mhurhangee/ep-ind-claims huggingface dataset:
A method for processing a residual product that contains mercury, such as flat screen, which method comprises the steps of: a. reducing the residual product, thereby obtaining particles having a suitable size, said particles having a diameter of less than 20 cm, preferably less than 12 cm, more preferably less than 8 cm, even more preferably less than 3.8 cm; b. heating said particles to a temperature within the range of 30 °C to 120 °C for a period of 5 - 120 minutes, thereby producing mercury vapour, and c. immobilising mercury vapour. a. reducing the residual product, thereby obtaining particles having a suitable size, said particles having a diameter of less than 20 cm, preferably less than 12 cm, more preferably less than 8 cm, even more preferably less than 3.8 cm; b. heating said particles to a temperature within the range of 30 °C to 120 °C for a period of 5 - 120 minutes, thereby producing mercury vapour, and c. immobilising mercury vapour.
Fluid injection valve comprising - a valve body having a central longitudinal axis and defining a cavity which hydraulically couples a fluid inlet portion with a fluid outlet portion of the fluid injection valve, - a valve needle arranged in the cavity, being operable to seal the fluid outlet portion in a closing position and being axially displaceable in a first axial direction with respect to the valve body for unsealing the fluid outlet portion, - an electromagnetic actuator assembly comprising a pole piece and an armature, the pole piece being positionally fix with respect to the valve body, the armature being arranged in the cavity and being axially displaceable with respect to the pole piece and with respect to the valve needle, wherein - the valve needle comprises a retainer element which is operable to interact with the armature to limit axial displacement of the armature with respect to the valve needle in the first axial direction, is operable to contact the pole piece for limiting axial displacement of the valve needle with respect to the pole piece in the first axial direction, and is in the shape of a collar extending circumferentially around a needle shaft of the valve needle, and - the retainer element has a first portion which extends into a central opening of the pole piece for axially guiding the valve needle, characterized in that the retainer element has a second portion which protrudes radially beyond the first portion and the central opening of the pole piece has a step so that it has a first section in which the first portion of the retainer element is arranged and a second section for receiving the second portion of the retainer element, the first section having a smaller cross-sectional area than the second section. - a valve body having a central longitudinal axis and defining a cavity which hydraulically couples a fluid inlet portion with a fluid outlet portion of the fluid injection valve, - a valve needle arranged in the cavity, being operable to seal the fluid outlet portion in a closing position and being axially displaceable in a first axial direction with respect to the valve body for unsealing the fluid outlet portion, - an electromagnetic actuator assembly comprising a pole piece and an armature, the pole piece being positionally fix with respect to the valve body, the armature being arranged in the cavity and being axially displaceable with respect to the pole piece and with respect to the valve needle, - the valve needle comprises a retainer element which is operable to interact with the armature to limit axial displacement of the armature with respect to the valve needle in the first axial direction, is operable to contact the pole piece for limiting axial displacement of the valve needle with respect to the pole piece in the first axial direction, and is in the shape of a collar extending circumferentially around a needle shaft of the valve needle, and - the retainer element has a first portion which extends into a central opening of the pole piece for axially guiding the valve needle, characterized in that
A refrigerating cycle device comprising: a compressor to compress a refrigerant; a motor to generate power for compressing the refrigerant by rotating a rotor with voltage applied to a plurality of wirings (121U, 121V, 121W), the motor being disposed in the compressor; and a wiring switch part to switch between a plurality of wiring states by changing connection between the plurality of wirings (121U, 121V, 121W); wherein when a rotational speed of the rotor exceeds a predetermined value, the wiring switch part switches to a first wiring state of the plurality of wiring states, the first wiring state differing from a second wiring state of the plurality of wiring state, efficiency of the second wiring state being highest at the rotational speed. a compressor to compress a refrigerant; a motor to generate power for compressing the refrigerant by rotating a rotor with voltage applied to a plurality of wirings (121U, 121V, 121W), the motor being disposed in the compressor; and a wiring switch part to switch between a plurality of wiring states by changing connection between the plurality of wirings (121U, 121V, 121W); wherein when a rotational speed of the rotor exceeds a predetermined value, the wiring switch part switches to a first wiring state of the plurality of wiring states, the first wiring state differing from a second wiring state of the plurality of wiring state, efficiency of the second wiring state being highest at the rotational speed.
