mhurhangee/ep-ind-claims huggingface dataset:
An imaging apparatus comprising: an image sensor configured to capture a rear area behind a vehicle and generate a first video image; and a controller configured to: synthesize a guide wall image that indicates a predicted path of the vehicle on a road surface in a display region of the first video image, recognize a detection object (63, 64) in the display region of the first video image, characterised by the following steps synthesize a first recognition wall image on a vehicle side of the detection object (63, 64), wherein the first recognition wall image extends in a height direction from the road surface by a predetermined value and is displayed as a surface having a transmittance that increases as the height from the road surface increases, and synthesize a second recognition wall image in an edge region of a second video image on a side where the detection object (63, 64) is located when the detection object (63, 64) is located outside of the display region; the second video image being a video image corresponding to the display region of the first video image. an image sensor configured to capture a rear area behind a vehicle and generate a first video image; and a controller configured to: synthesize a guide wall image that indicates a predicted path of the vehicle on a road surface in a display region of the first video image, recognize a detection object (63, 64) in the display region of the first video image, characterised by the following steps synthesize a first recognition wall image on a vehicle side of the detection object (63, 64), synthesize a guide wall image that indicates a predicted path of the vehicle on a road surface in a display region of the first video image, recognize a detection object (63, 64) in the display region of the first video image, characterised by the following steps synthesize a first recognition wall image on a vehicle side of the detection object (63, 64), wherein the first recognition wall image extends in a height direction from the road surface by a predetermined value and is displayed as a surface having a transmittance that increases as the height from the road surface increases, and synthesize a second recognition wall image in an edge region of a second video image on a side where the detection object (63, 64) is located when the detection object (63, 64) is located outside of the display region; the second video image being a video image corresponding to the display region of the first video image.
A transmitting method for a short physical random access channel based on a time division duplex system, wherein an uplink special time slot exists in the time division duplex system, and the uplink special time slot may be used for bearing the short physical random access channel, characterized in that, the short physical random access channel is transmitted on the uplink special time slot, and the durations of the short physical random access channel are made to be the same in case of the uplink special time slot employing a normal cyclic prefix or an extended cyclic prefix.
A mutated Bordetella pertussis strain for use in eliciting protective immunity against an allergic skin disease, wherein the strain is attenuated and wherein the pertussis toxin ( ptx) gene is mutated, the dermonecrotic ( dnt) gene is deleted or mutated, and the Bordetella ampG gene is replaced by a heterologous ampG.
A personal air sampling pump assembly comprising: a motor having a piston mounted to the motor for reciprocal motion; a diaphragm assembly operably coupled to the piston, the diaphragm assembly comprising: a valve head including a fluid inlet and a fluid outlet and defining a fluid chamber fluidly coupling the fluid inlet and the fluid outlet and forming a fluid path from the fluid inlet to the fluid outlet; a first diaphragm sealing engaging the valve head and enclosing at least a portion of the fluid chamber, the first diaphragm comprising a piston diaphragm membrane portion coupled to the piston for reciprocating with the piston, and a damper membrane portion; a second diaphragm sealing engaging the valve head and enclosing the remainder of the fluid chamber, the second diaphragm comprising a damper membrane portion; and a check valve disposed within the fluid path, wherein reciprocation of the piston causes a change in air pressure within the fluid chamber to cause air to move from the fluid inlet toward the fluid outlet, and wherein the damper membrane portion of the first and second diaphragm (26, 30) are configured to cooperate to reduce an amplitude of pulsation in the airflow at the fluid inlet and fluid outlet. a motor having a piston mounted to the motor for reciprocal motion; a diaphragm assembly operably coupled to the piston, the diaphragm assembly comprising: a valve head including a fluid inlet and a fluid outlet and defining a fluid chamber fluidly coupling the fluid inlet and the fluid outlet and forming a fluid path from the fluid inlet to the fluid outlet; a first diaphragm sealing engaging the valve head and enclosing at least a portion of the fluid chamber, the first diaphragm comprising a piston diaphragm membrane portion coupled to the piston for reciprocating with the piston, and a damper membrane portion; a second diaphragm sealing engaging the valve head and enclosing the remainder of the fluid chamber, the second diaphragm comprising a damper membrane portion; and a check valve disposed within the fluid path, a valve head including a fluid inlet and a fluid outlet and defining a fluid chamber fluidly coupling the fluid inlet and the fluid outlet and forming a fluid path from the fluid inlet to the fluid outlet; a first diaphragm sealing engaging the valve head and enclosing at least a portion of the fluid chamber, the first diaphragm comprising a piston diaphragm membrane portion coupled to the piston for reciprocating with the piston, and a damper membrane portion; a second diaphragm sealing engaging the valve head and enclosing the remainder of the fluid chamber, the second diaphragm comprising a damper membrane portion; and a check valve disposed within the fluid path, wherein reciprocation of the piston causes a change in air pressure within the fluid chamber to cause air to move from the fluid inlet toward the fluid outlet, and wherein the damper membrane portion of the first and second diaphragm (26, 30) are configured to cooperate to reduce an amplitude of pulsation in the airflow at the fluid inlet and fluid outlet.
