mhurhangee/ep-ind-claims huggingface dataset:
A method for forwarding an e-mail message from an e-mail server to a mobile terminal, wherein the mobile terminal has an e-mail address under the e-mail server, and permanent terminal identity and a temporary identity in an access network, the method comprising: - installing a connectivity function and a messaging centre that are operationally coupled to each other, wherein the connectivity function is operationally coupled to the e-mail server and maintains a first association between the e-mail address, the permanent terminal identity and encryption information, and wherein the messaging centre is operationally coupled to the access network and maintains a second association between the permanent terminal identity or e-mail address and the temporary wireless identity in the access network; - the connectivity function detecting the e-mail message at the e-mail server, encrypting at least part of the e-mail message to create an encrypted e-mail message and sending the encrypted e-mail message to the messaging centre; - the messaging centre detecting the encrypted e-mail message and sending it via the access network to the mobile terminal; - the mobile terminal receiving and decrypting encrypted e-mail message; wherein: - the e-mail message is identified by the e-mail address whilst the e-mail is between the e-mail server and the connectivity function; - the e-mail message is identified by the permanent terminal identity whilst the e-mail is between the connectivity function and the messaging centre; and - the e-mail message is identified by the temporary identity whilst the e-mail is between the messaging centre and the mobile terminal. - installing a connectivity function and a messaging centre that are operationally coupled to each other, wherein the connectivity function is operationally coupled to the e-mail server and maintains a first association between the e-mail address, the permanent terminal identity and encryption information, and wherein the messaging centre is operationally coupled to the access network and maintains a second association between the permanent terminal identity or e-mail address and the temporary wireless identity in the access network; - the connectivity function detecting the e-mail message at the e-mail server, encrypting at least part of the e-mail message to create an encrypted e-mail message and sending the encrypted e-mail message to the messaging centre; - the messaging centre detecting the encrypted e-mail message and sending it via the access network to the mobile terminal; - the mobile terminal receiving and decrypting encrypted e-mail message; - the e-mail message is identified by the e-mail address whilst the e-mail is between the e-mail server and the connectivity function; - the e-mail message is identified by the permanent terminal identity whilst the e-mail is between the connectivity function and the messaging centre; and - the e-mail message is identified by the temporary identity whilst the e-mail is between the messaging centre and the mobile terminal.
A direction-finding antenna, comprising: a first set of radiating elements (102A-D) configured to radiate at a first wavelength, λ 1, wherein the first set of radiating elements defines a first circle having a first radius with a first phase center distance between about 0.15λ 1 and 0.20λ 1; a second set of radiating elements (104A-D) configured to radiate at a second wavelength, λ 2, that is shorter than the first wavelength, λ 1, wherein the second set of radiating elements defines a second circle having a second radius with a second phase center distance between about 0.15λ 2 and 0.20λ 2, the second radius of the second circle is smaller than the first radius of the first circle, and the second set of radiating elements includes smaller radiating elements than the first set of radiating elements, wherein the first circle and the second circle are concentric; a transmission line-based multiplexer coupled to the first set of radiating elements and the second set of radiating elements, the transmission line-based multiplexer configured to selectively couple the first set of radiating elements or the second set of radiating elements to a radio frequency, RF, feed line, wherein the transmission line-based multiplexer is configured to sample all the radiating elements in a selected set simultaneously or at least partially in parallel. a first set of radiating elements (102A-D) configured to radiate at a first wavelength, λ 1, wherein the first set of radiating elements defines a first circle having a first radius with a first phase center distance between about 0.15λ 1 and 0.20λ 1; a second set of radiating elements (104A-D) configured to radiate at a second wavelength, λ 2, that is shorter than the first wavelength, λ 1, wherein the second set of radiating elements defines a second circle having a second radius with a second phase center distance between about 0.15λ 2 and 0.20λ 2, the second radius of the second circle is smaller than the first radius of the first circle, and the second set of radiating elements includes smaller radiating elements than the first set of radiating elements, wherein the first circle and the second circle are concentric; a transmission line-based multiplexer coupled to the first set of radiating elements and the second set of radiating elements, the transmission line-based multiplexer configured to selectively couple the first set of radiating elements or the second set of radiating elements to a radio frequency, RF, feed line, wherein the transmission line-based multiplexer is configured to sample all the radiating elements in a selected set simultaneously or at least partially in parallel.
