mhurhangee/ep-ind-claims huggingface dataset:
Process system having a process unit (1, 60, 100) including a reactor, the system can be operated between an upper (T o) and a lower temperature (T u) and is adapted for a process with one process step at an upper temperature and with another process step at a lower temperature, the system having a first heat accumulator (3, 61) and a second heat accumulator (4, 62), whereby the reactor is supplied with heat from outside during heating in an upper temperature range up to the upper temperature, whereby the first heat accumulator (3, 61) and the second heat accumulator (4, 62) are operatively connected to one another by a conduit arrangement for a heat-transporting medium, whereby the process unit (1, 60, 100) is arranged in a first section of the conduit arrangement between the first (3, 61) and the second heat accumulator (4, 62), characterized in that the first heat accumulator and the second heat accumulator are designed as layered heat accumulators, the first heat accumulator and the second heat accumulator being connected on the respective side facing away from the process unit (60, 100) by means of a second section of the line arrangement.
Lighting fixture comprising at least one lighting fixture housing and a cover, which is realized specifically as safety and/or emergency exit light and/or explosion-proof light, wherein an illuminating means is held on the lighting fixture housing by means of a clamp connection and at least one auxiliary electrical device for the illuminating means is arranged on the lighting fixture housing, characterized in that the lighting fixture housing comprises conductor rails for the electrical supply of the illuminating means and the auxiliary electrical device, wherein the auxiliary electrical device is realized as a plug-in module which can be plugged onto the conductor rails.
Method for operating a motor vehicle system, wherein a control apparatus: - provides a basic mode for the motor vehicle system, - establishes a further operating mode for the motor vehicle system, which differs from the basic mode in that the further operating mode, compared to the basic mode, provides a predetermined, additional operating function, and which is currently blocked, - outputs media content containing at least one question about a topical context, wherein the media content is a quiz and/or asks the user for motor vehicle-related data, - receives an input of information and checks this as to whether it meets a predefined match criterion that prescribes a match with a category of the topical context and/or an intended answer and is thus an answer to the at least one question from the output media content, - unblocks the blocked operating mode and thereby enables the additional operating function only if the predefined match criterion is met. - provides a basic mode for the motor vehicle system, - establishes a further operating mode for the motor vehicle system, which differs from the basic mode in that the further operating mode, compared to the basic mode, provides a predetermined, additional operating function, and which is currently blocked, - outputs media content containing at least one question about a topical context, wherein the media content is a quiz and/or asks the user for motor vehicle-related data, - receives an input of information and checks this as to whether it meets a predefined match criterion that prescribes a match with a category of the topical context and/or an intended answer and is thus an answer to the at least one question from the output media content, - unblocks the blocked operating mode and thereby enables the additional operating function only if the predefined match criterion is met.
A method for wireless communications at a base station, comprising: selecting a non-uniform combined symbol constellation (300-d, 300-e) from a uniform symbol constellation based at least in part on a power ratio between a base-layer of a signal and an enhancement layer of the signal, wherein the base-layer is associated with a first modulation order, the enhancement layer is associated with a second modulation order, and the combined symbol constellation (300-d, 300-e) corresponds to a subset of symbol locations from the uniform symbol constellation, wherein the combined symbol constellation (300-d, 300-e) is selected from a plurality of combined symbol constellations comprised by the uniform symbol constellation that correspond to a plurality of power ratios; mapping a first data stream and a second data stream to symbol locations of the combined symbol constellation (300-d, 300-e) to obtain a set of symbols for the signal, wherein the first data stream corresponds to a base-layer transmission for a first user equipment, UE, and the second data stream corresponds to an enhancement layer transmission for a second UE; and transmitting the signal to the first UE and the second UE. selecting a non-uniform combined symbol constellation (300-d, 300-e) from a uniform symbol constellation based at least in part on a power ratio between a base-layer of a signal and an enhancement layer of the signal, wherein the base-layer is associated with a first modulation order, the enhancement layer is associated with a second modulation order, and the combined symbol constellation (300-d, 300-e) corresponds to a subset of symbol locations from the uniform symbol constellation, wherein the combined symbol constellation (300-d, 300-e) is selected from a plurality of combined symbol constellations comprised by the uniform symbol constellation that correspond to a plurality of power ratios; mapping a first data stream and a second data stream to symbol locations of the combined symbol constellation (300-d, 300-e) to obtain a set of symbols for the signal, wherein the first data stream corresponds to a base-layer transmission for a first user equipment, UE, and the second data stream corresponds to an enhancement layer transmission for a second UE; and transmitting the signal to the first UE and the second UE.
