mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: converting, by a particular machine, a bit value represented as an Internet Protocol, IP, address to a non-IP address, the represented IP address being a non-routable IP address, the bit value including a first set of bits indicating that the represented IP address is not a standard IP address, but that the represented IP address needs to be converted to the non-IP address, and processed differently from a standard IP address, the bit value further including a second set of bits identifying the non-IP address either directly or indirectly; and using, by the particular machine being responsive to said converting operation, the non-IP address to access one or more non-IP address space resources; wherein the second set of bits consists of either the non-IP address encoded therein or an indirect reference to the non-IP address. converting, by a particular machine, a bit value represented as an Internet Protocol, IP, address to a non-IP address, the represented IP address being a non-routable IP address, the bit value including a first set of bits indicating that the represented IP address is not a standard IP address, but that the represented IP address needs to be converted to the non-IP address, and processed differently from a standard IP address, the bit value further including a second set of bits identifying the non-IP address either directly or indirectly; and using, by the particular machine being responsive to said converting operation, the non-IP address to access one or more non-IP address space resources; wherein the second set of bits consists of either the non-IP address encoded therein or an indirect reference to the non-IP address.
A sound transducer comprising a chassis, and a diaphragm having at least two fixing portions in the shape of a segment of a circle for fixing to the chassis, wherein the two fixing portions in the shape of a segment of a circle are defined by a circle which has a diameter, a central point and a circle-bisecting straight line, wherein the chassis has two fixing portions and the chassis is adapted to the shape of the diaphragm in such a way that the diaphragm is fixed only at the fixing portions in the shape of a segment of a circle and the side walls of the chassis do not touch the diaphragm and project beyond the diaphragm so that the central portion of the diaphragm can vibrate freely, wherein a gap is present between the side walls and the diaphragm, wherein the gap retains its size upon deflections which occur in operation, wherein the diaphragm comprises a rectangular portion directly between the two fixing portions, characterized in that the central portion has two straight lines arranged parallel to the circle-bisecting straight line, wherein the chassis comprises two straight side walls, and wherein the sound transducer is an electrodynamic sound transducer.
A drive system comprises a support structure, at least one carriage and a planar guideway supported by the structure which permits movement of the carriage in two orthogonal directions in the plane of the guideway; wherein the carriage has a cuboid housing carrying a depending neck which supports a guide sprocket and to which neck a robotic device can be connected; and wherein the guideway is defined by means of a rectangular array of depending pegs spaced to permit a carriage housing to move between them, each peg carrying a horizontal flange which provides a bearing surface for a base of the carriage housing, and a spool shaped to interact with the sprocket in order to guide the carriage.
A transmission capable of changing a rotational speed of an output shaft relative to a rotational speed of an input shaft by means of mesh of toothed wheels (14a to 14k), comprising a transmission component, wherein said transmission component is a rolling bearing component, wherein the rolling bearing component - has a nitriding layer at a surface layer, wherein the nitriding layer is formed by a carbonitriding process, an austenite grain with a grain size number measured in accordance with Japanese Standard JIS G 0551 falling within a range exceeding 10, a fracture stress value of at least 2650 MPa, and a hydrogen content of at most 0.5 ppm and - is formed of JIS-SUJ2. - has a nitriding layer at a surface layer, wherein the nitriding layer is formed by a carbonitriding process, an austenite grain with a grain size number measured in accordance with Japanese Standard JIS G 0551 falling within a range exceeding 10, a fracture stress value of at least 2650 MPa, and a hydrogen content of at most 0.5 ppm and - is formed of JIS-SUJ2.