A composition comprising at least one calcium-chelating substance with blood clotting inhibition activity and further comprising a thermostable peptide of at most 42 amino acids which inhibits contact activation of the blood clotting system, said peptide comprising the consensus amino acid sequence: RVCPXILMXCKKDSDCLAECXCLEHGYCG (SEQ ID NO: 7), wherein X at position 5 is K or R or an analog of R, preferably R or an analog of R; X at position 9 is E or K, preferably K; and X at position 21 is I or V, preferably V, wherein an analog of Arg is selected from the group consisting of: monomethylarginine, symmetric and asymmetric dimethylarginine, canaline, δ-guanidino α-amino butyric acid, homoarginine, canavanine, and citrulline, and wherein said calcium-chelating substance is selected from citrate or a salt of citrate and is present in a concentration of 55mM to 260mM.
A method for securing data, the method comprising: receiving, using a hardware processor a request for a security operation from a first virtual machine operating in a host operating system of a first device, wherein the security operation is to be performed by one of a plurality of security modules including a first security module and a second security module; in response to receiving the request: determining whether the second security module is available to execute the request; selecting the first security module, implemented in a kernel of the host operating system, from the plurality of security modules, in response to determining that the second security module is not available to execute the request; and executing the security operation at the first security module; and providing a result of the security operation to the first virtual machine. receiving, using a hardware processor a request for a security operation from a first virtual machine operating in a host operating system of a first device, wherein the security operation is to be performed by one of a plurality of security modules including a first security module and a second security module; in response to receiving the request: determining whether the second security module is available to execute the request; selecting the first security module, implemented in a kernel of the host operating system, from the plurality of security modules, in response to determining that the second security module is not available to execute the request; and executing the security operation at the first security module; and providing a result of the security operation to the first virtual machine. determining whether the second security module is available to execute the request; selecting the first security module, implemented in a kernel of the host operating system, from the plurality of security modules, in response to determining that the second security module is not available to execute the request; and executing the security operation at the first security module; and providing a result of the security operation to the first virtual machine.
A method of processing an operation on data with a graphics processing unit and memory, the method comprising the steps of: creating an accumulation buffer of the data for accumulating changes to the data creating a separate buffer from a portion of the data of the accumulation buffer; reading the data from the separate buffer with the graphics processing unit; creating the results by operating on the data read from the separate buffer with the operation using the graphics processing unit; and writing the results onto the portion of the data of the accumulation buffer corresponding to the separate buffer. creating an accumulation buffer of the data for accumulating changes to the data creating a separate buffer from a portion of the data of the accumulation buffer; reading the data from the separate buffer with the graphics processing unit; creating the results by operating on the data read from the separate buffer with the operation using the graphics processing unit; and writing the results onto the portion of the data of the accumulation buffer corresponding to the separate buffer.
An access controller, AC, configured to: receive an encrypted management frame from an access point, AP, associated with the AC; decrypt the encrypted management frame; send the decrypted management frame to the AP; receive an unencrypted response management frame from the AP; encrypt the unencrypted response management frame; and send the encrypted response management frame to the AP. receive an encrypted management frame from an access point, AP, associated with the AC; decrypt the encrypted management frame; send the decrypted management frame to the AP; receive an unencrypted response management frame from the AP; encrypt the unencrypted response management frame; and send the encrypted response management frame to the AP.
Tweezers (1, 2, 3, 4, 5, 6, 8, 16, 17, 22) having elasticity, comprising a pair of gripping sections for gripping an object with tips of the gripping sections at a tip side of the tweezers, the pair of gripping sections comprising a one-side gripping section (10, 80, 160, 160, 170) and an other-side gripping section (11, 20, 30 40, 81, 161, 171, 25) arranged opposite the one-side gripping section (10, 80, 464 160, 170), wherein the tips of the gripping sections extend towards each other at the tip side of the tweezers, wherein the gripping sections each comprise a gripping surface, wherein the gripping surfaces are arranged opposing each other, wherein a rear end of the other-side gripping surface (11a, 20a, 81a, 161a, 171a, 25a) of the other-side gripping section (11, 20, 30, 40, 81, 161, 171) is located closer to a tip side of the tweezers (1, 2, 3, 4, 5, 6, 8, 16, 17, 22) than a rear end of a one-side gripping surface (10a 80a, 160a, 170a) of the one-side gripping section (10, 80, 160, 170), and a gripped object (93, 95) is gripped between the one-side