An anechoic test chamber suitable for testing antennas of such wireless devices under test -DUT- which comprise at least one antenna array (32, 33) having a plurality of spatially distanced or separated multi-input multi-output (MIMO) antennas, the test chamber comprising: a test area having a test surface for receiving the DUT, wherein in a test mode the test surface forms a region of measurement of the DUT, at least one reflector compact antenna test range -CATR- comprising a first measurement antenna and one shaped reflector, wherein the first measurement antenna is arranged inside the test chamber with regard to the shaped reflector such and the shaped reflector is shaped and arranged inside the test chamber such to generate a first quiet zone on the test surface, at least one second measurement antenna, wherein the second measurement antenna is arranged inside the test chamber such to generate a second quiet zone at the test surface such that the second quiet zone is smaller than the first quiet zone and is overlapping the first quiet zone, wherein the second quiet zone is an integral part of the first quiet zone; an input/output terminal for connecting the test chamber to a test equipment, wherein the input/output terminal is connected to the first and second measurement antennas (27, 30). a test area having a test surface for receiving the DUT, wherein in a test mode the test surface forms a region of measurement of the DUT, at least one reflector compact antenna test range -CATR- comprising a first measurement antenna and one shaped reflector, wherein the first measurement antenna is arranged inside the test chamber with regard to the shaped reflector such and the shaped reflector is shaped and arranged inside the test chamber such to generate a first quiet zone on the test surface, at least one second measurement antenna, wherein the second measurement antenna is arranged inside the test chamber such to generate a second quiet zone at the test surface such that the second quiet zone is smaller than the first quiet zone and is overlapping the first quiet zone, wherein the second quiet zone is an integral part of the first quiet zone; an input/output terminal for connecting the test chamber to a test equipment, wherein the input/output terminal is connected to the first and second measurement antennas (27, 30).
Method of defining the display of items of information to be transmitted from a server to a client over a communications network, each of the items of information to be transmitted having at least one information attribute associated with it, in which method - a set of generic rules governing display are determined automatically as a function of a presettable aim of optimisation, with at least one of the generic rules governing display defining at least one display attribute for at least one information attribute; - at least one generic rule governing display is determined or revised automatically as a function of an analysis of at least one item of profile information, the item of profile information being associated with a group profile or individual profile associated with the client or a user of the client; - the information is transmitted to the client and is displayed as a function of the display attribute; characterised in that a chance probability is assessed automatically and it is defined automatically whether at least one generic rule governing display is to be altered in a random manner and, if a generic rule governing display is to be altered, an altered display attribute is defined for this generic rule governing display. - a set of generic rules governing display are determined automatically as a function of a presettable aim of optimisation, with at least one of the generic rules governing display defining at least one display attribute for at least one information attribute; - at least one generic rule governing display is determined or revised automatically as a function of an analysis of at least one item of profile information, the item of profile information being associated with a group profile or individual profile associated with the client or a user of the client; - the information is transmitted to the client and is displayed as a function of the display attribute; characterised in that a chance probability is assessed automatically and it is defined automatically whether at least one generic rule governing display is to be altered in a random manner and, if a generic rule governing display is to be altered, an altered display attribute is defined for this generic rule governing display.
A process for the production of a layer composition with an electrically conductive layer, comprising the process steps: a) provision of a substrate with a substrate surface, wherein the substrate comprises an electrode body of an electrode material, and a dielectric at least partly covers a surface of this electrode material.; b) formation of a polymer layer comprising an electrically conductive polymer on at least a part of the substrate surface, wherein the electrically conductive polymer is poly(3,4-ethylenedioxythiophene); c) application of a liquid stabilizer phase, comprising a stabilizer and a liquid phase, onto the polymer layer from process step b), wherein the stabilizer phase comprises less than 0.2 wt.%, based on the stabilizer phase, of the electrically conductive polymer, wherein the stabilizer is an aromatic compound with at least two OH groups and wherein the stabilizer is tannin. a) provision of a substrate with a substrate surface, wherein the substrate comprises an electrode body of an electrode material, and a dielectric at least partly covers a surface of this electrode material.; b) formation of a polymer layer comprising an electrically conductive polymer on at least a part of the substrate surface, wherein the electrically conductive polymer is poly(3,4-ethylenedioxythiophene); c) application of a liquid stabilizer phase, comprising a stabilizer and a liquid phase, onto the polymer layer from process step b), wherein the stabilizer phase comprises less than 0.2 wt.%, based on the stabilizer phase, of the electrically conductive polymer,
A random access method carried out between a radio communication terminal and a base station apparatus, the random access method comprising the following steps performed by the radio communication terminal: generating a plurality of identical transmission packets by duplicating a transmission packet; assigning the plurality of transmission packets to a random access channel having a plurality of time slots and subcarriers; and transmitting, to the base station apparatus, the plurality of identical transmission packets on at least two consecutive time slots on the same subcarrier, without waiting for a response from the base station apparatus to confirm whether the transmission packets transmitted to RACH are received at the base station, wherein time slots are randomly selected. generating a plurality of identical transmission packets by duplicating a transmission packet; assigning the plurality of transmission packets to a random access channel having a plurality of time slots and subcarriers; and transmitting, to the base station apparatus, the plurality of identical transmission packets on at least two consecutive time slots on the same subcarrier, without waiting for a response from the base station apparatus to confirm whether the transmission packets transmitted to RACH are received at the base station, wherein time slots are randomly selected.
