mhurhangee/patent-ind-claim-en huggingface dataset:
A system comprising: an aliquotter module comprising a first track having an endless loop form; a second track having an endless loop form; a transport track ; a first rotatable gateway device proximate the transport track and the first track ; a second rotatable gateway device proximate the transport track and the second track ; and a pipettor configured to aspirate a first aliquot volume of a sample in a primary sample container located in an aspiration position (A) proximate the first track and dispense the first aliquot volume of the sample in a secondary sample container located in a dispensing position (C) proximate the second track . a first track having an endless loop form; a second track having an endless loop form; a transport track ; a first rotatable gateway device proximate the transport track and the first track ; a second rotatable gateway device proximate the transport track and the second track ; and a pipettor configured to aspirate a first aliquot volume of a sample in a primary sample container located in an aspiration position (A) proximate the first track and dispense the first aliquot volume of the sample in a secondary sample container located in a dispensing position (C) proximate the second track .
A data transmission method, wherein the method comprises: receiving (S210), by a terminal device , first downlink control information DCI sent by a network device on a first downlink control channel, wherein a time segment corresponding to the first downlink control channel belongs to a first time segment; receiving (S220), by the terminal device on a first downlink data channel indicated by the first DCI, a first transport block sent by the network device, wherein a time segment corresponding to the first downlink data channel belongs to the first time segment; receiving (S230), by the terminal device, fourth DCI sent by the network device on a fourth downlink control channel, wherein a time segment corresponding to the fourth downlink control channel belongs to a second time segment, the second time segment is later than the first time segment, characterized in that the fourth DCI comprises first encoding information, and the first encoding information is used to indicate a first encoding mode of the first transport block; and performing (S240), by the terminal device, decoding based on the first encoding information, to obtain the first transport block. receiving (S210), by a terminal device , first downlink control information DCI sent by a network device on a first downlink control channel, wherein a time segment corresponding to the first downlink control channel belongs to a first time segment; receiving (S220), by the terminal device on a first downlink data channel indicated by the first DCI, a first transport block sent by the network device, wherein a time segment corresponding to the first downlink data channel belongs to the first time segment; receiving (S230), by the terminal device, fourth DCI sent by the network device on a fourth downlink control channel, wherein a time segment corresponding to the fourth downlink control channel belongs to a second time segment, the second time segment is later than the first time segment, characterized in that the fourth DCI comprises first encoding information, and the first encoding information is used to indicate a first encoding mode of the first transport block; and performing (S240), by the terminal device, decoding based on the first encoding information, to obtain the first transport block.
An article comprising: a substrate having a first major surface, the substrate comprising a nonwoven material, a woven material, or a foam; a plurality of microcapsules comprising an outer surface and a plasticizer encapsulated in the microcapsules, the plurality of microcapsules attached to the first major surface of the substrate with a polymeric material, wherein a ratio of the average diameter of the plurality of microcapsules to the average coating thickness of the polymeric material on the substrate is in the range of from 1.3 to 10. a substrate having a first major surface, the substrate comprising a nonwoven material, a woven material, or a foam; a plurality of microcapsules comprising an outer surface and a plasticizer encapsulated in the microcapsules, the plurality of microcapsules attached to the first major surface of the substrate with a polymeric material, wherein a ratio of the average diameter of the plurality of microcapsules to the average coating thickness of the polymeric material on the substrate is in the range of from 1.3 to 10.
A transportable modular container system comprising - a container module including a reservoir configured to hold a fluid; - an adjustable support for the container module, removably securable to a load area of a freight carrying transport and reciprocatingly adjustable between proximate and distal positions, the container module being located relatively closer to the load area in the proximate position than in the distal position, and wherein a zone for secondary freight is defined between the container module and the load area when the adjustable support is in the distal position and removably secured to the load area of the freight carrying transport; and wherein the container system is characterised by - a removable fluid flow control module for controlling fluid flow of the fluid between an external reservoir and the container module reservoir and releasably connectable to the container module. - a container module including a reservoir configured to hold a fluid; - an adjustable support for the container module, removably securable to a load area of a freight carrying transport and reciprocatingly adjustable between proximate and distal positions, the container module being located relatively closer to the load area in the proximate position than in the distal position, and wherein a zone for secondary freight is defined between the container module and the load area when the adjustable support is in the distal position and removably secured to the load area of the freight carrying transport; and wherein the container system is characterised by - a removable fluid flow control module for controlling fluid flow of the fluid between an external reservoir and the container module reservoir and releasably connectable to the container module.
