mhurhangee/patent-ind-claim-en huggingface dataset:
A refrigeration apparatus including a refrigerant circuit that includes a compressor , a heat-source-side heat exchanger , and a plurality of utilization-side units (60a to 60c) each including an utilization-side heat exchanger (64a to 64c) and an expansion valve (63a to 63c) and arranged in parallel, the refrigerant circuit being configured to perform a refrigeration cycle where a high pressure is equal to or greater than a critical pressure of a refrigerant, the refrigeration apparatus being configured to perform at least a heat application operation in which the utilization-side heat exchanger (64a to 64c) functions as a radiator, wherein the plurality of utilization-side units (60a to 60c) are capable of separately setting respective set temperatures, and the refrigeration apparatus further comprises a controller , wherein the controller is configured to set a reference temperature higher than the highest set temperature among the set temperatures for the plurality of utilization-side units (60a to 60c), and separately control an opening degree of the expansion valve (63a to 63c) of each of the plurality of utilization-side units (60a to 60c) so that a temperature of the refrigerant at an outlet of the utilization-side heat exchanger (64a to 64c) of each of the plurality of utilization-side units (60a to 60c) reaches the reference temperature, in the heat application operation. a refrigerant circuit that includes a compressor , a heat-source-side heat exchanger , and a plurality of utilization-side units (60a to 60c) each including an utilization-side heat exchanger (64a to 64c) and an expansion valve (63a to 63c) and arranged in parallel, the refrigerant circuit being configured to perform a refrigeration cycle where a high pressure is equal to or greater than a critical pressure of a refrigerant, the refrigeration apparatus being configured to perform at least a heat application operation in which the utilization-side heat exchanger (64a to 64c) functions as a radiator, wherein the plurality of utilization-side units (60a to 60c) are capable of separately setting respective set temperatures, and the refrigeration apparatus further comprises a controller , wherein the controller is configured to set a reference temperature higher than the highest set temperature among the set temperatures for the plurality of utilization-side units (60a to 60c), and separately control an opening degree of the expansion valve (63a to 63c) of each of the plurality of utilization-side units (60a to 60c) so that a temperature of the refrigerant at an outlet of the utilization-side heat exchanger (64a to 64c) of each of the plurality of utilization-side units (60a to 60c) reaches the reference temperature, in the heat application operation.
An air guide housing , in particular for a ventilation, heating or air conditioning system of a vehicle, with a chamber with a chamber wall, with at least one first air inlet opening at the chamber wall, wherein the at least one first air inlet opening has a cross sectional area which is disposed perpendicular to a first axis , and with at least one second air inlet opening at the chamber wall, wherein the at least one second air inlet opening has a cross sectional area which is arranged perpendicular to a second axis , and with at least one air outlet opening in the chamber wall, wherein the at least one air outlet opening has a cross sectional area which is arranged perpendicular to a third axis , and with a fan impeller for suctioning air into the air guide housing , characterised in that the second axis and the third axis are arranged parallel to each other, wherein the first axis and the second axis are arranged at an angle of about 90° to one another and the first axis and the third axis are arranged at an angle of about 90° to one another, wherein the at least one first air inlet opening can be fluidly connected to a fresh air channel, wherein fresh air from the surroundings of the vehicle can be suctioned via the fresh air channel through the at least one first air inlet opening into the air guide housing and wherein through the at least one second air inlet opening , circulating air can be suctioned from an air circulating duct and/or from a cabin of the vehicle into the air guide housing , wherein the fan impeller is arranged in the chamber and suctions air into the chamber via the first air inlet opening and/or the second air inlet opening and conveys it out of the chamber through the air outlet opening, wherein the fan impeller is rotatably mounted about a fourth axis , wherein the second axis and the fourth axis are arranged at an angle of about 90° to one another and wherein an air filter is arranged in an air flow direction downstream of the at least one air outlet opening .
A pressure wave device for therapeutic treatment of the human or animal body comprising a projectile to be accelerated along an acceleration section in the device to generate pressure waves by the collision of the projectile with the body to be treated or with an applicator as part of the device, which applicator forwards the pressure waves generated by the collision, and comprising a pneumatic drive for accelerating the projectile along the acceleration section, characterised by an additional electromagnetic drive (7a, b) for the additional acceleration of the projectile along the acceleration section, which electromagnetic drive (7a, b) supports the pneumatic drive in accelerating the projectile .