A method of diagnosing a susceptibility to endometriosis in a female subject, comprising: assaying a nucleic acid sample of the subject thereby providing nucleic acid sequence information from the female subject on the presence or absence of at least one genomic DNA (gDNA) variation in a panel of low frequency gDNA variant biomarkers, said panel comprising at least one low frequency gDNA variation biomarker for each of a plurality of genetic loci, said low frequency gDNA variant biomarkers occurring at a frequency of 0.1% or less in a population of female subjects without a diagnosis of endometriosis, the low frequency gDNA variant biomarkers being selected from the CNVs/CNV subregions of Figure 2; and diagnosing a susceptibility to endometriosis in the subject if the subject has at least one gDNA variation in the genes of the panel. assaying a nucleic acid sample of the subject thereby providing nucleic acid sequence information from the female subject on the presence or absence of at least one genomic DNA (gDNA) variation in a panel of low frequency gDNA variant biomarkers, said panel comprising at least one low frequency gDNA variation biomarker for each of a plurality of genetic loci, said low frequency gDNA variant biomarkers occurring at a frequency of 0.1% or less in a population of female subjects without a diagnosis of endometriosis, the low frequency gDNA variant biomarkers being selected from the CNVs/CNV subregions of Figure 2; and diagnosing a susceptibility to endometriosis in the subject if the subject has at least one gDNA variation in the genes of the panel.
Probe for a sensor, said sensor being adapted to measure the concentration of at least one substance of a sample gas based on light spectrum absorption, said probe comprising a light source and detector system establishing a light path passing a measuring region, wherein the probe comprises a sample inlet being in flow communication with the flow of gas to be measured, wherein the probe is configured such that the sample gas is split and enters the measuring region in at least two flows (6a, 6b) and the sample gas traverses the measuring region with an angle to the light path being higher than 45 degrees, characterized in that the probe is further configured such that this sample inlet is in flow communication with a sample gas conduit which splits into a first branch and a second branch being the inlets to the measuring region for the first and second flows, respectively, wherein the two branches (10a, 10b) have a relative different flow restriction and the light path further passes at least a first purge gas volume and the first flow is fed into the measuring region in the area close to the first purge gas volume, wherein the probe further comprises a third branch configured such that a third flow of the sample gas is formed and the third flow being fed into the measuring region between the first and second flows through a third branch of the sample gas conduit.
Dental micro-applicator having an at least partially hollow body comprising a reservoir for receiving a fluid, the at least partially hollow body having a distal (2.2) and a proximal region (2.1) having a hollow application means (2.3) at the proximal end (1.1) and a flexible transition region, the reservoir having a predetermined breaking point at the proximal end (1.1) or in the direction to the proximal end (1.1), and the reservoir being arranged in a hollow body in the distal region (2.2) and the predetermined breaking point being formed by a membrane that is provided inside the flexible transition region between the distal region (2.2) and the proximal region (2.1), and the proximal (2.1) and the distal region (2.2) are interconnected via the flexible transition region, characterised in that the flexible transition region corresponds to a bellows, the membrane being destroyable through stretching the flexible transition region along the longitudinal axis.
A method comprising: transmitting first radio frequency 'RF' signals towards an item through open space; receiving second RF signals from the item through open space, the second RF signals having one or more characteristics indicative of one or more materials within the item; and processing the second RF signals to identify the one or more materials within the item using nuclear quadrupole resonance 'NQR' spectrometry, wherein the first RF signals are transmitted towards the item using a first probe, wherein the second RF signals are received from the item using a second probe, and wherein the first and second probes (120, 122) are located in an upper portion of a table, the item positioned on the table. transmitting first radio frequency 'RF' signals towards an item through open space; receiving second RF signals from the item through open space, the second RF signals having one or more characteristics indicative of one or more materials within the item; and processing the second RF signals to identify the one or more materials within the item using nuclear quadrupole resonance 'NQR' spectrometry, wherein the first RF signals are transmitted towards the item using a first probe, wherein the second RF signals are received from the item using a second probe, and wherein the first and second probes (120, 122) are located in an upper portion of a table, the item positioned on the table.