Method for reducing a common mode current (i) flowing between the internal ground of an electrical circuit and the earth, said circuit being supplied by an electrical network delivering an alternating voltage, method in which: - a voltage is applied by the electrical network between the internal ground of the circuit and the earth, and - an additional voltage is applied between the internal ground of the circuit and the earth using an electronic component interposed between the internal ground of the circuit and the earth, this additional voltage opposing the voltage applied by the electrical network between the internal ground and the earth, so as to reduce the common mode current (i) at the frequency of the electrical network. - a voltage is applied by the electrical network between the internal ground of the circuit and the earth, and - an additional voltage is applied between the internal ground of the circuit and the earth using an electronic component interposed between the internal ground of the circuit and the earth, this additional voltage opposing the voltage applied by the electrical network between the internal ground and the earth, so as to reduce the common mode current (i) at the frequency of the electrical network.
A method of near field communications -based wireless connectivity in a device, the method comprising: establishing an NFC link; receiving a subscriber policy using the established NFC link, wherein the subscriber policy is pre-configured to include an access-authorization by the device; determining the access-authorization for the subscriber policy; and connecting to a wireless network based on the determined access-authorization, wherein the subscriber policy includes an Access Network Discovery and selection function (ANDSF) policy, and wherein the access-authorization is pre-configured to include a limitation that corresponds to a subscribed feature of the ANDSF policy, wherein the limitation allows access within a particular geographical location, period, or time of day. establishing an NFC link; receiving a subscriber policy using the established NFC link, wherein the subscriber policy is pre-configured to include an access-authorization by the device; determining the access-authorization for the subscriber policy; and connecting to a wireless network based on the determined access-authorization, wherein the subscriber policy includes an Access Network Discovery and selection function (ANDSF) policy, and wherein the access-authorization is pre-configured to include a limitation that corresponds to a subscribed feature of the ANDSF policy, wherein the limitation allows access within a particular geographical location, period, or time of day.
A stationary shelter for storing at least one electrical energy storage unit, characterized in that it comprises at least one element (30, 31) for receiving said unit, configured so that said unit can be inserted into it or extracted from it, via an access opening made in a wall of said stationary shelter, and in that it comprises a device for lifting and handling said unit, which allows the loading and unloading of the latter in and out of the receiving element (30, 31), this device for lifting and handling being assembled with at least one external surface of said shelter by assembly means.
A method comprising: a) contacting a population of permeabilized, cross-linked antibody-producing cells with a labelled antigen to produce a labelled sample in which cells that produce an antibody that specifically binds to said antigen are intracellularly labelled; b) using fluorescence activated cell sorting (FACS) to isolate cells that are intracellularly labelled, thereby producing labelled cells; c) uncrosslinking said labeled cells to produce uncrosslinked cells; and d) amplifying heavy and light chain-encoding nucleic acid from individual uncrosslinked cells, thereby obtaining nucleic acid that encodes the variable domain of antibody that specifically binds to said antigen. a) contacting a population of permeabilized, cross-linked antibody-producing cells with a labelled antigen to produce a labelled sample in which cells that produce an antibody that specifically binds to said antigen are intracellularly labelled; b) using fluorescence activated cell sorting (FACS) to isolate cells that are intracellularly labelled, thereby producing labelled cells; c) uncrosslinking said labeled cells to produce uncrosslinked cells; and d) amplifying heavy and light chain-encoding nucleic acid from individual uncrosslinked cells, thereby obtaining nucleic acid that encodes the variable domain of antibody that specifically binds to said antigen.
