mhurhangee/ep-ind-claims huggingface dataset:
A control resource configuration method, comprising: receiving, by a terminal side apparatus from a network side apparatus, first signaling indicating a search space, wherein a monitoring periodicity and a monitoring occasion in time domain is configured for the terminal side apparatus; characterized in that the search space comprises a plurality of monitoring locations in frequency domain for one monitoring occasion, and the monitoring locations are used to monitor a physical downlink control channel, PDCCH, by the terminal side apparatus; the first signaling comprises a third field, and the third field indicates a quantity of PDCCH candidates at each monitoring location corresponding to different aggregation levels; and by monitoring, by the terminal side apparatus, the PDCCH in the search space. receiving, by a terminal side apparatus from a network side apparatus, first signaling indicating a search space, wherein a monitoring periodicity and a monitoring occasion in time domain is configured for the terminal side apparatus; characterized in that the search space comprises a plurality of monitoring locations in frequency domain for one monitoring occasion, and the monitoring locations are used to monitor a physical downlink control channel, PDCCH, by the terminal side apparatus; the first signaling comprises a third field, and the third field indicates a quantity of PDCCH candidates at each monitoring location corresponding to different aggregation levels; and by monitoring, by the terminal side apparatus, the PDCCH in the search space.
A composition comprising an isolated pair of polynucleotide primers comprising at least 10 but fewer than 600 contiguous nucleotide residues of a coding sequence of a human IDH1 or IDH2 protein found in a human tumor or its complement, wherein in one of said pair of polynucleotide primers said at least 10 contiguous nucleic acid residues comprise: nucleotides 394 and/or 395 of the IDH1 coding sequence, wherein said nucleotides are not C or T at nucleotide 394 and/or are not G at nucleotide 395, respectively; nucleotide 515 of the IDH2 coding sequence, wherein said nucleotide 515 is not a G; the complement of nucleotides 394 and/or 395 of IDH1 coding sequence, wherein said nucleotides are not G or A at the complement of nucleotide 394 and/or are not C at the complement of nucleotide 395, respectively; or the complement of nucleotide 515 of IDH2 coding sequence, wherein said complement of nucleotide 515 is not a C. nucleotides 394 and/or 395 of the IDH1 coding sequence, wherein said nucleotides are not C or T at nucleotide 394 and/or are not G at nucleotide 395, respectively; nucleotide 515 of the IDH2 coding sequence, wherein said nucleotide 515 is not a G; the complement of nucleotides 394 and/or 395 of IDH1 coding sequence, wherein said nucleotides are not G or A at the complement of nucleotide 394 and/or are not C at the complement of nucleotide 395, respectively; or the complement of nucleotide 515 of IDH2 coding sequence, wherein said complement of nucleotide 515 is not a C.
A method for adding a new WiFi device (122, 202) to a secure wireless network, the method comprising: receiving, at a security system management device (108, 208), protocol and key information for establishing a connection as a client device to the WiFi device (122, 202), wherein the protocol and key information is received in response to a user transmitting an identifier for the WiFi device (122, 202) to a service provider system (106, 206); establishing communication with the WiFi device (122, 202) via the internet protocol, wherein the WiFi device (122, 202) is acting as an access point device; exchanging keys with the WiFi device (122, 202); rebooting the security system management device (108, 208) to become an access point for the secure wireless network; and establishing communication with the WiFi device (122, 202)) via the internet protocol, wherein the WiFi device (122, 202) has become a wireless client. receiving, at a security system management device (108, 208), protocol and key information for establishing a connection as a client device to the WiFi device (122, 202), wherein the protocol and key information is received in response to a user transmitting an identifier for the WiFi device (122, 202) to a service provider system (106, 206); establishing communication with the WiFi device (122, 202) via the internet protocol, wherein the WiFi device (122, 202) is acting as an access point device; exchanging keys with the WiFi device (122, 202); rebooting the security system management device (108, 208) to become an access point for the secure wireless network; and establishing communication with the WiFi device (122, 202)) via the internet protocol, wherein the WiFi device (122, 202) has become a wireless client.