A method for transmitting a verification request for enabling access to an application of a communication terminal device to an identification module contained in the communication terminal device, comprising the following steps: - a response key is generated, - a request that was sent by the application of the communication terminal device instructing that the verification request should be transmitted to the identification module is received in a transmission means that is arranged physically separate from the communication terminal device, - the verification request is transmitted by the transmission means to the identification module of the communication terminal device in response to the request, whereby the verification request comprises the response key, - a verification response is determined by means of the identification module on the basis of the verification request, whereby the verification response contains the response key, - the verification response to the verification request is received in the transmission means, - the verification response is verified by means of the response key, and - a notification about the received verification response is transmitted by the transmission means to the application of the communication terminal device. - a response key is generated, - a request that was sent by the application of the communication terminal device instructing that the verification request should be transmitted to the identification module is received in a transmission means that is arranged physically separate from the communication terminal device, - the verification request is transmitted by the transmission means to the identification module of the communication terminal device in response to the request, whereby the verification request comprises the response key, - a verification response is determined by means of the identification module on the basis of the verification request, whereby the verification response contains the response key, - the verification response to the verification request is received in the transmission means, - the verification response is verified by means of the response key, and - a notification about the received verification response is transmitted by the transmission means to the application of the communication terminal device.
A method for performing communication by a user equipment, UE, in a wireless communication system, the method comprising: receiving a group common Downlink Control Information, DCI, including a bitmap field for representing availability of resource block, RB, sets configured in a first cell, wherein the bitmap field includes a plurality of bits corresponding to the RB sets respectively, wherein a value of '1' of each of the plurality of bits included in the bitmap field represents that each of the RB sets is available and a value of '0' of each of the plurality of bits represents that each of the RB sets is unavailable, and wherein the group common DCI is a DCI format 2_0; based on an indication that an entirety of the RB sets is unavailable, performing a first Physical Downlink Control Channel, PDCCH, monitoring and omitting channel measurement in the RB sets for a predetermined duration; and based on an indication that at least one of the RB sets is available, performing a second PDCCH monitoring and the channel measurement in the at least one available RB set. receiving a group common Downlink Control Information, DCI, including a bitmap field for representing availability of resource block, RB, sets configured in a first cell, wherein the bitmap field includes a plurality of bits corresponding to the RB sets respectively, wherein a value of '1' of each of the plurality of bits included in the bitmap field represents that each of the RB sets is available and a value of '0' of each of the plurality of bits represents that each of the RB sets is unavailable, and wherein the group common DCI is a DCI format 2_0; based on an indication that an entirety of the RB sets is unavailable, performing a first Physical Downlink Control Channel, PDCCH, monitoring and omitting channel measurement in the RB sets for a predetermined duration; and based on an indication that at least one of the RB sets is available, performing a second PDCCH monitoring and the channel measurement in the at least one available RB set.
A cosmetic product, comprising a) a cosmetic preparation (a) containing, based on the total weight thereof, a1) 65 to 75 wt.% polar solvent; a2) 0.003 to 3.0 wt.% direct dye, wherein alternatively a cationic dye, an anionic dye or a non-ionic dye is used as the direct dye; b) a device for flash evaporation of the cosmetic preparation (a), having b1) a container which defines a closed interior in which the cosmetic preparation (a) can be received, b2) a valve or a similarly functioning closure element for closing and opening the interior of the container, which is at least partly filled with the cosmetic preparation (a), b3) a heating device for heating, under increased pressure, the cosmetic preparation (a) that is located in the closed interior of the container, and releasing, under reduced pressure, the heated cosmetic preparation (a) from the interior of the container into the surroundings, b4) a nozzle which allows atomization of the cosmetic preparation (a) escaping from the container. a) a cosmetic preparation (a) containing, based on the total weight thereof, a1) 65 to 75 wt.% polar solvent; a2) 0.003 to 3.0 wt.% direct dye, wherein alternatively a cationic dye, an anionic dye or a non-ionic dye is used as the direct dye; b) a device for flash evaporation of the cosmetic preparation (a), having b1) a container which defines a closed interior in which the cosmetic preparation (a) can be received, b2) a valve or a similarly functioning closure element for closing and opening the interior of the container, which is at least partly filled with the cosmetic preparation (a), b3) a heating device for heating, under increased pressure, the cosmetic preparation (a) that is located in the closed interior of the container, and releasing, under reduced pressure, the heated cosmetic preparation (a) from the interior of the container into the surroundings, b4) a nozzle which allows atomization of the cosmetic preparation (a) escaping from the container.