A method of forming a magnetic device, the method comprising: forming a magnetic material over an electrode on a substrate ; forming a first tunnel barrier material over the magnetic material; annealing the magnetic material and the first tunnel barrier material; forming a second tunnel barrier material over the annealed first tunnel barrier material, wherein the first tunnel barrier material and the second tunnel barrier material include the same material; forming another magnetic material over the second tunnel barrier material; and forming another electrode over the another magnetic material; characterised in that the forming a second tunnel barrier material over the annealed first tunnel barrier material comprises forming the second tunnel barrier material at a higher temperature than the first tunnel barrier material. forming a magnetic material over an electrode on a substrate ; forming a first tunnel barrier material over the magnetic material; annealing the magnetic material and the first tunnel barrier material; forming a second tunnel barrier material over the annealed first tunnel barrier material, wherein the first tunnel barrier material and the second tunnel barrier material include the same material; forming another magnetic material over the second tunnel barrier material; and forming another electrode over the another magnetic material; characterised in that the forming a second tunnel barrier material over the annealed first tunnel barrier material comprises forming the second tunnel barrier material at a higher temperature than the first tunnel barrier material.
A mixing vessel for an electric motor-operated food processor , with a vessel floor , an agitator extending through the vessel floor into the mixing vessel , and a foot part that can be externally connected with the vessel floor , which is designed for fixing the agitator to the vessel floor , characterized in that the vessel floor or foot part has a blocking element that can be exposed to the spring force of a spring element , and can be shifted against the spring force by means of a corresponding contact element of the foot part or vessel floor from a blocking position that prevents a fixation of the agitator into a release position that enables a fixation, wherein, in absence of the agitator at the vessel floor , no fixation of the foot part is performed at the vessel floor and the foot part remains displaceable relative to the vessel floor and gets pushed by the locking element into a locking position.
Covering element comprising a carrier plate containing a mineral material and carrying on its front side a polymer-containing decorative layer (20 - 24; 32), the covering element having complementary recesses and projections extending on its side edges, wherein the recesses and projections are formed respectively on side edges facing away from one another, so that they engage into one another when covering elements are adjacent, the recesses and projections being disposed in the carrier plate , characterized in that the carrier plate is multi-layer with a plurality of layers containing mineral material, wherein at least part of the decorative layer (20 - 24) is applied in liquid form and wherein the material of the decorative layer (20 - 24) at least partially penetrates the topmost layer of the carrier plate and has also infiltrated at least partially into the underlying adjacent layer of the carrier plate.
A method that causes a terminal to execute a display control process, the method comprising: generating a number of identification information corresponding to a number of object information to be displayed in a display area of a display unit ; displaying the object information, and the identification information corresponding to the object information ; detecting object information that is selected to be displayed in the display area ; and determining whether relationship information is associated with the detected object information by referring to a storage unit , the storage unit storing the relationship information that associates the object information with the identification information; wherein when the relationship information corresponding to the detected object information is stored in the storage unit , the detected object information is displayed in association with the identification information associated with the detected object information ; wherein when the relationship information corresponding to the detected object information is not stored in the storage unit , the relationship information that associates the detected object information with the identification information is generated and stored in the storage unit ; wherein when the detected object information disappears from the display area , the relationship information corresponding to the detected object information is erased from the storage unit at a predetermined timing after the detected object information disappears from the display area . generating a number of identification information corresponding to a number of object information to be displayed in a display area of a display unit ; displaying the object information, and the identification information corresponding to the object information ; detecting object information that is selected to be displayed in the display area ; and determining whether relationship information is associated with the detected object information by referring to a storage unit , the storage unit storing the relationship information that associates the object information with the identification information; wherein when the relationship information corresponding to the detected object information is stored in the storage unit , the detected object information is displayed in association with the identification information associated with the detected object information ; wherein when the relationship information corresponding to the detected object information is not stored in the storage unit , the relationship information that associates the detected object information with the identification information is generated and stored in the storage unit ; wherein when the detected object information disappears from the display area , the relationship information corresponding to the detected object information is erased from the storage unit at a predetermined timing after the detected object information disappears from the display area .