A switching element unit characterized by comprising: a switching element having a first main terminal and a second main terminal; and a smoothing capacitor having a first terminal and a second terminal and being adapted to suppress variation in DC voltage to be supplied to the switching element, characterised in that an element mounting surface formed in an outer surface of the smoothing capacitor is formed integrally with a dielectric portion interposed between electrodes of the smoothing capacitor, a capacitor connection electrode as an electrode that is electrically connected to the second terminal of the smoothing capacitor is formed on the element mounting surface, the switching element is placed on the element mounting surface such that the second main terminal of the switching element is electrically connected to the capacitor connection electrode, the switching element has an opposing mounting surface facing the element mounting surface, the switching element is placed on the element mounting surface so that the opposing mounting surface contacts the element mounting surface directly or via a bonding member, and the second main terminal is electrically connected to a supply source of the DC voltage and included on the opposing mounting surface of the switching element. a switching element having a first main terminal and a second main terminal; and a smoothing capacitor having a first terminal and a second terminal and being adapted to suppress variation in DC voltage to be supplied to the switching element, characterised in that an element mounting surface formed in an outer surface of the smoothing capacitor is formed integrally with a dielectric portion interposed between electrodes of the smoothing capacitor, a capacitor connection electrode as an electrode that is electrically connected to the second terminal of the smoothing capacitor is formed on the element mounting surface, the switching element is placed on the element mounting surface such that the second main terminal of the switching element is electrically connected to the capacitor connection electrode, the switching element has an opposing mounting surface facing the element mounting surface, the switching element is placed on the element mounting surface so that the opposing mounting surface contacts the element mounting surface directly or via a bonding member, and the second main terminal is electrically connected to a supply source of the DC voltage and included on the opposing mounting surface of the switching element.
A method for updating thumbnail images in a thumbnail list, comprising: generating a plurality of thumbnail images based on different television channels; providing a thumbnail list including a portion of at least two, or all of, the plurality of the generated thumbnail images for output to a display; updating the thumbnail list such that images in the thumbnail image list are changed, wherein a frequency of change in an image corresponding to a broadcast signal of a channel that has started a new program is greater than a frequency of change in other thumbnail images in the thumbnail list during a prescribed time period; and providing the updated thumbnail list for output to a display. generating a plurality of thumbnail images based on different television channels; providing a thumbnail list including a portion of at least two, or all of, the plurality of the generated thumbnail images for output to a display; updating the thumbnail list such that images in the thumbnail image list are changed, wherein a frequency of change in an image corresponding to a broadcast signal of a channel that has started a new program is greater than a frequency of change in other thumbnail images in the thumbnail list during a prescribed time period; and providing the updated thumbnail list for output to a display.
Method for producing a laminate (10, 16, 26, 56) from at least two films/foils (1, 2, 3, 31, 61, 62), whereby at least one first film/foil (1, 31, 61) is being structured and then laminated to at least one second film/foil (2, 3, 62), whereby the at least one second film/foil (2, 3, 62) is being punched by at least one tool (6, 12, 66) and simultaneously being laminated to the structured first film/foil (1, 31, 61) in a single working step, whereby the films/foils (1, 2, 3, 31, 61, 62) are conveyed, at last part of the time, to the at least one tool (6, 12, 66), characterised in that, prior to the punch-lamination, positioning holes (33, 63) are punched into the first film/foil (1, 31, 61) as position markers and in that the at least one tool (6, 12, 66) engages the positioning holes (33, 63) by means of at least one guide pin and thus is being positioned with respect to the first film/foil (1, 31, 61) before the at least one second film/foil (2, 3, 62) is punched and laminated to the structured first film/foil (1, 31, 61) by the at least one tool (6, 12, 66).
THz frequency range antenna comprising: a semiconductor film having a surface adapted to exhibit surface plasmons in the THz frequency range, wherein the surface of the semiconductor film is structured to form an antenna structure arranged to support localized surface plasmon resonances in the THz frequency range, wherein the semiconductor film is provided on a piezoelectric material. a semiconductor film having a surface adapted to exhibit surface plasmons in the THz frequency range,
A decoring machine for decoring cast workpieces, comprising: - a machine frame, which is installable at a machine base; - a machine table, which is coupled to the machine frame by means of a mounting bracket, wherein the machine table is mounted by means of the mounting bracket so as to be movable relative to the machine frame at least in a main direction of movement; - a first eccentric mass, which is mounted in a rotatable manner on the machine table; - a second eccentric mass, which is mounted in a rotatable manner on the machine table, wherein the second eccentric mass is driven in the opposite direction to the first eccentric mass; - a workpiece carrier for receiving the cast workpiece to be decored, characterized in that the workpiece carrier is coupled to the machine table by means of a rotary mounting, wherein the rotary mounting is configured in such a way that the workpiece carrier is mounted so as to be rotatable about a horizontal axis of rotation relative to the machine table. - a machine frame, which is installable at a machine base; - a machine table, which is coupled to the machine frame by means of a mounting bracket, wherein the machine table is mounted by means of the mounting bracket so as to be movable relative to the machine frame at least in a main direction of movement; - a first eccentric mass, which is mounted in a rotatable manner on the machine table; - a second eccentric mass, which is mounted in a rotatable manner on the machine table, wherein the second eccentric mass is driven in the opposite direction to the first eccentric mass; - a workpiece carrier for receiving the cast workpiece to be decored,
A method for configuring information for measuring of a multi-carrier system, comprising: determining by a terminal whether a frequency of a target primary component carrier, PCC, exists in a configuration information for measuring when inter-frequency handover or inter-frequency radio resource control, RRC, connection re-establishment are completed successfully, if it exists, exchanging relevant configuration information for measuring of a source PCC with that of a target PCC; and deleting or reserving relevant configuration information for measuring of a secondary component carrier, SCC, or exchanging relevant configuration information for measuring of the source SCC with that of the target SCC. determining by a terminal whether a frequency of a target primary component carrier, PCC, exists in a configuration information for measuring when inter-frequency handover or inter-frequency radio resource control, RRC, connection re-establishment are completed successfully, if it exists, exchanging relevant configuration information for measuring of a source PCC with that of a target PCC; and deleting or reserving relevant configuration information for measuring of a secondary component carrier, SCC, or exchanging relevant configuration information for measuring of the source SCC with that of the target SCC.
