mhurhangee/ep-ind-claims huggingface dataset:
A magnetic latch arrangement (100, 200) for releasable interconnection of a subsea electrical connector member comprising a plug or a protective cap and a subsea electrical connector member comprising a receptacle, the arrangement comprising: an outer ring having an inner diameter (di); and an inner ring having an outer diameter (do) being not greater than the inner diameter of the outer ring, wherein one of the outer ring and the inner ring comprises at least a first magnet ring and a second magnet ring being spaced apart in an axial direction leaving an axial space there between, wherein the other of the outer ring and the inner ring comprises at least one third magnet ring, wherein the first and the second magnet rings (107, 109) are oriented such that same magnetic poles face each other, wherein when the third magnet ring is arranged between the first and the second magnet rings (107, 109) substantially in the axial space: one pole of the third magnet ring is closer to a same pole of the second magnet ring than to a different pole of the second magnet ring, and the other pole of the third magnet ring is closer to a different pole of the first magnet ring than to a same pole of the first magnet ring. an outer ring having an inner diameter (di); and an inner ring having an outer diameter (do) being not greater than the inner diameter of the outer ring, wherein one of the outer ring and the inner ring comprises at least a first magnet ring and a second magnet ring being spaced apart in an axial direction leaving an axial space there between, wherein the other of the outer ring and the inner ring comprises at least one third magnet ring, wherein the first and the second magnet rings (107, 109) are oriented such that same magnetic poles face each other, wherein when the third magnet ring is arranged between the first and the second magnet rings (107, 109) substantially in the axial space: one pole of the third magnet ring is closer to a same pole of the second magnet ring than to a different pole of the second magnet ring, and the other pole of the third magnet ring is closer to a different pole of the first magnet ring than to a same pole of the first magnet ring. one pole of the third magnet ring is closer to a same pole of the second magnet ring than to a different pole of the second magnet ring, and the other pole of the third magnet ring is closer to a different pole of the first magnet ring than to a same pole of the first magnet ring.
A positioning structure of a frame welding assembly for a metal product, the metal product being a holding plate or a holding basket made of metal mesh, wherein it comprises: multiple bodies including multiple raised faces and multiple slots which are stamped on peripheral sides of the body, the body being folded in a square shape; wherein a slit is defined between two adjacent body portions; wherein each of the two adjacent body portions defines a connection side, wherein the connection sides have multiple recesses and multiple protrusions thereon, wherein the two adjacent body portions are connected together so that the multiple recesses retain with the multiple protrusions individually, wherein the connection sides are welded to each other by high-frequency welding, so that the multiple protrusions partially melt and fill into the slit and wherein a height of each of the multiple protrusions is more than a depth of each of the multiple recesses. multiple bodies including multiple raised faces and multiple slots which are stamped on peripheral sides of the body, the body being folded in a square shape; wherein a slit is defined between two adjacent body portions; wherein each of the two adjacent body portions defines a connection side, wherein the connection sides have multiple recesses and multiple protrusions thereon, wherein the two adjacent body portions are connected together so that the multiple recesses retain with the multiple protrusions individually, wherein the connection sides are welded to each other by high-frequency welding, so that the multiple protrusions partially melt and fill into the slit and wherein a height of each of the multiple protrusions is more than a depth of each of the multiple recesses.
A heat transfer composition comprising: (i) from about 50 to about 95 % by weight trans 1,3,3,3-tetrafluoropropene (R-1234ze); (ii) from about 2 to about 30 % by weight carbon dioxide (R-744); and (iii) from about 3 to about 20 % by weight of a third component selected from propylene (R-1270), propane (R-290), n-butane (R-600), isobutane (R-600a) and mixtures thereof. (i) from about 50 to about 95 % by weight trans 1,3,3,3-tetrafluoropropene (R-1234ze); (ii) from about 2 to about 30 % by weight carbon dioxide (R-744); and (iii) from about 3 to about 20 % by weight of a third component selected from propylene (R-1270), propane (R-290), n-butane (R-600), isobutane (R-600a) and mixtures thereof.
Cooking device having a hot air fan with a hot air motor which can be switched in its rotation direction, a heater and a control unit for the clocked operation of the heater with in-phases and out-phases, for setting a speed of the hot air motor and for performing a switch in the rotation direction of the hot air motor, characterised in that the control unit is designed - to only switch the rotation direction during an out-phase (apv; ap) of the heater, - to start the switch in the rotation direction at the start of the out-phase (tap) and - to extend the out-phase (apv; ap) if a speed threshold value (-Ds, Ds) which is assigned to the switched rotation direction and is lower than a target value (De) of the speed has not yet been reached. - to only switch the rotation direction during an out-phase (apv; ap) of the heater, - to start the switch in the rotation direction at the start of the out-phase (tap) and - to extend the out-phase (apv; ap) if a speed threshold value (-Ds, Ds) which is assigned to the switched rotation direction and is lower than a target value (De) of the speed has not yet been reached.