A composition for transfer and storage of an N-substituted carbamic acid-O-Ar ester comprising the N-substituted carbamic acid-O-Ar ester represented by the following formula, and an aromatic hydroxy composition containing one or more types of aromatic hydroxy compounds, wherein a ratio of number of molecules of the aromatic hydroxy compound that composes the aromatic hydroxy composition to number of ester groups that compose the N-substituted carbamic acid-O-Ar ester is within a range of from 1 to 100: wherein Ar represents a residue in which a single hydroxy group bonded to an aromatic ring of an aromatic hydroxy compound has been removed from the aromatic hydroxy compound, and the aromatic hydroxy compound may be the same or different from the aromatic hydroxy compound that composes the aromatic hydroxy composition, and the N-substituted carbamic acid-O-Ar ester represented by formula is: N-aromatic organic monocarbamic acid ester in which R 1 represents an organic group which has 6 to 85 carbon atoms and contains one or more types of carbamic acid ester group-substituted aromatic rings, and wherein d is 1; N-aromatic organic polycarbamic acid ester in which R 1 represents an organic group which has 6 to 85 carbon atoms and contains one or more types of carbamic acid ester group-substituted aromatic rings, and wherein d is an integer of from 2 to 10; N-aliphatic organic polycarbamic acid ester in which R 1 represents an aliphatic group having 1 to 85 carbon atoms, and wherein d is 2 or 3. Ar represents a residue in which a single hydroxy group bonded to an aromatic ring of an aromatic hydroxy compound has been removed from the aromatic hydroxy compound, and the aromatic hydroxy compound may be the same or different from the aromatic hydroxy compound that composes the aromatic hydroxy composition, and the N-substituted carbamic acid-O-Ar ester represented by formula is: N-aromatic organic monocarbamic acid ester in which R 1 represents an organic group which has 6 to 85 carbon atoms and contains one or more types of carbamic acid ester group-substituted aromatic rings, and wherein d is 1; N-aromatic organic polycarbamic acid ester in which R 1 represents an organic group which has 6 to 85 carbon atoms and contains one or more types of carbamic acid ester group-substituted aromatic rings, and wherein d is an integer of from 2 to 10; N-aliphatic organic polycarbamic acid ester in which R 1 represents an aliphatic group having 1 to 85 carbon atoms, and wherein d is 2 or 3. N-aromatic organic monocarbamic acid ester in which R 1 represents an organic group which has 6 to 85 carbon atoms and contains one or more types of carbamic acid ester group-substituted aromatic rings, and wherein d is 1; N-aromatic organic polycarbamic acid ester in which R 1 represents an organic group which has 6 to 85 carbon atoms and contains one or more types of carbamic acid ester group-substituted aromatic rings, and wherein d is an integer of from 2 to 10; N-aliphatic organic polycarbamic acid ester in which R 1 represents an aliphatic group having 1 to 85 carbon atoms, and wherein d is 2 or 3.
Balancing unit for a first and a second electric energy cell, comprising: - a DC chopper converter with an inductance, wherein the DC chopper converter is designed to receive energy in a first switching state from the first energy cell into the inductance and to emit the received energy in a second switching state from the inductance to the second energy cell; - a measuring unit (320, L2, R) for determining the voltages of the energy cells (C1, C2), wherein the measuring unit (320, L2, R) is designed to determine the voltages of the energy cells (C1, C2) on the basis of a magnetic field of the inductance; - an actuating unit for actuating the DC chopper converter into the two switching states as a function of the specific voltages; characterised in that the actuating unit is designed to enable the determination of a voltage of one of the energy cells (C1, C2) by means of a brief actuation and a transmission of energy by means of a long actuation of one of the switching states. - a DC chopper converter with an inductance, wherein the DC chopper converter is designed to receive energy in a first switching state from the first energy cell into the inductance and to emit the received energy in a second switching state from the inductance to the second energy cell; - a measuring unit (320, L2, R) for determining the voltages of the energy cells (C1, C2), wherein the measuring unit (320, L2, R) is designed to determine the voltages of the energy cells (C1, C2) on the basis of a magnetic field of the inductance; - an actuating unit for actuating the DC chopper converter into the two switching states as a function of the specific voltages;
A method provided at a control unit (10,20) comprising: constructing mobile allocation lists for each configuration of a plurality of configurations of shared spectrum areas between a first communication system of a first radio access technology and a second communication system of a second radio access technology, depending on a load of the second communication system, changing the configuration into another configuration of the plurality of configurations by enabling or disabling at least one of the mobile allocation lists, which contains resources corresponding to a shared spectrum area which is shared between the first and second communication systems, to obtain the other configuration, allocating resources for each connection with the second communication system by selecting resources from at least one of the mobile allocation lists which is enabled, and handing over connections on resources selected from a mobile allocation list of the mobile allocation lists which is disabled when the configuration is changed to the other configuration, to resources selected from a mobile allocation list of the mobile allocation lists which remains enabled when the configuration is changed. constructing mobile allocation lists for each configuration of a plurality of configurations of shared spectrum areas between a first communication system of a first radio access technology and a second communication system of a second radio access technology, depending on a load of the second communication system, changing the configuration into another configuration of the plurality of configurations by enabling or disabling at least one of the mobile allocation lists, which contains resources corresponding to a shared spectrum area which is shared between the first and second communication systems, to obtain the other configuration, allocating resources for each connection with the second communication system by selecting resources from at least one of the mobile allocation lists which is enabled, and handing over connections on resources selected from a mobile allocation list of the mobile allocation lists which is disabled when the configuration is changed to the other configuration, to resources selected from a mobile allocation list of the mobile allocation lists which remains enabled when the configuration is changed.