A parallel-adjusting device for the arrangement between a frame and a wing of a window or a door, with two first scissor arms (31, 32) which are pivoted in each case in a pivot bearing (37, 38) arranged on a first guide and from which the one is additionally axially movably mounted in one of the pivot bearings, wherein the scissor arms (31, 32) are coupled to each other in a central scissor hinge, wherein the parallel adjusting device has two second scissor arms (33, 34), which in each case are coupled with the first scissor arms (31, 32) in a free scissor hinge (35, 35b) at the end, and which in each case are pivoted in a pivot bearing (37, 38) arranged on a second guide and from which the one is additionally axially movably mounted in a pivot bearing arranged on the second guide and wherein the second scissor arms (31, 32) are coupled to each other in a central scissor hinge, characterized in that the scissor arms (31, 32, 33, 34) in each case have an increment (31.2, 32,2, 33.2, 34,2) and in each case a recess (31.1, 32.1, 33.1, 34.1), so that the scissor arms (31, 32, 33, 34) can engage behind each other or encompass each other.
A tube with a spout, a tube shoulder, a tube body and an insert for dispensing liquid content in the form of drops, wherein the insert is provided with an annular indentation, the annular indentation dividing the insert into a proximal part and a distal part that are connected by a shaft, wherein both the proximal part and the distal part comprise a notch (16; 18) extending in the longitudinal direction on the respective outer wall, wherein the insert comprises a stop element attached to the distal end of the distal part, with the diameter of the stop element being larger than the diameter of the distal part, wherein the stop element comprises a recess, the insert being inserted into the spout such that the stop element of the insert abuts on the tube shoulder, wherein the outer diameter of the proximal part and the outer diameter of the distal part of the insert match the inner diameter of the spout, and that a throttling passage is formed by the notches (16; 17) of the proximal part and of the distal part and by the inner wall of the spout, through which liquid content of the tube body must pass before being dispensed.
Method for producing an organic electronic component comprising the following steps: A) producing at least one functional layer stack with the following substeps: A1) providing a flexible first substrate, A2) applying at least one organic layer in large-area fashion on the first substrate by means of a coil coating plant, and A3) singulating the first substrate with the at least one organic layer into a plurality of functional layer stacks, B) providing a second substrate, which has a lower flexibility and a higher impermeability with respect to moisture and oxygen than the first substrate, and C) applying the at least one of the plurality of the functional layer stacks with a surface of the first substrate remote from the organic layer on the second substrate. A) producing at least one functional layer stack with the following substeps: A1) providing a flexible first substrate, A2) applying at least one organic layer in large-area fashion on the first substrate by means of a coil coating plant, and A3) singulating the first substrate with the at least one organic layer into a plurality of functional layer stacks, A1) providing a flexible first substrate, A2) applying at least one organic layer in large-area fashion on the first substrate by means of a coil coating plant, and A3) singulating the first substrate with the at least one organic layer into a plurality of functional layer stacks, B) providing a second substrate, which has a lower flexibility and a higher impermeability with respect to moisture and oxygen than the first substrate, and C) applying the at least one of the plurality of the functional layer stacks with a surface of the first substrate remote from the organic layer on the second substrate.