A lane assignment system , the system comprising: a digital map configured to indicate a position of a host vehicle traveling in a travel lane on a roadway ; a ranging sensor configured to detect a lateral distance from the host vehicle to another vehicle traveling on the roadway proximate the host vehicle and one or more controller circuits in communication with the digital map and the ranging sensor , the one or more controller circuits configured to: determine a lateral variation of the lateral distance ; determine whether the lateral variation is greater than a dynamic threshold , the dynamic threshold being dependent on a lane width of the travel lane at the position of the host vehicle ; determine whether a second lane exists beyond a first lane based on the digital map , the first lane being adjacent to the travel lane ; in accordance with a determination that the lateral variation is greater than the dynamic threshold and that the second lane does not exist: determine that the other vehicle is traveling in the first lane ; and operate the host vehicle in accordance with the other vehicle traveling in the first lane ; and in accordance with a determination that the lateral variation is greater than the dynamic threshold and that the second lane does exist: determine that the other vehicle is traveling in the second lane ; and operate the host vehicle in accordance with the other vehicle traveling in the second lane . a digital map configured to indicate a position of a host vehicle traveling in a travel lane on a roadway ; a ranging sensor configured to detect a lateral distance from the host vehicle to another vehicle traveling on the roadway proximate the host vehicle and one or more controller circuits in communication with the digital map and the ranging sensor , the one or more controller circuits configured to: determine a lateral variation of the lateral distance ; determine whether the lateral variation is greater than a dynamic threshold , the dynamic threshold being dependent on a lane width of the travel lane at the position of the host vehicle ; determine whether a second lane exists beyond a first lane based on the digital map , the first lane being adjacent to the travel lane ; in accordance with a determination that the lateral variation is greater than the dynamic threshold and that the second lane does not exist: determine that the other vehicle is traveling in the first lane ; and operate the host vehicle in accordance with the other vehicle traveling in the first lane ; and determine that the other vehicle is traveling in the first lane ; and operate the host vehicle in accordance with the other vehicle traveling in the first lane ; and in accordance with a determination that the lateral variation is greater than the dynamic threshold and that the second lane does exist: determine that the other vehicle is traveling in the second lane ; and operate the host vehicle in accordance with the other vehicle traveling in the second lane . determine that the other vehicle is traveling in the second lane ; and operate the host vehicle in accordance with the other vehicle traveling in the second lane .
Treatment arrangement for the treatment of a surface, with a planar electrode arrangement to which an electrical voltage can be supplied, and a planar shielding layer consisting of an isolating plastic, which at least partially encloses the electrode arrangement , the electrode arrangement consisting of a plastic provided with conductive additives, characterised in that the in the region of the boundary layer between the electrode arrangement and the shielding layer , the plastics of the electrode arrangement and the shielding layer are connected to one another in material-bonding manner without an additional adhesive layer by the plastics being mixed and/or cross-linked with one another in the region of the boundary layer .
Centrifuge comprising a) a housing , b) a centrifugation chamber wherein a rotor which is supported for being rotated is arranged or can be arranged, c) a primary cooling circuit characterised by d) a secondary cooling circuit which is thermically coupled to the primary cooling circuit and to the centrifugation chamber , e) a control unit being provided comprising control logic which controls the primary cooling circuit and the secondary cooling circuit in a way such that ea) during an operation of the centrifuge wherein the rotor is rotated cooling energy is generated by the primary cooling circuit and/or eb) the primary cooling circuit and the secondary cooling circuit are operated simultaneously. a) a housing , b) a centrifugation chamber wherein a rotor which is supported for being rotated is arranged or can be arranged, c) a primary cooling circuit d) a secondary cooling circuit which is thermically coupled to the primary cooling circuit and to the centrifugation chamber , e) a control unit being provided comprising control logic which controls the primary cooling circuit and the secondary cooling circuit in a way such that ea) during an operation of the centrifuge wherein the rotor is rotated cooling energy is generated by the primary cooling circuit and/or eb) the primary cooling circuit and the secondary cooling circuit are operated simultaneously. ea) during an operation of the centrifuge wherein the rotor is rotated cooling energy is generated by the primary cooling circuit and/or eb) the primary cooling circuit and the secondary cooling circuit are operated simultaneously.