Control installation for the closed-loop controlling of the room temperature of a building having a plurality of rooms, having - a central control unit for determining a nominal temperature for a central heat generator , based on a nominal/actual variance of a room temperature (T n , T sn ) of a reference room; - a plurality of room sensors for detecting a respective room temperature (T n ) in a respective room, wherein the room sensors in terms of data technology are connected to the control unit ; - wherein the control unit is configured for actuating actuator vales of individual rooms for heating circuits of individual rooms, characterized in that - the control unit is configured in such a manner that the actuator valves of individual rooms as a function of current nominal/actual variances of different rooms are actuated in such a manner that heat is transported from overheated rooms to cooler rooms. - a central control unit for determining a nominal temperature for a central heat generator , based on a nominal/actual variance of a room temperature (T n , T sn ) of a reference room; - a plurality of room sensors for detecting a respective room temperature (T n ) in a respective room, wherein the room sensors in terms of data technology are connected to the control unit ; - wherein the control unit is configured for actuating actuator vales of individual rooms for heating circuits of individual rooms, - the control unit is configured in such a manner that the actuator valves of individual rooms as a function of current nominal/actual variances of different rooms are actuated in such a manner that heat is transported from overheated rooms to cooler rooms.
Four-contact vertical Hall device having a deep N-well (NW) and a first outer contact , a first inner contact , a second inner contact and a second outer contact disposed at a surface of the deep N-well (NW) and arranged in this order along a straight symmetry line and symmetrically with respect to a central symmetry plane , wherein each of the contacts (4-7) is formed of a highly doped N+ region, wherein the two inner contacts have a same length and a same effective width and the two outer contacts have a same length and a same effective width, wherein the lengths are measured along the straight symmetry line and the widths are measured orthogonally to the straight symmetry line , and wherein the first outer contact and the second inner contact are used as input terminals and the first inner contact and the second outer contact are used as output terminals or the first inner contact and the second outer contact are used as input terminals and the first outer contact and the second inner contact are used as output terminals, characterized in that the effective width of the outer contacts is bigger than the effective width of the inner contacts , wherein the effective width of a contact is the width of the area where the highly doped N+ region forming the contact and the deep N-well (NW) merge into one another.
Apparatus for forming an electropotential map , comprising: a probe configured: to measure locations of points on a surface of a heart, and to measure electrical potentials at local activation times of a subset of the points; an ECG module ; and a processor , configured: to gate the location measurements of the points using the ECG module ; to assign respective resistances to line segments joining the points so as to define a resistor mesh, and to generate an electropotential map of the surface by applying an harmonic function to the resistor mesh responsive to the measured electrical potentials, wherein the electropotential map comprises a map of the electrical potentials at the local activation times of the heart. a probe configured: to measure locations of points on a surface of a heart, and to measure electrical potentials at local activation times of a subset of the points; to measure locations of points on a surface of a heart, and to measure electrical potentials at local activation times of a subset of the points; an ECG module ; and a processor , configured: to gate the location measurements of the points using the ECG module ; to assign respective resistances to line segments joining the points so as to define a resistor mesh, and to generate an electropotential map of the surface by applying an harmonic function to the resistor mesh responsive to the measured electrical potentials, wherein the electropotential map comprises a map of the electrical potentials at the local activation times of the heart. to gate the location measurements of the points using the ECG module ; to assign respective resistances to line segments joining the points so as to define a resistor mesh, and to generate an electropotential map of the surface by applying an harmonic function to the resistor mesh responsive to the measured electrical potentials, wherein the electropotential map comprises a map of the electrical potentials at the local activation times of the heart.