Non-therapeutic use of a nanoparticle with a core-shell or double core-shell structure, wherein the nanoparticle comprises a dendritic core and at least one shell, and wherein Ag + ions are non-covalently incorporated into the nanoparticle, as microbiocidal compound.
A gait rehabilitation apparatus comprising: an articulated mechanical shadow leg configured to mimic the movement of a biological leg; a first member extending from the shadow leg and having a first biological leg attachment formation defined thereon; characterized in that the first member extends in a substantially anteroposterior direction relative to the shadow leg in use. an articulated mechanical shadow leg configured to mimic the movement of a biological leg; a first member extending from the shadow leg and having a first biological leg attachment formation defined thereon; characterized in that the first member extends in a substantially anteroposterior direction relative to the shadow leg in use.
A method for redirecting a user equipment, UE, from a first network to a second network, wherein the first network is a neutral-host, NH, network, executed by a wireless access point of the first network, comprising: determining information for the UE about one or more mobile network operator, MNO, networks, wherein the first network is separated from and does not directly interact with the one or more MNO networks; selecting the second network for redirection from among the one or more MNO networks based on the determined information, wherein the second network is a MNO network to which the UE is associated; and sending the UE a redirection message that redirects the UE from the first network to the second network, when handover is unsupported between the first network and the second network because the first network and the second network are separate networks that do not directly interact, wherein the redirection message provides information for the UE to reconnect to the second network. determining information for the UE about one or more mobile network operator, MNO, networks, wherein the first network is separated from and does not directly interact with the one or more MNO networks; selecting the second network for redirection from among the one or more MNO networks based on the determined information, wherein the second network is a MNO network to which the UE is associated; and sending the UE a redirection message that redirects the UE from the first network to the second network, when handover is unsupported between the first network and the second network because the first network and the second network are separate networks that do not directly interact, wherein the redirection message provides information for the UE to reconnect to the second network.
A support assembly configured to support a display component, and comprising: a housing comprising a mounting cavity; a circuit board assembly assembled in the mounting cavity; and a heat dissipation assembly assembled to the circuit board assembly, wherein the circuit board assembly comprises a mainboard, the heat dissipation assembly comprises a mainboard heat dissipation member, and the mainboard heat dissipation member is assembled to the mainboard, characterized in that the mainboard heat dissipation member comprises a first heat dissipation portion, a second heat dissipation portion, and a third heat dissipation portion that are sequentially connected, and forms a Z-shaped structure; the first heat dissipation portion is assembled to the mainboard, the second heat dissipation portion extends towards a first connecting portion of the housing and is in contact with a side wall of the first connecting portion, and the third heat dissipation portion is coupled to the first connecting portion; and the first connecting portion is a first convex portion formed in such a way that a wall of the housing protrudes toward the mounting cavity, and correspondingly, a mounting groove is formed on an outer side of the first convex portion, to assemble control buttons and other components. a housing comprising a mounting cavity; a circuit board assembly assembled in the mounting cavity; and a heat dissipation assembly assembled to the circuit board assembly, wherein the circuit board assembly comprises a mainboard, the heat dissipation assembly comprises a mainboard heat dissipation member, and the mainboard heat dissipation member is assembled to the mainboard, characterized in that the mainboard heat dissipation member comprises a first heat dissipation portion, a second heat dissipation portion, and a third heat dissipation portion that are sequentially connected, and forms a Z-shaped structure; the first heat dissipation portion is assembled to the mainboard, the second heat dissipation portion extends towards a first connecting portion of the housing and is in contact with a side wall of the first connecting portion, and the third heat dissipation portion is coupled to the first connecting portion; and the first connecting portion is a first convex portion formed in such a way that a wall of the housing protrudes toward the mounting cavity, and correspondingly, a mounting groove is formed on an outer side of the first convex portion, to assemble control buttons and other components.