A method for joining components, the method comprising: exposing a first substrate to a first plasma such that an amine-functionalized substrate is formed, wherein the amine-functionalized substrate comprises amine chemical moieties disposed on a first surface of the first substrate ; exposing the first substrate to a second plasma , such that the first substrate comprises epoxy chemical moieties disposed on the first surface of the first substrate ; positioning the first surface of the first substrate adjacent to a second surface of a second substrate to form a workpiece such that the first surface contacts the second surface; heating the workpiece to form a heated workpiece ; and cooling the heated workpiece to form a structure . exposing a first substrate to a first plasma such that an amine-functionalized substrate is formed, wherein the amine-functionalized substrate comprises amine chemical moieties disposed on a first surface of the first substrate ; exposing the first substrate to a second plasma , such that the first substrate comprises epoxy chemical moieties disposed on the first surface of the first substrate ; positioning the first surface of the first substrate adjacent to a second surface of a second substrate to form a workpiece such that the first surface contacts the second surface; heating the workpiece to form a heated workpiece ; and cooling the heated workpiece to form a structure .
A travel plug adapter , which has a housing, a plug socket , and at least a first plug of a first standard and a second plug of a second standard, wherein the first plug and the second plug alternatively can be brought from a readiness position, in which the respective plug is located substantially within the housing, into a usage position, wherein the first plug is connected to a first actuation slide for transferring the first plug from the readiness position into the usage position, and the second plug is connected to a second actuation slide for transferring the second plug from the readiness position into the usage position, wherein a selection slide is provided, which alternatively releases the first plug in a first position or the second plug in a second position for transfer into the usage position, characterised in that , at the selection slide , a locking element is provided, which can lock a plurality of or all plugs, at least the first plug or the second plug in the usage position and which is designed as a component that is separate from the selection slide .
A connector comprising: an internal contact extending in an axial direction and disposed at an inner position in a radial direction; an external contact extending in the axial direction and disposed at an outer position in the radial direction; and an insulator disposed between the internal contact and the external contact , wherein at least one of the internal contact and the external contact includes, on one side in the axial direction, a mating part to be mated with a corresponding counterpart contact at a predetermined radial contact pressure, the insulator includes a first insulator part exposed to the one side in the axial direction, and a second insulator part disposed on the other side in the axial direction relative to the first insulator part , and the first insulator part is made of an elastic material capable of being easily deformed elastically in the radial direction as compared to the second insulator part , and the internal contact includes a penetration part that penetrates the insulator, a projecting end part that projects more toward the one side in the axial direction than the first insulator part , and a protrusion that protrudes in the radial direction toward the first insulator part from the penetration part , characterized in that one end face of the first insulator part projects more toward the one side in the axial direction than the external contact . an internal contact extending in an axial direction and disposed at an inner position in a radial direction; an external contact extending in the axial direction and disposed at an outer position in the radial direction; and an insulator disposed between the internal contact and the external contact , wherein at least one of the internal contact and the external contact includes, on one side in the axial direction, a mating part to be mated with a corresponding counterpart contact at a predetermined radial contact pressure, the insulator includes a first insulator part exposed to the one side in the axial direction, and a second insulator part disposed on the other side in the axial direction relative to the first insulator part , and the first insulator part is made of an elastic material capable of being easily deformed elastically in the radial direction as compared to the second insulator part , and the internal contact includes a penetration part that penetrates the insulator, a projecting end part that projects more toward the one side in the axial direction than the first insulator part , and a protrusion that protrudes in the radial direction toward the first insulator part from the penetration part , characterized in that a penetration part that penetrates the insulator, a projecting end part that projects more toward the one side in the axial direction than the first insulator part , and a protrusion that protrudes in the radial direction toward the first insulator part from the penetration part , characterized in that one end face of the first insulator part projects more toward the one side in the axial direction than the external contact .
An analyzing apparatus comprising: an acquisition unit configured to acquire a plurality of time-series B-mode images; and a calculation unit configured to: obtain, for each of image pairs each formed of two medical images included in the plurality of B-mode images a first index value indicating correlation between a first position in the B-mode images in one time phase and a second position corresponding to the first position in the B-mode images in another time phase; obtain, on the basis of a plurality of the first index values obtained for the respective image pairs, a second index value corresponding to a statistical value in a time axis direction of the correlation. an acquisition unit configured to acquire a plurality of time-series B-mode images; and a calculation unit configured to: obtain, for each of image pairs each formed of two medical images included in the plurality of B-mode images a first index value indicating correlation between a first position in the B-mode images in one time phase and a second position corresponding to the first position in the B-mode images in another time phase; obtain, on the basis of a plurality of the first index values obtained for the respective image pairs, a second index value corresponding to a statistical value in a time axis direction of the correlation. obtain, for each of image pairs each formed of two medical images included in the plurality of B-mode images a first index value indicating correlation between a first position in the B-mode images in one time phase and a second position corresponding to the first position in the B-mode images in another time phase; obtain, on the basis of a plurality of the first index values obtained for the respective image pairs, a second index value corresponding to a statistical value in a time axis direction of the correlation.