A method for producing fiber-reinforced molded parts, in particular by means of extrusion in a molding press, from a fiber-reinforced resin mat continuously produced in a flat belt system, wherein, in the flat belt system, at least one resin-batch layer (5, 8) is applied in an application region for the resin batch to a lower and/or upper support medium and merged with fibers, is mixed in a downstream fulling and impregnating region and is finally matured in a thickening region to form a preferably continuous resin mat, characterized in that at least during the passage of the resin-batch layer(s) (5, 8) through the fulling and impregnating region at least one belt is entrained along edges thereof and parallel to the production direction, which belt compresses the one or more support media for the resin-batch layer(s) (5, 8) laterally during the fulling process, so that at least in the fulling and impregnating region a side boundary for the fibers to be mixed and the resin-batch layer(s) (5, 8) is formed.
A system, comprising: a camera to capture an image of a zone of operation including a plurality of users; a plurality of microphones arranged around a perimeter of the zone of operation to receive ambient sounds; a plurality of speakers to output an audio signal to suppress the ambient sounds; and a processor in communication with the camera, the plurality of microphones and the plurality of speakers, wherein the processor identifies a location for each of the plurality of users within the zone of operation based on the image that is captured, determines a direction and a frequency of the ambient sounds for each one of the plurality of users, and generates the audio signal based on the determined direction and the frequency of the ambient sounds for each one of the plurality of users, the audio signal directed towards the identified locations. a camera to capture an image of a zone of operation including a plurality of users; a plurality of microphones arranged around a perimeter of the zone of operation to receive ambient sounds; a plurality of speakers to output an audio signal to suppress the ambient sounds; and a processor in communication with the camera, the plurality of microphones and the plurality of speakers, wherein the processor identifies a location for each of the plurality of users within the zone of operation based on the image that is captured, determines a direction and a frequency of the ambient sounds for each one of the plurality of users, and generates the audio signal based on the determined direction and the frequency of the ambient sounds for each one of the plurality of users, the audio signal directed towards the identified locations.
A method for transmitting service type information, comprising: obtaining, by a serving general packet radio service support node, SGSN, service type information; wherein the obtaining service type information comprises: receiving a first downlink packet sent by a gateway general packet radio service support node, GGSN, and obtaining service type information carried in an Internet Protocol, IP, layer information element of the first downlink packet; writing; by the SGSN, the service type information into a base station subsystem general packet radio service protocol, BSSGP, layer information element or a network service layer information element of a second downlink packet; and sending, by the SGSN, the second downlink packet to a base station controller, wherein the second downlink packet carries the service type information; characterized in that the writing the service type information into the BSSGP layer information element of the second downlink packet comprises: writing the service type information into an existing information element of the BSSGP layer of the second downlink packet. obtaining, by a serving general packet radio service support node, SGSN, service type information; wherein the obtaining service type information comprises: receiving a first downlink packet sent by a gateway general packet radio service support node, GGSN, and obtaining service type information carried in an Internet Protocol, IP, layer information element of the first downlink packet; writing; by the SGSN, the service type information into a base station subsystem general packet radio service protocol, BSSGP, layer information element or a network service layer information element of a second downlink packet; and sending, by the SGSN, the second downlink packet to a base station controller, wherein the second downlink packet carries the service type information; receiving a first downlink packet sent by a gateway general packet radio service support node, GGSN, and obtaining service type information carried in an Internet Protocol, IP, layer information element of the first downlink packet; writing; by the SGSN, the service type information into a base station subsystem general packet radio service protocol, BSSGP, layer information element or a network service layer information element of a second downlink packet; and sending, by the SGSN, the second downlink packet to a base station controller, wherein the second downlink packet carries the service type information; writing the service type information into an existing information element of the BSSGP layer of the second downlink packet.
Rotor for a lock comprising a stator having a chamber receiving the rotor, said rotor having a longitudinal slot for the introduction of a part a control key of tumblers housed in open passages (8, 81) communicating with the longitudinal slot, said key having one or more channels or notches for receiving / guiding, for a series of tumblers, a nose of the tumbler considered to move it against a return means at least between a locked position for which the tumbler considered extends at least partially outside the volume of the open passage and partially in a locking housing of the stator, and an unlocked position for which the considered tumbler extends essentially in the volume of an open passage of the rotor, in which, for some of the tumblers, the tumbler consists of a pair of adjacent half-tumblers (75,76) each capable of moving against a return means, namely for a pair of adjacent half-tumblers (75,76): * a first half-tumbler extending in a first plane perpendicular to the longitudinal axis of the rotor, and moving at least partially in a first open passage of the rotor, and * a second half-tumbler extending in a second plane corresponding to said first plane, and moving at least partially in a second open passage of the rotor separate from the first open passage for the first half-tumbler of the pair considered, such as for a series of tumblers each comprising a pair of half-tumblers (75,76), at least one series of first half-tumblers or a series of second half-tumblers cooperate with a longitudinal pin, characterized in that said longitudinal pin extends in a longitudinal channel of the rotor passing through open passages (81,8) of the series of first or second half-tumblers (75,76) considered for limiting and guiding the movement of said half-tumblers in a part of their open passage. * a first half-tumbler extending in a first plane perpendicular to the longitudinal axis of the rotor, and moving at least partially in a first open passage of the rotor, and * a second half-tumbler extending in a second plane corresponding to said first plane, and moving at least partially in a second open passage of the rotor separate from the first open passage for the first half-tumbler of the pair considered,
Food seasoning, characterized by the fact that it comprises a mixture of at least the following components: rectified concentrated grape must, concentrated pear juice, at least one of wine vinegar, pear vinegar and apple vinegar in the following concentrations of weight, evaluated against the total weight of the mixture: - rectified concentrated grape must 25% ÷ 40%; - concentrated pear juice 30% ÷ 45%; and - at least one of wine vinegar, pear vinegar and apple vinegar 20% ÷ 50%.