A polyvinyl acetal resin, having a degree of polymerization of 1500 or more to 4500 or less, a content percentage of vinylester unit of 0.01 to 30 mol%, a degree of acetalization of 55 to 83 mol%, and a structural unit represented by Chemical formula: in a molecule, wherein the structural unit represented by Chemical formula is contained in 40 mol% or more relative to the total molar amount of all the acetalized structural units.
A method for wireless communication, comprising: identifying a first synchronization sequence; generating a second synchronization sequence based at least in part on the first synchronization sequence, wherein the second synchronization sequence is a phase-shifted version of the first sequence phase-shifted by a first phase shift; mapping the first synchronization sequence to a first resource block of a synchronization channel associated with a first frequency sub-band of a shared radio frequency spectrum band and the second synchronization sequence to a second resource block associated with a second frequency sub-band of the synchronization channel; and transmitting the first synchronization sequence and the second synchronization sequence concurrently over the synchronization channel using the first resource block and the second resource block according to the mapping. identifying a first synchronization sequence; generating a second synchronization sequence based at least in part on the first synchronization sequence, wherein the second synchronization sequence is a phase-shifted version of the first sequence phase-shifted by a first phase shift; mapping the first synchronization sequence to a first resource block of a synchronization channel associated with a first frequency sub-band of a shared radio frequency spectrum band and the second synchronization sequence to a second resource block associated with a second frequency sub-band of the synchronization channel; and transmitting the first synchronization sequence and the second synchronization sequence concurrently over the synchronization channel using the first resource block and the second resource block according to the mapping.
A computer-implemented method for generating an Internet Protocol Version 6,IPv6, address from an Internet Protocol Version 4,IPv4, address literal comprising: constructing a host name for a domain name query at a first host by combining the IPv4 address literal with a domain name of a first domain name server, the first domain server configured to interpret the host name containing the IPv4 address literal to generate an A record including the IPv4 address; wherein the A record is usable to generate a synthetic IPv6 address, the synthetic IPv6 address including a first portion identifying a network address translation,NAT, 64 server and a second portion identifying an IPv4 host (220, 221, 222) associated with the IPv4 address literal; and receiving the synthetic IPv6 address at the first host, the synthetic IPv6 address usable by the first host to connect to the IPv4 host through the NAT64 server. constructing a host name for a domain name query at a first host by combining the IPv4 address literal with a domain name of a first domain name server, the first domain server configured to interpret the host name containing the IPv4 address literal to generate an A record including the IPv4 address; wherein the A record is usable to generate a synthetic IPv6 address, the synthetic IPv6 address including a first portion identifying a network address translation,NAT, 64 server and a second portion identifying an IPv4 host (220, 221, 222) associated with the IPv4 address literal; and receiving the synthetic IPv6 address at the first host, the synthetic IPv6 address usable by the first host to connect to the IPv4 host through the NAT64 server.
A system for adhering a fastener to a contact surface, the system comprising the fastener and an applicator for holding the fastener; the applicator including a generally planar body having a lower surface, an upper surface, and a receptacle, the receptacle being configured to releasably receive at least a portion of the shaft of the fastener; and at least two legs extending from the body, each leg being movable between a relaxed position and a contact position; wherein each of the at least two legs comprises a foot, wherein each foot comprises an adhesive layer covering at least a portion of the foot; the fastener including a base, the base comprising a centre region, and the shaft, which extends from an upper surface of the centre region, at least a portion of the shaft being disposed in the receptacle at least when the base is in contact with the lower surface of the body; wherein the fastener comprises an adhesive applied to the fastener and covering a ring shaped portion of the fastener, such that the adhesive does not cover the lower surface of the centre region of the base, so as to provide an air gap between the contact surface and the base.