A system for respiratory system secretion management, comprising: an oscillatory wave generator for generating a wave for loosening secretion from a respiratory system of a subject; and a power module configured to power the system; an intranasal module in communication with the oscillatory wave generator , for delivering the wave into a nasal passage of the subject; a communication module coupled to at least one of the intranasal module and the oscillatory wave generator , for selectively communicating power and/or one or more waveform characteristics to the respective intranasal module and/or oscillatory wave generator; and an interface module in wireless communication with the communication module, for providing instructions to the communication module, thereby to control the communication module, wherein the intranasal module is shaped to be positioned in the nasal passage and comprises a housing shaped to seal against the nasal passage, and an acoustic window at a distal end of the housing, through which the wave is delivered into the nasal passage; wherein the intranasal module is in communication with the oscillatory wave generator via a waveguide; and an external housing connected to the intranasal module by the waveguide, the oscillatory wave generator being housed in the external housing , the waveguide being flexible to permit flexible placement of the housing during delivery of therapy. an oscillatory wave generator for generating a wave for loosening secretion from a respiratory system of a subject; and a power module configured to power the system; an intranasal module in communication with the oscillatory wave generator , for delivering the wave into a nasal passage of the subject; a communication module coupled to at least one of the intranasal module and the oscillatory wave generator , for selectively communicating power and/or one or more waveform characteristics to the respective intranasal module and/or oscillatory wave generator; and an interface module in wireless communication with the communication module, for providing instructions to the communication module, thereby to control the communication module, wherein the intranasal module is shaped to be positioned in the nasal passage and comprises a housing shaped to seal against the nasal passage, and an acoustic window at a distal end of the housing, through which the wave is delivered into the nasal passage; wherein the intranasal module is in communication with the oscillatory wave generator via a waveguide; and an external housing connected to the intranasal module by the waveguide, the oscillatory wave generator being housed in the external housing , the waveguide being flexible to permit flexible placement of the housing during delivery of therapy.
An image forming apparatus , comprising: a body ; a development cartridge to be attached to or detached from the body ; and a fixing device to fix toner to a recording medium, wherein the development cartridge includes a heat transfer blocking member disposed on an outer side of the development cartridge and adjacent to the fixing device when the development cartridge is attached to the body where the heat transfer blocking member includes a first heat blocking plate disposed on the outer side of the development cartridge and in an area corresponding to the fixing device , a paper discharge tray on which a discharged recording medium passing through the fixing device is loaded, characterised in that the heat transfer blocking member further includes a second heat blocking plate disposed on the outer side of the development cartridge and in an area corresponding to the paper discharge tray . a body ; a development cartridge to be attached to or detached from the body ; and a fixing device to fix toner to a recording medium, wherein the development cartridge includes a heat transfer blocking member disposed on an outer side of the development cartridge and adjacent to the fixing device when the development cartridge is attached to the body where the heat transfer blocking member includes a first heat blocking plate disposed on the outer side of the development cartridge and in an area corresponding to the fixing device , a paper discharge tray on which a discharged recording medium passing through the fixing device is loaded, characterised in that the heat transfer blocking member further includes a second heat blocking plate disposed on the outer side of the development cartridge and in an area corresponding to the paper discharge tray .
A catalyst system for the polymerization or co-polymerization of alpha-olefins comprising: a solid Ziegler-Natta type catalyst component comprising titanium, magnesium, halogen, and an internal electron donor comprising at least one non-phthalate compound selected from the following Formulae 2-12 and 14: wherein R 1 , R 2 , R 4 and R 5 are independently selected from the group consisting of hydrogen, halogen, alkyl, substituted alkyl, cyclo-alkyl, aryl, arylalkyl, alkylaryl, alkenyl, cycloalkyl, or heterocycles; and wherein X is a C1-C20 hydrocarbon group; and organoaluminium compounds; and one or more external electron-donor compounds. a solid Ziegler-Natta type catalyst component comprising titanium, magnesium, halogen, and an internal electron donor comprising at least one non-phthalate compound selected from the following Formulae 2-12 and 14: wherein R 1 , R 2 , R 4 and R 5 are independently selected from the group consisting of hydrogen, halogen, alkyl, substituted alkyl, cyclo-alkyl, aryl, arylalkyl, alkylaryl, alkenyl, cycloalkyl, or heterocycles; and wherein X is a C1-C20 hydrocarbon group; and organoaluminium compounds; and one or more external electron-donor compounds.