gripping surface (10a, 80a, 160a, 170a) and the other-side gripping surface (11, 20, 30, 40, 81, 161, 171), wherein the one-side gripping surface (10a, 80a) is a plane, and the other-side gripping surface (11a, 81a, 25a) is a reduction plane formed by cutting out a rear end side of an opposing plane symmetrically formed with the plane. a pair of gripping sections for gripping an object with tips of the gripping sections at a tip side of the tweezers, the pair of gripping sections comprising a one-side gripping section (10, 80, 160, 160, 170) and an other-side gripping section (11, 20, 30 40, 81, 161, 171, 25) arranged opposite the one-side gripping section (10, 80, 464 160, 170), wherein the tips of the gripping sections extend towards each other at the tip side of the tweezers, wherein the gripping sections each comprise a gripping surface, wherein the gripping surfaces are arranged opposing each other, wherein a rear end of the other-side gripping surface (11a, 20a, 81a, 161a, 171a, 25a) of the other-side gripping section (11, 20, 30, 40, 81, 161, 171) is located closer to a tip side of the tweezers (1, 2, 3, 4, 5, 6, 8, 16, 17, 22) than a rear end of a one-side gripping surface (10a 80a, 160a, 170a) of the one-side gripping section (10, 80, 160, 170), and a gripped object (93, 95) is gripped between the one-side gripping surface (10a, 80a, 160a, 170a) and the other-side gripping surface (11, 20, 30, 40, 81, 161, 171), wherein the one-side gripping surface (10a, 80a) is a plane, and the other-side gripping surface (11a, 81a, 25a) is a reduction plane formed by cutting out a rear end side of an opposing plane symmetrically formed with the plane.
An electrical power module comprising power components (21, 22) and supports, each comprising at least one metal portion (31; 32), the metal portions of the supports forming a substrate of the electrical power module, each power component being fastened to two metal portions of two distinct supports by being positioned between said two metal portions, the electrical power module being arranged in such a manner that electrical power currents going to or coming from the power components flow in the metal portions of the supports, at least one support (30c, 30e) comprising two angled metal portions that are angled relative to each other at an angle that is greater than 0°, characterized in that the two angled metal portions are mutually orthogonal, and in that a distinct power component being fastened to each of said two angled metal portions.
A method of operating a semiconductor device that includes a variable resistance device, the method comprising: (a) applying (310,410) a set voltage Vset to the variable resistance device; (b) applying (320,420) a reset voltage Vreset to the variable resistance device so as to change a resistance value of the variable resistance device from a set resistance value to a reset resistance value that is greater than the set resistance value, the; (c) applying (330,430) a read voltage to the variable resistance device, and sensing a reset current flowing through the variable resistance device, wherein the read voltage is lower than the reset voltage; (d) determining (340,440) whether the reset current falls within a first range of current; and if the reset current does not fall within the first range of current, and the current is greater than the maximum value of the first range of current, increasing (350,450) the absolute magnitude value of the reset voltage Vreset and repeating the steps from (b) to (d); if the reset current does not fall within the first range of current and the current is less than the minimum value of the first range of current, applying (360,410) a set voltage Vset to the variable resistance device and repeating steps (b) to (d); if the reset current does fall within the first range of current, further determining (370, 460) whether the reset current falls within a second range of current; and if the reset current does not fall within the second range of current, repeating the steps starting from step (b). (a) applying (310,410) a set voltage Vset to the variable resistance device; (b) applying (320,420) a reset voltage Vreset to the variable resistance device so as to change a resistance value of the variable resistance device from a set resistance value to a reset resistance value that is greater than the set resistance value, the; (c) applying (330,430) a read voltage to the variable resistance device, and sensing a reset current flowing through the variable resistance device, wherein the read voltage is lower than the reset voltage; (d) determining (340,440) whether the reset current falls within a first range of current; and
Improved low power therapy laser device comprising a housing which has a wider head portion that has a hollow cavity, a laser light source arranged in the housing, a beam expander arranged in the beam path of the laser and also diverting lenses, and the hollow cavity of the head portion is closed at the front by a transparent closing element, characterized in that in the cavity of the head portion in an even circular distribution at least three lasers (12a, 12b, 12c 12d) are provided, and in front of them respective beam expanders (18a, 18b, 18c and 18d) are arranged, the beam expanders (18a, 18b, 18c and 18d) contact and support each other along respective surfaces, and the diverting lenses are provided on the frontal surfaces of the beam expanders (18a, 18b, 18c and 18d) and are made as small swellings, said diverting lenses are arranged along a raster and have the task of providing a more efficient diverting of the trough-passing light, and the laser light leaving the face plane of the closing element is distributed throughout the whole closing element and scattered to such an extent that in the deeper areas the components coming from the different laser sources get added to each other.