A mobile device comprising a processor which is configured to run at least one of a plurality of threads, said plurality of threads comprising a mobile control thread, a priority adjusting thread and at least one other thread; a scheduler for scheduling threads to be run on said processor dependent on a priority of an thread relative to other threads, a display for displaying data to a user, an input system for a user to input commands, and a communication link for connecting said mobile device to a remote terminal, wherein, when said mobile control thread is running the processor is configured to capture data currently displayed on said display; send said captured data over said communication link; and issue, once said captured data has been sent, an update sent notification to activate said priority adjusting thread; wherein, when said priority adjusting thread is running, the processor is configured to determine, on receipt of an update sent notification, whether a previous update sent notification issued less than a threshold time earlier, and if said determining step is met reduce said priority of said mobile control thread relative to a priority of said at least one other thread and set a timer whereby when said timer expires, said priority of said mobile control thread is increased relative to said priority of said at least one other thread. reduce said priority of said mobile control thread relative to a priority of said at least one other thread and set a timer whereby when said timer expires, said priority of said mobile control thread is increased relative to said priority of said at least one other thread.
A computer implemented method of determining spot positioning for each field associated with a target volume, TV, said method comprising: accessing dose volume constraints and information associated with a TV structure and an associated organs at risk, OAR, structure; determining a respective density map for each of the TV structure and the OAR structure; using a minimum number of Monitor Units, MU, per spot constraint or a minimum number of protons per spot constraint, computing a respective minimum distance between spots for a portion of a field that overlaps with the TV structure and a portion of the field that overlaps with the OAR structure; and applying a rendering process to convert the density maps for each of the portions into a set of points; and using the set of points and the minimum distance between spots computed, determining a respective spot map for each of the portions. accessing dose volume constraints and information associated with a TV structure and an associated organs at risk, OAR, structure; determining a respective density map for each of the TV structure and the OAR structure; using a minimum number of Monitor Units, MU, per spot constraint or a minimum number of protons per spot constraint, computing a respective minimum distance between spots for a portion of a field that overlaps with the TV structure and a portion of the field that overlaps with the OAR structure; and applying a rendering process to convert the density maps for each of the portions into a set of points; and using the set of points and the minimum distance between spots computed, determining a respective spot map for each of the portions.
A process for epoxidation of vegetable oil wherein vegetable oil is reacted with peroxymonosulfate in a reaction mixture comprising a pH-controlled aqueous ketone solution, wherein the reaction mixture has a pH-value of 6 to 9 and has a temperature of 10 to 40 °C, characterised in that the reaction mixture is free of a phase-transfer catalyst.
Method for manufacturing a laminate product comprising at least a laminate layer with a decor sheet, wherein, for forming the laminate layer, at least a decor sheet is formed by providing in a decor application process a decor in the form of a motif on a decor carrier, wherein this decor carrier consists of a continuous material web and subsequently providing said continuous material web with resin by means of a resin application process, wherein, as a result of the resin application process, a deformation will occur in the decor carrier, more particularly, stretching will occur in the decor carrier, characterized in that the decor is applied by means of one or more digital printers and that the global decor during the processing of the material web is controlled in a varying manner by controlling the one or more printers in function of said deformation, wherein for said controlling use is made of a feedback, wherein the dimensions and/or the location of the decor, after the resin application, are detected, and whereby the decor application process is controlled in function thereof.
Electrical switching arrangement having an MID circuit carrier and a printed circuit board, wherein the printed circuit board is arranged on a surface of the MID circuit carrier, and the electrical switching arrangement also comprises at least one electrical contact pair having at least one printed circuit board contact element (50a-c) and at least one MID contact element (60a-c), which is provided on the surface of the MID circuit carrier and arranged opposite the printed circuit board contact element (50a-c), wherein at least one of the electrical contact pairs also has an electrically conductive connecting element (70a-c), which is arranged between the printed circuit board contact element (50a-c) and the MID contact element (60a-c) and electrically connects said printed circuit board contact element and MID contact element to one another, wherein the electrical connecting element (70a-c) is an isotropically or anisotropically conductive adhesive, and wherein the adhesive (70a-70c) also constitutes a mechanical connecting element for fastening printed circuit board and MID circuit carrier, and wherein the printed circuit board is of multi-layered design and comprises an intermediate layer, which is provided for interconnection within the printed circuit board.