mhurhangee/ep-ind-claims huggingface dataset:
A culture double container comprising a gas-permeable culture container having an inlet and an outlet, a gas-impermeable container covering the culture container, and culture container holding means for holding the culture container in the gas-impermeable container in such a manner that space is defined between the culture container and the gas-impermeable container, culture fluid being sealingly filled in the culture container said culture double container receiving gas controlled in its composition in the space defined between the culture container and the gas-impermeable container during culture of cell or micro-organism.
A method performed by a terminal (330; 430) in a communication system, the method comprising: identifying configuration information on a plurality of logical channel identifiers; identifying a resource for transmitting a scheduling request of uplink data to be transmitted, based on a logical channel identifier for the uplink data; and transmitting, to a base station (300; 400, 410), based on the identified resource, the scheduling request of the uplink data for requesting an uplink scheduling for the uplink data. identifying configuration information on a plurality of logical channel identifiers; identifying a resource for transmitting a scheduling request of uplink data to be transmitted, based on a logical channel identifier for the uplink data; and transmitting, to a base station (300; 400, 410), based on the identified resource, the scheduling request of the uplink data for requesting an uplink scheduling for the uplink data.
Support pin for supporting reels of paper material, comprising an outer side and an inner side, with the inner side that is adapted to be inserted into a reel of paper material and with the outer side that remains on the outside of the same reel when the inner side is inside the reel, said outer side being provided with a hooking portion adapted to be engaged by means adapted to vertically move the pin, characterized in that the outer side of the pin is constituted by a shank whose longitudinal axis coincides with the longitudinal axis (x-x) of the pin and in that said hooking portion comprises an eyelet formed on the shank and delimited by two parallel arms that emerge radially from the shank and are joined by a body parallel to said longitudinal axis (x-x).
A polynucleotide comprising two sequence pairs (a1-a2) and (b2-b1) separated by a spacer sequence in which: a. the sequences a1, a2, b1, and b2 differ among themselves and are selected from SEQ ID NO: 1, SEQ ID NO: 2, SEQ ID NO: 3, or SEQ ID NO: 4, in the following form: b. if a1 is SEQ ID NO: 1 or SEQ ID NO: 4, b1 is SEQ ID NO: 4 or SEQ ID NO: 1, and a2 is SEQ ID NO: 2 or SEQ ID NO: 3, and c. if a1 is SEQ ID NO: 2 or SEQ ID NO: 3, b1 is SEQ ID NO: 3 or SEQ ID NO: 2, and a2 is SEQ ID NO: 1 or SEQ ID NO: 4. a. the sequences a1, a2, b1, and b2 differ among themselves and are selected from SEQ ID NO: 1, SEQ ID NO: 2, SEQ ID NO: 3, or SEQ ID NO: 4, in the following form: b. if a1 is SEQ ID NO: 1 or SEQ ID NO: 4, b1 is SEQ ID NO: 4 or SEQ ID NO: 1, and a2 is SEQ ID NO: 2 or SEQ ID NO: 3, and c. if a1 is SEQ ID NO: 2 or SEQ ID NO: 3, b1 is SEQ ID NO: 3 or SEQ ID NO: 2, and a2 is SEQ ID NO: 1 or SEQ ID NO: 4.