A fluid-tight foot support system , comprising: a foot support bladder for supporting at least a portion of a wearer's foot; a pump ; a first fluid transfer line extending between the foot support bladder and the pump ; a first valve allowing fluid transmission from the foot support bladder to the pump via the first fluid transfer line but not allowing fluid transmission from the pump to the foot support bladder via the first fluid transfer line ; a fluid reservoir ; a second fluid transfer line extending between the pump and the fluid reservoir ; a second valve allowing fluid transmission from the pump to the fluid reservoir via the second fluid transfer line but not allowing fluid transmission from the fluid reservoir to the pump via the second fluid transfer line ; a third fluid transfer line extending between the first fluid transfer line and the second fluid transfer line ; a fourth fluid transfer line extending between the first fluid transfer line and the second fluid transfer line , wherein the third fluid transfer line is separate from the fourth fluid transfer line ; and a fluid flow direction regulating system for moving fluid: (a) in a first path from the foot support bladder to the fluid reservoir or (b) in a second path from the fluid reservoir to the foot support bladder , wherein when fluid moves in both the first path and the second path, the fluid moves in a direction from the first fluid transfer line , through the pump , to the second fluid transfer line . a foot support bladder for supporting at least a portion of a wearer's foot; a pump ; a first fluid transfer line extending between the foot support bladder and the pump ; a first valve allowing fluid transmission from the foot support bladder to the pump via the first fluid transfer line but not allowing fluid transmission from the pump to the foot support bladder via the first fluid transfer line ; a fluid reservoir ; a second fluid transfer line extending between the pump and the fluid reservoir ; a second valve allowing fluid transmission from the pump to the fluid reservoir via the second fluid transfer line but not allowing fluid transmission from the fluid reservoir to the pump via the second fluid transfer line ; a third fluid transfer line extending between the first fluid transfer line and the second fluid transfer line ; a fourth fluid transfer line extending between the first fluid transfer line and the second fluid transfer line , wherein the third fluid transfer line is separate from the fourth fluid transfer line ; and a fluid flow direction regulating system for moving fluid: (a) in a first path from the foot support bladder to the fluid reservoir or (b) in a second path from the fluid reservoir to the foot support bladder , wherein when fluid moves in both the first path and the second path, the fluid moves in a direction from the first fluid transfer line , through the pump , to the second fluid transfer line .
A composition comprising (i) 9,10-dimethoxy-2-(2,4,6-trimethylphenylimino)-3-(N-carbamoyl-2-aminoethyl)-3,4,6,7-tetrahydro-2H-pyrimido[6,1-a]isoquinolin-4-one or a pharmaceutically acceptable acid addition salt thereof and (ii) a CFTR potentiator or a CFTR corrector.
A device for accumulating electromagnetic energy and generating ionizing energy, which is provided with a box-like containment and protection enclosure comprising receiving means and electromagnetic energy amplifying means , means of accumulating the energy that rises from said underlying receiving means and amplifying means being present above said receiving means and said amplifying means and being associated therewith, said accumulation means being connected to means of converting the electromagnetic energy to ionizing energy which are adapted to release outside said box-like enclosure said generated ionizing energy, characterized in that said receiving means comprise a chamber of first disks which is arranged at the base of said enclosure and in that it is provided with means of conveying said ionizing energy, which comprise at least one tube , which is outside said enclosure and inside which fluids to be processed pass, said means of conveying said ionizing energy being connected to said enclosure by way of a cable , said enclosure comprising a lens which lies above said amplifying means .
A filter having a variable porosity, comprising a porous base material having a plurality of continuous pores, wherein, in each case, a switching material is arranged in the pores, which switching material is capable of changing its spatial structure and/or expansion upon an external control intervention and thus converting the control intervention into a change in the permeability of the pore, characterized in that the base material, at least in a subarea, has a pore density of at least 3x10 8 open pores per cm 2 , and that the switching material is a microgel, wherein the switching material is a core-shell-system, which is fixed in the pores by the shell and is capable of changing the permeability of the pore by the core, and that the switching material as system consisting of a core and a shell surrounding it on all sides is introduced into the pores and then the core is exposed.
A composition comprising (i) a single fluoropolymer, wherein the fluoropolymer is a fluoroelastomer having a first glass transition temperature and (ii) an ionic liquid, wherein the blend of (i) and (ii) has a single, second glass transition temperature, which is different from the first glass transition temperature and wherein the composition comprises 10 parts by mass or more of the ionic liquid per 100 parts total mass of the fluoropolymer and the ionic liquid, wherein the anion of the ionic liquid comprises a perfluoroalkyl group.