An integrated device, the device comprising: a housing; a member constructed for the application of circumferential or vacuum pressure to a sampling site, wherein the member comprises a footprint and is detachably or moveably connected to the housing in a manner such that the integrated device can perform digital or alternate-site body fluid sampling and analysis; and a cartridge contained in the housing and comprising a plurality of body fluid sampling and analysis sites, wherein each body fluid sampling and analysis site comprises a skin-penetration member attached to a needle hub and a torsional spring attached to the needle hub, wherein the torsional spring is configured to, upon activation, drive the needle hub and the skin penetration member toward the footprint and wherein the cartridge is rotatably mounted about a hub to place an unused skin penetration member in alignment with an opening in the housing and the footprint on the member. a housing; a member constructed for the application of circumferential or vacuum pressure to a sampling site, wherein the member comprises a footprint and is detachably or moveably connected to the housing in a manner such that the integrated device can perform digital or alternate-site body fluid sampling and analysis; and a cartridge contained in the housing and comprising a plurality of body fluid sampling and analysis sites, wherein each body fluid sampling and analysis site comprises a skin-penetration member attached to a needle hub and a torsional spring attached to the needle hub, wherein the torsional spring is configured to, upon activation, drive the needle hub and the skin penetration member toward the footprint and
Battery management system, in particular for a rail vehicle, comprising an installation battery, a busbar arrangement, a battery circuit breaker for switchably connecting the installation battery to the busbar arrangement, and at least one switching apparatus for switchably connecting at least one load group (VG1-VGn) to the busbar arrangement, characterized by a control apparatus for controlling switching operations for switching the battery circuit breaker and the at least one switching apparatus, and a single ballast for generating a switching current for switching the battery circuit breaker and the at least one switching apparatus, wherein the control apparatus is configured to provide the ballast with a setpoint value for the switching current for switching the battery circuit breaker or the at least one switching apparatus, wherein the control apparatus is configured to transmit a first setpoint value for a switching current for switching the battery circuit breaker and a second setpoint value for a switching current for switching the at least one switching apparatus, wherein the ballast has a setpoint value adjuster for adjusting the switching current depending on the setpoint value received from the control apparatus, and wherein the control apparatus is configured to actuate a plurality of switching elements that distribute the switching currents, wherein the switching currents are delivered by the ballast and adapted to the respective switching apparatus, among the respective switching apparatuses to be actuated. a control apparatus for controlling switching operations for switching the battery circuit breaker and the at least one switching apparatus, and a single ballast for generating a switching current for switching the battery circuit breaker and the at least one switching apparatus, wherein the control apparatus is configured to provide the ballast with a setpoint value for the switching current for switching the battery circuit breaker or the at least one switching apparatus, wherein the control apparatus is configured to transmit a first setpoint value for a switching current for switching the battery circuit breaker and a second setpoint value for a switching current for switching the at least one switching apparatus, wherein the ballast has a setpoint value adjuster for adjusting the switching current depending on the setpoint value received from the control apparatus, and wherein the control apparatus is configured to actuate a plurality of switching elements that distribute the switching currents, wherein the switching currents are delivered by the ballast and adapted to the respective switching apparatus, among the respective switching apparatuses to be actuated.
Thermo-forming packaging machine comprising a sealing station, a first forming station for forming trays into a lower film web and a second forming station for forming lids into an upper film web, where said sealing station is configured to create a sealing seam in a sealing plane, where said first forming station is configured to clamp said lower film web in a first forming plane and where said the second forming station is configured to clamp said upper film web in a second forming plane, characterized in that said first forming plane is disposed at least 200 mm below said second forming plane, where said first and said second forming planes (7, 11) are at least approximately parallel to each other, and in that a chain guide is provided for intermittently transporting said lower film web, and said chain guide between said first forming station and said sealing station has an inclination which is configured to ascend from said first forming station to said sealing station.