A mobile device comprising: receiving means for receiving a cell broadcast service, CBS, message including a positioning area; determining means for determining whether the mobile device locates in the positioning area included in the CBS message received by the receiving means; positioning means for performing measurement of location when it is determined by the determining means that the mobile device locates in the positioning area; and notifying means for notifying location information measured by the positioning means; wherein the CBS message further includes a positioning time, and when the determining means determines that the positioning area included in the CBS message includes a currently located positioning area and a current time is included in the positioning time included in the CBS message, the positioning means performs measurement of location. receiving means for receiving a cell broadcast service, CBS, message including a positioning area; determining means for determining whether the mobile device locates in the positioning area included in the CBS message received by the receiving means; positioning means for performing measurement of location when it is determined by the determining means that the mobile device locates in the positioning area; and notifying means for notifying location information measured by the positioning means;
A method for melting used batteries of alkaline, saline or zinc-air type or accumulators of NiCd or NiMH type or black-mass via oxy-gas or oxy-fuel or oxy-carbon burner, characterized in that the used batteries, accumulators or black-mass are fed into a melt reactor in which a bath of iron-based liquid metal has previously been formed and, above the bath, a slag layer, and in that this slag layer is used as buffer to prevent direct contact of the batteries or accumulators with the liquid metal of the bath and as heat transfer vector and as reductive medium for the metal oxides contained in the batteries and accumulators and black-mass.
A mat comprising: a lower surface and first and second edge portions, the first and second edge portions define at least a portion of a perimeter of the mat; and a plurality of ribs for contacting a floor, the ribs extending away from the lower surface in a direction that is transverse to a plane that includes the lower surface, each rib having a longitudinal axis that extends between ends (17, 19) of the rib, and at least a portion of the plurality of ribs comprising one or more branches that extend transversely to the longitudinal axis and are axially spaced apart from each other, wherein: the ribs are spaced apart from each other over the lower surface such that adjacent ribs define a valley therebetween so that humidity can be evacuated from beneath the lower surface of the mat, and the longitudinal axis of each rib intersects the first and second edges of the mat at angles that are greater than 0° and less than 90°, and wherein the branches on adjacent ribs are spaced apart axially and laterally relative to each other such that the distal ends of each branch do not contact or align with the distal ends of branches on immediately adjacent ribs. a lower surface and first and second edge portions, the first and second edge portions define at least a portion of a perimeter of the mat; and a plurality of ribs for contacting a floor, the ribs extending away from the lower surface in a direction that is transverse to a plane that includes the lower surface, each rib having a longitudinal axis that extends between ends (17, 19) of the rib, and at least a portion of the plurality of ribs comprising one or more branches that extend transversely to the longitudinal axis and are axially spaced apart from each other, wherein: the ribs are spaced apart from each other over the lower surface such that adjacent ribs define a valley therebetween so that humidity can be evacuated from beneath the lower surface of the mat, and the longitudinal axis of each rib intersects the first and second edges of the mat at angles that are greater than 0° and less than 90°, and wherein the branches on adjacent ribs are spaced apart axially and laterally relative to each other such that the distal ends of each branch do not contact or align with the distal ends of branches on immediately adjacent ribs.
A wheel assembly for an infant support apparatus, comprising: a wheel mount, a wheel pivotally connected with the wheel mount about a pivot axis, and a brake member, characterized in that: the wheel includes a wheel frame having an inner cavity in which the brake member is arranged, the inner cavity being at least partially delimited by a base surface provided with a hole, and the brake member being assembled with the wheel, being guided for sliding displacement through the hole to engage with the wheel mount, and being movable relative to the wheel and the wheel mount between a braking state and a release state, the brake member when in the release state being rotatable with the wheel relative to the wheel mount, and the brake member when in the braking state engaging with the wheel mount to block rotation of the wheel relative to the wheel mount. a wheel mount, a wheel pivotally connected with the wheel mount about a pivot axis, and a brake member, characterized in that: the wheel includes a wheel frame having an inner cavity in which the brake member is arranged, the inner cavity being at least partially delimited by a base surface provided with a hole, and the brake member being assembled with the wheel, being guided for sliding displacement through the hole to engage with the wheel mount, and being movable relative to the wheel and the wheel mount between a braking state and a release state, the brake member when in the release state being rotatable with the wheel relative to the wheel mount, and the brake member when in the braking state engaging with the wheel mount to block rotation of the wheel relative to the wheel mount.