A method of constructing a building that includes installing pipework in a building, wherein installing pipework includes the steps of: installing one or more debris traps in pipework during construction of the pipework, wherein the or each debris trap including a debris trapping device; and removing the one or more debris trapping devices near to the end of the construction process after the installation of the pipework is completed; characterised in that the or each debris trap includes: a housing, the housing including an inlet and an outlet and a fluid flow passage extending from the inlet to the outlet; the housing further including an inspection opening and an inspection cover which is removable to allow access to the fluid flow passage; wherein the debris trapping device is arranged to lie across the fluid flow passage; the debris trapping device may be introduced to, or withdrawn from, the housing through the inspection opening. installing one or more debris traps in pipework during construction of the pipework, wherein the or each debris trap including a debris trapping device; and removing the one or more debris trapping devices near to the end of the construction process after the installation of the pipework is completed; characterised in that the or each debris trap includes: a housing, the housing including an inlet and an outlet and a fluid flow passage extending from the inlet to the outlet; the housing further including an inspection opening and an inspection cover which is removable to allow access to the fluid flow passage; wherein the debris trapping device is arranged to lie across the fluid flow passage; the debris trapping device may be introduced to, or withdrawn from, the housing through the inspection opening. a housing, the housing including an inlet and an outlet and a fluid flow passage extending from the inlet to the outlet; the housing further including an inspection opening and an inspection cover which is removable to allow access to the fluid flow passage; wherein the debris trapping device is arranged to lie across the fluid flow passage; the debris trapping device may be introduced to, or withdrawn from, the housing through the inspection opening.
Motor vehicle lamp having a plurality of light sources, the luminous fluxes of which can be opened and closed independently of one another, and having an optics (14, 16) which is set up to produce a light distribution in conformity with the regulations from the jointly opened luminous fluxes of the light sources, characterised in that the optics has at least one primary optics and one secondary optics, and in that the primary optics is set up to illuminate a different partial area of the secondary optics system with a luminous flux of a first light source of the plurality of light sources than with a second light source of the plurality of light sources, wherein the light sources and the at least one primary optics are set up and arranged to produce differently oriented light beams, in particular having different main radiation directions, which illuminate different areas of the secondary optics overlapping in pairs, wherein the focal length of the secondary optics is greater than the focal length of the primary optics, the distance of the primary optics from the secondary optics is less than the focal length of the secondary optics, the light source is placed between the primary optics and its object-side focal point so that a virtual light source image is created, and wherein the secondary optics is focused on said virtual light source image.
A in vitro method of predicting or assessing the level of severity of cancer in a patient and/or overall survival of a patient, diagnosed with chronic lymphocytic leukemia comprising: measuring the expression levels of the alpha and beta isoforms of SET in a biological sample from a patient and; determining the total SET (alpha + beta isoforms) expression levels or determining the ratio of the SET alpha isoform to the SET beta isoform in the biological sample; and comparing the expression levels of the SET alpha isoform or the total SET in the biological sample to the levels of SET alpha or total SET in a control sample or to a standard value or comparing the ratio of SET alpha isoform to SET beta isoform to the ratio in a control sample or a standard value, wherein an increase in the expression levels of the SET alpha isoform or the total SET is indicative of a more severe form of cancer in the patient, or an increase in the ratio of SET alpha isoform to SET beta isoform relative to the control sample or standard value is indicative of a more severe form of cancer in the patient and/or of a shorter overall survival of the patient. measuring the expression levels of the alpha and beta isoforms of SET in a biological sample from a patient and; determining the total SET (alpha + beta isoforms) expression levels or determining the ratio of the SET alpha isoform to the SET beta isoform in the biological sample; and comparing the expression levels of the SET alpha isoform or the total SET in the biological sample to the levels of SET alpha or total SET in a control sample or to a standard value or comparing the ratio of SET alpha isoform to SET beta isoform to the ratio in a control sample or a standard value, wherein an increase in the expression levels of the SET alpha isoform or the total SET is indicative of a more severe form of cancer in the patient, or an increase in the ratio of SET alpha isoform to SET beta isoform relative to the control sample or standard value is indicative of a more severe form of cancer in the patient and/or of a shorter overall survival of the patient.
Device for fastening and adjusting carding strips in a carding engine or web-forming machine, wherein at least one carding strip is fastened to at least one intermediate carrier, and characterised in that, for adjustment of a carding gap, this intermediate carrier has more than two adjustment options across the working width, with which the intermediate carrier is adjustably fastened to at least one main carrier and this main carrier is fastened to a machine frame, side plates or arches.