A mobile terminal, comprising: a middle shell configured as a middle support of the mobile terminal; a front shell fixed on a front side of the middle shell; a back cover fixed on a back side of the middle shell and configured to cover the back side of the middle shell; and a display screen and a touch screen arranged on the front shell in sequence, wherein the front shell is configured to support the display screen and the touch screen, and the display screen is positioned between the front shell and the touch screen; wherein: the mobile terminal further comprises a battery cover fixed on the back cover and configured to cover a battery; both the middle shell and the back cover are configured to support electronic elements of the mobile terminal arranged thereon; and a protrusion is arranged on an edge of a front side of a periphery of the front shell, and the protrusion abuts an edge of the front side surface of the middle shell. a middle shell configured as a middle support of the mobile terminal; a front shell fixed on a front side of the middle shell; a back cover fixed on a back side of the middle shell and configured to cover the back side of the middle shell; and a display screen and a touch screen arranged on the front shell in sequence, wherein the front shell is configured to support the display screen and the touch screen, and the display screen is positioned between the front shell and the touch screen; wherein: the mobile terminal further comprises a battery cover fixed on the back cover and configured to cover a battery; both the middle shell and the back cover are configured to support electronic elements of the mobile terminal arranged thereon; and a protrusion is arranged on an edge of a front side of a periphery of the front shell, and the protrusion abuts an edge of the front side surface of the middle shell.
An infrared absorbing composition for forming an infrared cut filter for a solid image pickup element having the infrared cut filter, the infrared absorbing composition comprising: at least one infrared absorber having an absorption maximum at a wavelength of 650 nm or longer which is selected from a squarylium colorants; and a fluorine surfactant, wherein the squarylium colorants are represented by the following Formula, in Formula, A 1 and A 2 each independently represent an aryl group, a heterocyclic group, or a group represented by the following Formula, in Formula, Z 1 represents a non-metal atomic group for forming a nitrogen-containing heterocycle, R 2 represents an alkyl group, an alkenyl group, or an aralkyl group, d represents 0 or 1, and a wave line represents a direct bond to Formula, and the fluorine content in the fluorine surfactant is 3 to 40 mass%. at least one infrared absorber having an absorption maximum at a wavelength of 650 nm or longer which is selected from a squarylium colorants; and a fluorine surfactant, wherein the squarylium colorants are represented by the following Formula, in Formula, A 1 and A 2 each independently represent an aryl group, a heterocyclic group, or a group represented by the following Formula, in Formula, Z 1 represents a non-metal atomic group for forming a nitrogen-containing heterocycle, R 2 represents an alkyl group, an alkenyl group, or an aralkyl group, d represents 0 or 1, and a wave line represents a direct bond to Formula, and the fluorine content in the fluorine surfactant is 3 to 40 mass%.
Storage frame for cylinders of pressurized fluid, comprising a primary structure and at least one storage box, the storage box comprising least one cylinder of pressurized fluid extending along a longitudinal axis between two ends, said storage box being mounted in the primary structure and comprising at least one first retaining member configured to maintain the position of one end of the at least one cylinder while at the same time exhibiting at least one determined degree of freedom, and at least one second retaining member configured to collaborate fixedly with the other end of the cylinder, immobilizing the cylinder in terms of rotation, characterized in that the storage box forms, in the primary structure, a unit assembly of cylinder(s) fixed firmly at one end and floatingly at the other end, which means to say that there is no firm mechanical connection at one end of each cylinder so as to allow each cylinder a longitudinal movement in its region of retention making it possible to absorb the expansion of the volume of the cylinder notably as it is being filled, and in that the storage box comprises at least one first plate extending in a first direction, the first plate comprising at least one passage orifice configured to accept, in the mounted position, at least part of that end of the cylinder that is referred to as the "first end " which collaborates with the first retaining member, the other end which collaborates with the second retaining member being referred to as the "second end ".
A Multi-Functional Peripheral comprising: a processor comprising a plurality of cores that share an internal Random Access Memory of the processor, wherein each of the plurality of cores (1 CR) is different in computing performance; a first estimating portion configured to estimate a processing capability of each of the cores; a second estimating portion configured to estimate, based on the processing capability of each of the plurality of cores, a required time for each of the plurality of cores to perform a specific process executable by the plurality of cores; a third estimating portion configured to estimate a load required to perform the specific process; and a controller, wherein the second estimating portion is further configured to select from the plurality of cores one or more candidate cores, the required time for each of the one or more candidate cores being equal to or smaller than a threshold, and to select from the one or more candidate cores (1 CR) a core that performs the specific process for which the required time is longest, and the controller is configured to control the selected core to perform the specific process, and the second estimating portion estimates the required time further based on the load. a processor comprising a plurality of cores that share an internal Random Access Memory of the processor, wherein each of the plurality of cores (1 CR) is different in computing performance; a first estimating portion configured to estimate a processing capability of each of the cores; a second estimating portion configured to estimate, based on the processing capability of each of the plurality of cores, a required time for each of the plurality of cores to perform a specific process executable by the plurality of cores; a third estimating portion configured to estimate a load required to perform the specific process; and a controller, wherein the second estimating portion is further configured to select from the plurality of cores one or more candidate cores, the required time for each of the one or more candidate cores being equal to or smaller than a threshold, and to select from the one or more candidate cores (1 CR) a core that performs the specific process for which the required time is longest, and the controller is configured to control the selected core to perform the specific process, and the second estimating portion estimates the required time further based on the load.