A method for identifying in silico peptides and sets of peptides internal to, or on the surface of microorganisms and cells, wherein said peptides have a high probability of being effective in stimulating humoral and cell-mediated immune responses, said method comprisingthe identification of peptides that meet the following cirteria: - the peptides are between 25 and 75 amino acids long and comprise: (i) a peptide that binds to a B-cell receptor or antibody, and (ii) a peptide that binds to at least one MHC-I binding region with a predicted affinity of greater than 10 6 M -1, and (iii) a cathepsin cleavage site, wherein: - the B-cell peptide (i) is located proximally to peptide (ii) and the cathepsin cleavage site (iii), and - the scissile bond of the cathepsin cleavage site (iii) is located between 6 and 10 amino acids distally to the N-terminus of MHC-I binding peptide (ii), and up to 3 amino acids distally to the C-terminus of the same. - the peptides are between 25 and 75 amino acids long and comprise: (i) a peptide that binds to a B-cell receptor or antibody, and (ii) a peptide that binds to at least one MHC-I binding region with a predicted affinity of greater than 10 6 M -1, and (iii) a cathepsin cleavage site, (i) a peptide that binds to a B-cell receptor or antibody, and (ii) a peptide that binds to at least one MHC-I binding region with a predicted affinity of greater than 10 6 M -1, and (iii) a cathepsin cleavage site, - the B-cell peptide (i) is located proximally to peptide (ii) and the cathepsin cleavage site (iii), and - the scissile bond of the cathepsin cleavage site (iii) is located between 6 and 10 amino acids distally to the N-terminus of MHC-I binding peptide (ii), and up to 3 amino acids distally to the C-terminus of the same.
A stabilizer bar comprising: - a shaft that is hollow at least adjacent the ends thereof and that is supported by bearings which are located within the shaft; the bearings, are mounted upon brackets that abut ends of the shaft; - cranked parts being provided at or adjacent each end of the shaft, each cranked part having a connection point for connection, in use, to a respective stabilizer rod member, and each connection point is substantially aligned with a respective bearing relative to the axis of the shaft, in a plane perpendicular to the axis of the shaft, characterized in that each bearing comprises a flexible material bushing located upon a support and compressed between a part of the support and a part of the respective bracket. - a shaft that is hollow at least adjacent the ends thereof and that is supported by bearings which are located within the shaft; the bearings, are mounted upon brackets that abut ends of the shaft; - cranked parts being provided at or adjacent each end of the shaft, each cranked part having a connection point for connection, in use, to a respective stabilizer rod member, and each connection point is substantially aligned with a respective bearing relative to the axis of the shaft, in a plane perpendicular to the axis of the shaft,
A fuel feed system which causes liquid fuel to evaporate so as to feed gaseous fuel, the fuel feed system provided with an evaporator which includes a heater which heats the liquid fuel to vaporize it, a liquid fuel feed system which feeds the evaporator the liquid fuel, and a temperature adjusting system which adjusts a temperature of the heater, wherein the heater has a heat conduction surface which supplies heat to the liquid fuel, and the heat conduction surface of the heater has a temperature at which the heat flux becomes a local maximum when the fuel changes from a nucleate boiling state to a transition boiling state, the system detects a temperature of the heat conduction surface of the heater and uses a difference between the temperature of the heat conduction surface of the heater and a boiling point of the fuel at the evaporator as the basis to make the temperature adjusting system change the temperature of the heater and adjust a heat flux at the heat conduction surface, and the temperature adjusting system adjusts the temperature of the heater so as to approach a temperature where the heat flux of the heat conduction surface becomes the local maximum.