A method of producing chemical pulp in a continuous digester plant, which method comprises the following steps: a) leading a slurry formed of comminuted cellulosic fibrous material and liquid into a digester and treating the material with a treatment chemical at a temperature of over 130 °C for producing treated material and black liquor; b) extracting at least one black liquor stream from the digester and leading the black liquor into an indirect heat exchange relationship with steam in a heat exchanger for heating the black liquor; and c) leading the heated black liquor into a flashing vessel, wherein flash steam and flashed black liquor are generated, characterized by the step of d) using flash steam from step c) for heating the fibrous material in the digester in step a). a) leading a slurry formed of comminuted cellulosic fibrous material and liquid into a digester and treating the material with a treatment chemical at a temperature of over 130 °C for producing treated material and black liquor; b) extracting at least one black liquor stream from the digester and leading the black liquor into an indirect heat exchange relationship with steam in a heat exchanger for heating the black liquor; and c) leading the heated black liquor into a flashing vessel, wherein flash steam and flashed black liquor are generated, characterized by the step of d) using flash steam from step c) for heating the fibrous material in the digester in step a).
A secondary disconnect assembly for an electrical switching apparatus, said secondary disconnect assembly comprising: a terminal block assembly comprising a mounting member including a number of protrusions (204,206); and a cradle assembly coupled to said mounting member and being movable among a plurality of positions with respect to said mounting member, characterised by said cradle assembly comprising a cradle housing and an inner cradle movably disposed within said cradle housing, wherein said number of protrusions (204,206) align and guide said inner cradle with respect to said mounting member, wherein, when said inner cradle is disposed in a first predetermined one of said positions, said number of protrusions (204,206) engage and lock said inner cradle to restrict movement of said inner cradle with respect to said mounting member, and wherein, when said inner cradle is moved toward a second predetermined one of said positions, said number of protrusions (204,206) are structured to release said inner cradle to move independently with respect to said mounting member. a terminal block assembly comprising a mounting member including a number of protrusions (204,206); and a cradle assembly coupled to said mounting member and being movable among a plurality of positions with respect to said mounting member, characterised by said cradle assembly comprising a cradle housing and an inner cradle movably disposed within said cradle housing, wherein said number of protrusions (204,206) align and guide said inner cradle with respect to said mounting member, wherein, when said inner cradle is disposed in a first predetermined one of said positions, said number of protrusions (204,206) engage and lock said inner cradle to restrict movement of said inner cradle with respect to said mounting member, and wherein, when said inner cradle is moved toward a second predetermined one of said positions, said number of protrusions (204,206) are structured to release said inner cradle to move independently with respect to said mounting member.
An abrading wheel comprising - a circular core having an outer periphery, - a rim arranged orthogonally to said circular core on said outer periphery, said rim comprising an inner surface and an outer surface, and - a grit material disposed on at least part of said outer surface, wherein the outer surface of said rim is provided with a plurality of grooves, the grooves being free of grit material and where a main part of said grit material is disposed on said outer surface of said rim on spaces between said grooves, whereby particles formed from a product being ground are guided away from the abrading wheel along said grooves characterised in that a plurality of openings are arranged in said core for providing an airflow directed towards said inner surface, and that said grooves are twisting around a central axis of the abrading wheel and arranged in a helix having an axis collinear and coinciding with the central axis. - a circular core having an outer periphery, - a rim arranged orthogonally to said circular core on said outer periphery, said rim comprising an inner surface and an outer surface, and - a grit material disposed on at least part of said outer surface,