A cover component for a connection port in a housing portion of a headset, wherein the cover component is movable relative to the position of the connection port, and where the cover component is configured to be: - arranged in a first position where the connection port is uncovered by the cover component, and where the connection port is configured for insertion of a cable into the connection port; and - arranged in a second position where the connection port is covered by the cover component; characterized in that the cover component is rotatable relative to the housing portion around a centre axis (x axis) of the housing portion; and wherein the cover component is arranged to at least partly enclose more than 50% of the circumference of the housing portion. - arranged in a first position where the connection port is uncovered by the cover component, and where the connection port is configured for insertion of a cable into the connection port; and - arranged in a second position where the connection port is covered by the cover component;
A method of analyzing a sample containing or suspected of containing at least one enantiomer of an enantiomeric isomer pair, comprising: a. reacting, if present, each enantiomer of an enantiomeric isomer pair with a derivatizing reagent so as to form a pair of diastereomers each of which corresponds to one of the enantiomers of the enantiomeric pair covalently bound to the derivatizing reagent; b. ionizing said diastereomers so as to form ionized diastereomers; and c. transporting said ionized diastereomers through a differential mobility spectrometer to effect separation of said ionized diastereomers corresponding to each enantiomer of the enantiomeric pair. a. reacting, if present, each enantiomer of an enantiomeric isomer pair with a derivatizing reagent so as to form a pair of diastereomers each of which corresponds to one of the enantiomers of the enantiomeric pair covalently bound to the derivatizing reagent; b. ionizing said diastereomers so as to form ionized diastereomers; and c. transporting said ionized diastereomers through a differential mobility spectrometer to effect separation of said ionized diastereomers corresponding to each enantiomer of the enantiomeric pair.
A mixture comprising first and second redispersible polymer powders, wherein: a. the first redispersible polymer powder comprises polymer particles primarily comprising a copolymer having a glass transition temperature of 60 degrees Celsius or higher and an acid level in a range of 0.1 to 8 weight-percent percent as determined by potentiometric titration according to ASTM D664; and b. the second redispersible polymer powder is selected from vinyl acetate ethylene copolymer redispersible polymer powders and polymer powders of a blend of vinyl acetate ethylene copolymer and vinyl ester of versatic acid copolymer. a. the first redispersible polymer powder comprises polymer particles primarily comprising a copolymer having a glass transition temperature of 60 degrees Celsius or higher and an acid level in a range of 0.1 to 8 weight-percent percent as determined by potentiometric titration according to ASTM D664; and b. the second redispersible polymer powder is selected from vinyl acetate ethylene copolymer redispersible polymer powders and polymer powders of a blend of vinyl acetate ethylene copolymer and vinyl ester of versatic acid copolymer.
An apparatus for transmitting an information signal, said apparatus comprising: a first interleaving means for reordering symbols of a first portion of the information signal in accordance with a first interleaving format to provide a first interleaved signal; a first transmission means for transmitting the first interleaved signal on a first transmission channel; characterized by: a second interleaving means (108, 110) for reordering and shuffling symbols of a second portion of the information signal, said second portion being different from the first portion, in a single operation and in accordance with at least a second interleaving format to provide a second interleaved and shuffled signal; a second transmission means for transmitting the second interleaved and shuffled signal on a second transmission channel other than the first transmission channel. a first interleaving means for reordering symbols of a first portion of the information signal in accordance with a first interleaving format to provide a first interleaved signal; a first transmission means for transmitting the first interleaved signal on a first transmission channel; characterized by: a second interleaving means (108, 110) for reordering and shuffling symbols of a second portion of the information signal, said second portion being different from the first portion, in a single operation and in accordance with at least a second interleaving format to provide a second interleaved and shuffled signal; a second transmission means for transmitting the second interleaved and shuffled signal on a second transmission channel other than the first transmission channel. a second interleaving means (108, 110) for reordering and shuffling symbols of a second portion of the information signal, said second portion being different from the first portion, in a single operation and in accordance with at least a second interleaving format to provide a second interleaved and shuffled signal; a second transmission means for transmitting the second interleaved and shuffled signal on a second transmission channel other than the first transmission channel.