A computer-implemented method for processing activity records, the method comprising: obtaining an activity record; generating an anonymization dictionary, wherein generating the anonymization dictionary comprises: detecting, in the activity record, a plurality of target entities to be anonymized; determining a resource is associated with a set of target entities of the plurality of target entities; after said determining: assigning an anonymized identity to the set of target entities; generating an anonymized identifier for each target entity in the set of target entities to obtain a plurality of anonymized identifiers, each anonymized identifier of the plurality of anonymized identifiers comprising the anonymized identity; processing the activity record by replacing the plurality of target entities with their anonymized identifiers from the anonymization dictionary to obtain an anonymized activity record; and storing the anonymized activity record. obtaining an activity record; generating an anonymization dictionary, wherein generating the anonymization dictionary comprises: detecting, in the activity record, a plurality of target entities to be anonymized; determining a resource is associated with a set of target entities of the plurality of target entities; after said determining: assigning an anonymized identity to the set of target entities; generating an anonymized identifier for each target entity in the set of target entities to obtain a plurality of anonymized identifiers, each anonymized identifier of the plurality of anonymized identifiers comprising the anonymized identity; detecting, in the activity record, a plurality of target entities to be anonymized; determining a resource is associated with a set of target entities of the plurality of target entities; after said determining: assigning an anonymized identity to the set of target entities; generating an anonymized identifier for each target entity in the set of target entities to obtain a plurality of anonymized identifiers, each anonymized identifier of the plurality of anonymized identifiers comprising the anonymized identity; assigning an anonymized identity to the set of target entities; generating an anonymized identifier for each target entity in the set of target entities to obtain a plurality of anonymized identifiers, each anonymized identifier of the plurality of anonymized identifiers comprising the anonymized identity; processing the activity record by replacing the plurality of target entities with their anonymized identifiers from the anonymization dictionary to obtain an anonymized activity record; and storing the anonymized activity record.
Process for seeking rare characteristic cells in a biological fluid for diagnosis purposes, said process comprising the step of: a) treatment of a sample of a biological fluid for lysis of the cells that are of no interest; b) vertical filtration of the treated sample obtained at step a) through a filter comprising pores calibrated to a size of between 3 μm and 100 μm and the density of which is between 3 x 10 3 and 5 x 10 6 per cm 2, said filter comprising at least one elementary filtration area, each elementary filtration area having a surface equal to that of a disk with a diameter of between 0.6 cm and 3 cm, and the number of elementary filtration areas being chosen so that the ratio of the volume of the fluid to be filtered and the sum of the surfaces of the elementary filtration areas is between 0.14 ml/cm 2 and 40 ml/cm 2; and, c) analysis of the cells retained on each of the elementary filtration areas of the filter used to filter the sample. a) treatment of a sample of a biological fluid for lysis of the cells that are of no interest; b) vertical filtration of the treated sample obtained at step a) through a filter comprising pores calibrated to a size of between 3 μm and 100 μm and the density of which is between 3 x 10 3 and 5 x 10 6 per cm 2, said filter comprising at least one elementary filtration area, each elementary filtration area having a surface equal to that of a disk with a diameter of between 0.6 cm and 3 cm, and the number of elementary filtration areas being chosen so that the ratio of the volume of the fluid to be filtered and the sum of the surfaces of the elementary filtration areas is between 0.14 ml/cm 2 and 40 ml/cm 2; and, c) analysis of the cells retained on each of the elementary filtration areas of the filter used to filter the sample.
The manner of production of a white-light emitting diode with a single crystal phosphor placed over a chip selected from the InGaN, GaN or AIGaN group, where the single crystal phosphor is on the basis of hosts of LuYAG and/or YAP and/or GGAG doped with atoms selected from the Ce 3+, Ti 3+, Cr 3+, Eu 2+, Sm 2+, B 3+, C, Gd 3+ or Ga 3+ group, wherein the single crystal phosphor is created from the monocrystalline ingot grown from the melt with a method selected from the Czochralski, HEM, Badgasarov, Kyropoulos or EFG group and is cut with a diamond-charged saw into monocrystalline slabs with the thickness of 0.2 to 2 mm, which are subsequently cut with a diamond disk saw or pulse laser, water jet with abrasive or their combination into individual plates (21.1) of the single crystal phosphor with the external sides from 1 to 5 mm and are provided with grooves or cut-outs in the place of electrical contacting of the chips with a gold or silver wire.
A particle composition comprising particles selected from silica, alumina, ceria and titania, surface-treated with a first hydrophobicity-imparting agent, which particles are hydrophobic, non-aggregated, have a tap density of 75 g/L to 650 g/L, and have a content of free alkali metal cations of 0.2 wt.% or less, and wherein the first hydrophobicity-imparting agent is an alkoxysilane compound selected from the group consisting of monoalkoxysilane compounds, dialkoxysilane compounds, and trialkoxysilane compounds.