A coring method comprising the step of: - receiving a core to be examined within at least one internal coring pipe, the internal coring pipe comprising: an internal tubular wall defining a cavity in which the core is retained; and an external tubular wall, in which the internal tubular wall is housed coaxially, the internal and external tubular walls being connected to each other so as to form a single-piece double-walled pipe; characterised in that the coring method further comprises the steps of: - removing part (21, 22, 23) of the external tubular wall to expose at least one viewing opening (8, 9, 10) formed in the internal tubular wall; and - viewing the core retained substantially intact within the internal tubular wall through each exposed viewing opening (8, 9, 10). - receiving a core to be examined within at least one internal coring pipe, the internal coring pipe comprising: an internal tubular wall defining a cavity in which the core is retained; and an external tubular wall, in which the internal tubular wall is housed coaxially, the internal and external tubular walls being connected to each other so as to form a single-piece double-walled pipe; characterised in that the coring method further comprises the steps of: - removing part (21, 22, 23) of the external tubular wall to expose at least one viewing opening (8, 9, 10) formed in the internal tubular wall; and - viewing the core retained substantially intact within the internal tubular wall through each exposed viewing opening (8, 9, 10).
A remote inspection device for a passenger conveyor, comprising: at least one camera mounted directly above the passenger conveyor for monitoring external conditions of the passenger conveyor; a remote controller for performing a remote visual inspection using the at least one camera; a passenger conveyor controller for operating the passenger conveyor at a normal speed during a normal operation and for operating the passenger conveyor at a slower speed or bringing it to a complete stop during a remote visual inspection; and a sensor connected to the passenger conveyor controller and arranged in the vicinity of the entrance of the passenger conveyor for detecting the presence of a passenger approaching the entrance of the passenger conveyor, wherein the remote controller is connected to the passenger conveyor controller and the camera via a remote access server, and wherein the passenger conveyor controller is configured to transmit a signal to the remote controller for interrupting the initiation of a remote visual inspection in response to the detection of a passenger approaching the entrance when initiating the remote visual inspection, and/or transmit a signal to the remote controller for interrupting the remote visual inspection and resume normal operation of the passenger conveyor in response to the detection of a passenger approaching the entrance during the remote visual inspection. at least one camera mounted directly above the passenger conveyor for monitoring external conditions of the passenger conveyor; a remote controller for performing a remote visual inspection using the at least one camera; a passenger conveyor controller for operating the passenger conveyor at a normal speed during a normal operation and for operating the passenger conveyor at a slower speed or bringing it to a complete stop during a remote visual inspection; and a sensor connected to the passenger conveyor controller and arranged in the vicinity of the entrance of the passenger conveyor for detecting the presence of a passenger approaching the entrance of the passenger conveyor, wherein the remote controller is connected to the passenger conveyor controller and the camera via a remote access server, and wherein the passenger conveyor controller is configured to transmit a signal to the remote controller for interrupting the initiation of a remote visual inspection in response to the detection of a passenger approaching the entrance when initiating the remote visual inspection, and/or transmit a signal to the remote controller for interrupting the remote visual inspection and resume normal operation of the passenger conveyor in response to the detection of a passenger approaching the entrance during the remote visual inspection.