A vane stage comprising: an arcuate platform defining an axial centerline axis having a pair of flanges that extend radially inward from the platform, wherein the flanges are axially spaced apart from one another and from respective forward and aft ends of the platform and wherein each flange includes at least two through holes; a vane extending radially outward from the platform; a seal carrier mounted axially between the flanges so that inner surfaces of the flanges interface with outer surfaces of the seal carrier; and a washer mounted to the seal carrier opposite one of the flanges of the platform across an axial thickness of a side of the seal carrier, wherein a portion of the seal carrier between the washer and flange includes at least two through holes in an axial direction for receiving respective fasteners, and wherein the washer includes a pair of through holes that correspond to respective pairs of holes (132, 128) in the platform flanges and the seal carrier. an arcuate platform defining an axial centerline axis having a pair of flanges that extend radially inward from the platform, wherein the flanges are axially spaced apart from one another and from respective forward and aft ends of the platform and wherein each flange includes at least two through holes; a vane extending radially outward from the platform; a seal carrier mounted axially between the flanges so that inner surfaces of the flanges interface with outer surfaces of the seal carrier; and a washer mounted to the seal carrier opposite one of the flanges of the platform across an axial thickness of a side of the seal carrier, wherein a portion of the seal carrier between the washer and flange includes at least two through holes in an axial direction for receiving respective fasteners, and wherein the washer includes a pair of through holes that correspond to respective pairs of holes (132, 128) in the platform flanges and the seal carrier.
A method for a metal electrowinning using an anode for electrolysis and applying chloride bath, characterized in using said anode for electrolysis, comprising: a substrate comprising titanium or titanium alloy, and a coating layer comprising a plurality of unit layers, provided on the surface of the substrate, wherein the unit layer comprises: a first coating layer comprising a mixture of iridium oxide, ruthenium oxide and titanium oxide and a second coating layer comprising a mixture of platinum and iridium oxide, and the first coating layer of the unit layer formed on the surface of said substrate is contact with the surface of said substrate and an outer coating layer of the unit layer formed on the outermost layer of said coating layer is the second coating layer, characterized in that said coating layer is provided on the surface of the substrate by means of a thermal decomposition baking method to form the plurality of unit layers, followed by post-baking at a baking temperature higher than that of the thermal decomposition baking method. a substrate comprising titanium or titanium alloy, and a coating layer comprising a plurality of unit layers, provided on the surface of the substrate, a first coating layer comprising a mixture of iridium oxide, ruthenium oxide and titanium oxide and a second coating layer comprising a mixture of platinum and iridium oxide, and
A system for manually overriding a solenoid operated valve in an event of power failure, comprising: a solenoid operated valve, the solenoid operated valve comprising: a valve body including a sealing surface, a fluid inlet and a fluid outlet; a sealing element selectively separating the fluid inlet from the fluid outlet; a solenoid (113, 114) configured to selectively couple and decouple the sealing element to the sealing surface; a lifter threadedly coupled to the solenoid operated valve; and a pin inserted into a plurality of holes disposed within the valve body such that the pin rests in a recess of the lifter, wherein the pin limits translation of the lifter; wherein rotation of the lifter relative to the valve body in a first direction causes the lifter to decouple the sealing element from the sealing surface. a solenoid operated valve, the solenoid operated valve comprising: a valve body including a sealing surface, a fluid inlet and a fluid outlet; a sealing element selectively separating the fluid inlet from the fluid outlet; a solenoid (113, 114) configured to selectively couple and decouple the sealing element to the sealing surface; a lifter threadedly coupled to the solenoid operated valve; and a pin inserted into a plurality of holes disposed within the valve body such that the pin rests in a recess of the lifter, a valve body including a sealing surface, a fluid inlet and a fluid outlet; a sealing element selectively separating the fluid inlet from the fluid outlet; a solenoid (113, 114) configured to selectively couple and decouple the sealing element to the sealing surface; a lifter threadedly coupled to the solenoid operated valve; and a pin inserted into a plurality of holes disposed within the valve body such that the pin rests in a recess of the lifter, wherein the pin limits translation of the lifter; wherein rotation of the lifter relative to the valve body in a first direction causes the lifter to decouple the sealing element from the sealing surface.