directed to given user equipment through a routing arrangement comprising a set of routers to the VNF component serving the user equipment; and when the VNF component serving the user equipment is changed, the routing arrangement is updated with the change.
A method for increasing expression of a protein of interest from a Gram positive bacterial cell comprising: a) obtaining an altered Gram positive bacterial cell capable of producing a protein of interest, wherein said altered Gram positive bacterial cell comprises at least one genetic alteration that reduces expression of the pdhA gene as compared to the expression of the pdhA gene in a corresponding unaltered Gram positive bacterial cell grown under essentially the same culture conditions and/or reduces expression of the pdhB gene as compared to the expression of the pdhB gene in a corresponding unaltered Gram positive bacterial cell grown under essentially the same culture conditions wherein said genetic alteration is in the pdhD gene of the pdh operon, wherein the pdhD gene is at least 75% identical to SEQ ID NO: 1, and wherein said genetic alteration is at a nucleotide position corresponding to nucleotide 729 of SEQ ID NO: 1; and b) culturing said altered Gram positive bacterial cell under conditions such that said protein of interest is expressed by said altered Gram positive bacterial cell, wherein expression of said protein of interest is increased in said altered Gram positive bacterial cell compared to the expression of said protein of interest in a corresponding unaltered Gram positive bacterial cell grown under essentially the same culture conditions. a) obtaining an altered Gram positive bacterial cell capable of producing a protein of interest, wherein said altered Gram positive bacterial cell comprises at least one genetic alteration that reduces expression of the pdhA gene as compared to the expression of the pdhA gene in a corresponding unaltered Gram positive bacterial cell grown under essentially the same culture conditions and/or reduces expression of the pdhB gene as compared to the expression of the pdhB gene in a corresponding unaltered Gram positive bacterial cell grown under essentially the same culture conditions wherein said genetic alteration is in the pdhD gene of the pdh operon, wherein the pdhD gene is at least 75% identical to SEQ ID NO: 1, and wherein said genetic alteration is at a nucleotide position corresponding to nucleotide 729 of SEQ ID NO: 1; and b) culturing said altered Gram positive bacterial cell under conditions such that said protein of interest is expressed by said altered Gram positive bacterial cell, wherein expression of said protein of interest is increased in said altered Gram positive bacterial cell compared to the expression of said protein of interest in a corresponding unaltered Gram positive bacterial cell grown under essentially the same culture conditions.
Electronic cigarette comprising: a mouthpiece through which the user inhales, a chamber for storing a liquid substance to be inhaled, an atomizer suitable to vaporize said substance to be inhaled and to produce a vaporized substance, said atomizer being suitable to convey said atomized substance to said mouthpiece, an electric battery connected to said atomizer and suitable to permit the activation thereof, activation means of said atomizer, characterised in that the electronic cigarette comprises ejection means of gaseous substances, suitable to eject only gaseous substances from said chamber.
A bidirectional downhole fluid flow control system comprising: at least one injection vortex diode wherein injection fluid flow entering the injection vortex diode travels primarily in a radial direction and wherein production fluid flow entering the injection vortex diode travels primarily in a tangential direction; at least one production vortex diode in parallel with the at least one injection vortex diode wherein production fluid flow entering the production vortex diode travels primarily in a radial direction and wherein injection fluid flow entering the production vortex diode travels primarily in a tangential direction; characterized in that the at least one injection vortex diode and the at least one production vortex diode provide a plurality of flow paths between a central passageway of a tubing string and an annulus in a wellbore that are in parallel with one another. at least one injection vortex diode wherein injection fluid flow entering the injection vortex diode travels primarily in a radial direction and wherein production fluid flow entering the injection vortex diode travels primarily in a tangential direction; at least one production vortex diode in parallel with the at least one injection vortex diode wherein production fluid flow entering the production vortex diode travels primarily in a radial direction and wherein injection fluid flow entering the production vortex diode travels primarily in a tangential direction; characterized in that the at least one injection vortex diode and the at least one production vortex diode provide a plurality of flow paths between a central passageway of a tubing string and an annulus in a wellbore that are in parallel with one another.
A method (201; 301) of performance monitoring in a multiprocessing system, the method comprising: counting (211; 311) occurrences of a first hardware event in a first hardware event counter (114, 124, 134), wherein said first hardware event is a global descriptor table load event, a local descriptor table load event, or a segment register load event; counting (212; 312) occurrences of a second hardware event in a second hardware event counter (115, 125, 135); detecting (213, 313) whether a context switch of a process or a thread has occurred based on a comparison of the count of the first hardware event and a predetermined value; and sampling (214; 314) the second hardware event counter after detecting said context switch. counting (211; 311) occurrences of a first hardware event in a first hardware event counter (114, 124, 134), wherein said first hardware event is a global descriptor table load event, a local descriptor table load event, or a segment register load event; counting (212; 312) occurrences of a second hardware event in a second hardware event counter (115, 125, 135); detecting (213, 313) whether a context switch of a process or a thread has occurred based on a comparison of the count of the first hardware event and a predetermined value; and sampling (214; 314) the second hardware event counter after detecting said context switch.