Order-picking apparatus having racks (2, 2') which have a plurality of shelves, wherein between the approximately parallel racks (2, 2'), travel spaces are provided in which rack operating devices can be moved, by means of which shelves and transfer compartments (5, 5') can be accessed in order to pick up or accept goods, and having transverse carriages (10, 14) which can be moved transversely to the shelves (2, 2') and travel spaces in order to transfer goods to or from a transfer compartment, wherein the goods are placed in storage via a loading station and removed from storage via a removal station, wherein a plurality of upper transverse carriages are guided in a loading plane associated with the loading station and a plurality of lower transverse carriages are guided in a removal plane associated with the removal station, which plane is arranged at a distance from the loading plane, characterised in that the loading plane is arranged in the region above the uppermost shelves and transfer compartments and the removal plane is arranged in the region below the lowermost shelves and transfer compartments.
A method of preventing, reducing, or delaying adhesion, adsorption, surface-mediated clot formation, or coagulation of a biological material onto a device in contact therewith, comprising: providing the device having a solid substrate comprising a functionalised, roughened surface to improve wetting by a lubricating liquid, wherein the roughened surface has a roughness factor, R, greater than 1, where the roughness factor is defined as the ratio between the real surface area, as measured with an atomic force microscope utilizing an AFM probe having a radius of tip curvature that is less than 10nm and an aspect ratio greater than 10, and the projected surface area; and the lubricating liquid wetting and adhering to the functionalised, roughened surface to form a stabilised liquid overlayer, wherein the lubricating liquid covers the functionalised, roughened surface, and wherein the functionalised, roughened surface and the lubricating liquid have an affinity for each other and the roughness factor is selected such that the lubricating liquid is immobilized on the functionalised, roughened surface; and contacting the biological material to the device. providing the device having a solid substrate comprising a functionalised, roughened surface to improve wetting by a lubricating liquid, wherein the roughened surface has a roughness factor, R, greater than 1, where the roughness factor is defined as the ratio between the real surface area, as measured with an atomic force microscope utilizing an AFM probe having a radius of tip curvature that is less than 10nm and an aspect ratio greater than 10, and the projected surface area; and the lubricating liquid wetting and adhering to the functionalised, roughened surface to form a stabilised liquid overlayer, wherein the lubricating liquid covers the functionalised, roughened surface, and wherein the functionalised, roughened surface and the lubricating liquid have an affinity for each other and the roughness factor is selected such that the lubricating liquid is immobilized on the functionalised, roughened surface; and contacting the biological material to the device.
A fusion protein comprising (i) a nuclease-inactive Cas9 domain; and (ii) a deaminase domain. (i) a nuclease-inactive Cas9 domain; and (ii) a deaminase domain.
A navigation system, comprising: an instrument that is operable to be moved relative to a subject and having an exterior wall that defines an instrument axis; a holding portion defined by the instrument substantially within a surface of the exterior wall; and a tracking device formed of at least a first portion having a first conductive wire wound around a first core, wherein the first portion has the first core that defines a shaped member having a first wider center portion and a pair of tapered ends, said wire being wrapped around the first wider central portion and the tapered ends, wherein the first portion defines a first navigation vector, wherein at least one of said pair of tapered ends has a generally flat surface, characterized in that the first portion is positioned in the holding portion of the instrument and wherein the holding portion includes a first depression to receive the first portion, positioning the generally flat surface against a surface of the first depression. an instrument that is operable to be moved relative to a subject and having an exterior wall that defines an instrument axis; a holding portion defined by the instrument substantially within a surface of the exterior wall; and a tracking device formed of at least a first portion having a first conductive wire wound around a first core, wherein the first portion has the first core that defines a shaped member having a first wider center portion and a pair of tapered ends, said wire being wrapped around the first wider central portion and the tapered ends, wherein the first portion defines a first navigation vector, wherein at least one of said pair of tapered ends has a generally flat surface, characterized in that the first portion is positioned in the holding portion of the instrument and wherein the holding portion includes a first depression to receive the first portion, positioning the generally flat surface against a surface of the first depression.