A framework intended for the manufacturing of large-area doors or windows, which is characterized in that it comprises: a) at least one fixed rim comprised of an aluminium hard frame, wherein all the sides of the fixed rim are comprised of four elements with the same profile and joined together; b) at least one panel, which is movable or stationary, inserted into the fixed rim, comprising a central stud and/or a reinforcing central stud, a puller and/or a flapless puller, and being comprised of sections with a thickness ranging from 36 mm to 100 mm; c) a sliding rule which is accommodated in the lower section of the fixed rim into slots; d) a locking system of the panels incorporated into the fixed rim, which is a multipoint one; e) an air-chamber located inside the fixed rim; f) a sound waves receiver placed into the outer section of the panel and a sound waves emitter fastened to the inner section of the panel; g) sliders (24,25) which are fitted into the lower and upper sections of the panels, fastened to the four corners of the panels, and comprising a ramp track which guides the panels; h) a traction carriage sliding over the fixed rim fastened to the belt which is inserted into the upper profile of the fixed rim and rests over two pulleys which are connected to an electric motor; i) a brass bar fastened to the lower section of the panel. a) at least one fixed rim comprised of an aluminium hard frame, wherein all the sides of the fixed rim are comprised of four elements with the same profile and joined together; b) at least one panel, which is movable or stationary, inserted into the fixed rim, comprising a central stud and/or a reinforcing central stud, a puller and/or a flapless puller, and being comprised of sections with a thickness ranging from 36 mm to 100 mm; c) a sliding rule which is accommodated in the lower section of the fixed rim into slots; d) a locking system of the panels incorporated into the fixed rim, which is a multipoint one; e) an air-chamber located inside the fixed rim; f) a sound waves receiver placed into the outer section of the panel and a sound waves emitter fastened to the inner section of the panel; g) sliders (24,25) which are fitted into the lower and upper sections of the panels, fastened to the four corners of the panels, and comprising a ramp track which guides the panels; h) a traction carriage sliding over the fixed rim fastened to the belt which is inserted into the upper profile of the fixed rim and rests over two pulleys which are connected to an electric motor; i) a brass bar fastened to the lower section of the panel.
A two-layer dental aligner comprising: an outer layer comprising a biocompatible polymer material; and an inner layer comprising a biocompatible polymer material, wherein the outer layer has a higher hardness than the inner layer and wherein the outer and inner layers are each continuous in structure. an outer layer comprising a biocompatible polymer material; and an inner layer comprising a biocompatible polymer material,
Apparatus for additively manufacturing three-dimensional objects by means of successive layerwise selective consolidation of layers of a build material which can be consolidated by means of an energy source, which apparatus comprises an optical unit built as or comprising a window of a process chamber of the apparatus, wherein the optical unit comprises at least one optical surface arranged in the process chamber of the apparatus, the apparatus comprising at least one determination device with at least one light source and at least one determination unit adapted to determine at least one radiation parameter of radiation emitted from the light source and reflected at the optical surface of the optical unit, wherein the determination device is adapted to determine at least one condition information of the optical unit based on the determined radiation parameter, wherein the light source is adapted to essentially radially couple the radiation into the optical unit with respect to an optical axis of the optical unit, wherein the light source is arranged in that the radiation is coupled at a rim or an edge into the optical unit.
A method of mass spectrometry comprising: pulsing first ions into a time of flight region and detecting said first ions using an ion detector; digitising a first signal output from said ion detector to produce a first digitised signal comprising a plurality of first intensity values distributed amongst a plurality of first time or other bins; determining a first area A 1 of a first ion peak in said first digitised signal; determining a degree to which said first ion peak suffers from saturation by determining the number of first time or other bins having intensity values indicative of saturation; determining a first correction factor based upon the number of first time or other bins determined to have intensity values indicative of saturation; determining a first corrected area A' 1 of said first ion peak by increasing said first area A 1 by said first correction factor; pulsing second ions into said time of flight region and detecting said second ions using said ion detector; and digitising a second signal output from said ion detector to produce a second digitised signal, and determining a second area A 2 of a second ion peak in said second digitised signal. pulsing first ions into a time of flight region and detecting said first ions using an ion detector; digitising a first signal output from said ion detector to produce a first digitised signal comprising a plurality of first intensity values distributed amongst a plurality of first time or other bins; determining a first area A 1 of a first ion peak in said first digitised signal; determining a degree to which said first ion peak suffers from saturation by determining the number of first time or other bins having intensity values indicative of saturation; determining a first correction factor based upon the number of first time or other bins determined to have intensity values indicative of saturation; determining a first corrected area A' 1 of said first ion peak by increasing said first area A 1 by said first correction factor; pulsing second ions into said time of flight region and detecting said second ions using said ion detector; and digitising a second signal output from said ion detector to produce a second digitised signal, and determining a second area A 2 of a second ion peak in said second digitised signal.