mhurhangee/patent-ind-claim-en huggingface dataset:
An air conditioner comprising: an almost box-shaped main body having a suction port to take in room air and a blowing port to blow out conditioned air; a controller of the main body that controls operation of the air conditioner; and a remote controller that includes a remote controller main body , an acceleration sensor provided in the remote controller main body, and an interface display part , and allows a user to control operation of the air conditioner; characterized in that the interface display part is a full-dot liquid crystal display and the air conditioner further comprises a communication part that is configured to perform bidirectional communication between the controller of the main body and the remote controller , wherein, when the air conditioner is not operating and the user raises the remote controller ; the remote controller transmits a request signal to the controller of the main body and the controller of the main body provides pre-operation information which is displayed on the full-dot liquid crystal display of the remote controller . an almost box-shaped main body having a suction port to take in room air and a blowing port to blow out conditioned air; a controller of the main body that controls operation of the air conditioner; and a remote controller that includes a remote controller main body , an acceleration sensor provided in the remote controller main body, and an interface display part , and allows a user to control operation of the air conditioner; characterized in that the interface display part is a full-dot liquid crystal display and the air conditioner further comprises a communication part that is configured to perform bidirectional communication between the controller of the main body and the remote controller , wherein, when the air conditioner is not operating and the user raises the remote controller ; the remote controller transmits a request signal to the controller of the main body and the controller of the main body provides pre-operation information which is displayed on the full-dot liquid crystal display of the remote controller .
A source evolved node B, eNB, (304; 504) for handover operations in a network, comprising: processing circuitry; and computer-readable storage media having stored thereon instructions for execution by the processing circuitry to configure the source eNB to: send (314; 514) a measurement control message to a user equipment, UE (302; 502); receive (320; 520; 602) a measurement report from the UE (302; 502); decide (322; 522) to make a handover of the UE (302; 502) to a target eNB (306; 506), the handover to comprise a random-access, RACH-less handover of the UE (302; 502) to the target eNB (306; 506); send (324; 524; 604) a handover request to the target eNB (306; 506); receive (328; 528; 606) a handover request acknowledgment from the target eNB (306; 506), the handover request acknowledgement including an uplink grant schedule; send a handover command to the UE (302; 502), the handover command including the uplink grant schedule; and stop a data transmission by the source eNB (304; 504) to the UE (302; 502) based upon an indication that a handover operation is complete, wherein the source eNB (304; 504) is responsible for deciding when to stop transmitting to the UE (302; 502). processing circuitry; and computer-readable storage media having stored thereon instructions for execution by the processing circuitry to configure the source eNB to: send (314; 514) a measurement control message to a user equipment, UE (302; 502); receive (320; 520; 602) a measurement report from the UE (302; 502); decide (322; 522) to make a handover of the UE (302; 502) to a target eNB (306; 506), the handover to comprise a random-access, RACH-less handover of the UE (302; 502) to the target eNB (306; 506); send (324; 524; 604) a handover request to the target eNB (306; 506); receive (328; 528; 606) a handover request acknowledgment from the target eNB (306; 506), the handover request acknowledgement including an uplink grant schedule; send a handover command to the UE (302; 502), the handover command including the uplink grant schedule; and stop a data transmission by the source eNB (304; 504) to the UE (302; 502) based upon an indication that a handover operation is complete, send (314; 514) a measurement control message to a user equipment, UE (302; 502); receive (320; 520; 602) a measurement report from the UE (302; 502); decide (322; 522) to make a handover of the UE (302; 502) to a target eNB (306; 506), the handover to comprise a random-access, RACH-less handover of the UE (302; 502) to the target eNB (306; 506); send (324; 524; 604) a handover request to the target eNB (306; 506); receive (328; 528; 606) a handover request acknowledgment from the target eNB (306; 506), the handover request acknowledgement including an uplink grant schedule; send a handover command to the UE (302; 502), the handover command including the uplink grant schedule; and stop a data transmission by the source eNB (304; 504) to the UE (302; 502) based upon an indication that a handover operation is complete, wherein the source eNB (304; 504) is responsible for deciding when to stop transmitting to the UE (302; 502).
A turbulator for promoting mixing of fluids passing through a body lumen in a patient comprising: an elongate flow perturbing component including a nonporous proximal segment and a porous distal segment , the porous distal segment having a subordinate shape memory property and including an exposed wire coil with a fixed primary shape, a fixed secondary shape, and a mutable tertiary shape; and an elongate shape controlling component freely slidable within the flow perturbing component between a distally advanced location, and a retracted location, the elongate shape controlling component including a rigid proximal segment having a dominant shape memory property; the turbulator being adjustable from a low profile, lumen access configuration at which the dominant shape memory property defines the mutable tertiary shape, to an expanded profile, deployed configuration at which the subordinate shape memory property defines the mutable tertiary shape, at least in part by sliding the shape controlling component from the distally advanced location to the retracted location; characterised in that the elongate shape controlling component has a non-rigid distal segment so that in the lumen access configuration the shape of the distal segment 54 is determined by the shape of the flow perturbing component . an elongate flow perturbing component including a nonporous proximal segment and a porous distal segment , the porous distal segment having a subordinate shape memory property and including an exposed wire coil with a fixed primary shape, a fixed secondary shape, and a mutable tertiary shape; and an elongate shape controlling component freely slidable within the flow perturbing component between a distally advanced location, and a retracted location, the elongate shape controlling component including a rigid proximal segment having a dominant shape memory property; the turbulator being adjustable from a low profile, lumen access configuration at which the dominant shape memory property defines the mutable tertiary shape, to an expanded profile, deployed configuration at which the subordinate shape memory property defines the mutable tertiary shape, at least in part by sliding the shape controlling component from the distally advanced location to the retracted location;
A front body structure for a vehicle, comprising: a pair of left and right hinge pillars that extend substantially in a vehicle up-down direction in positions separated from each other by a predetermined distance in a vehicle width direction of the vehicle; a pair of left and right front suspension dampers that are provided in desired positions on an inner side in the vehicle width direction of the hinge pillars and on a vehicle front side of the hinge pillars ; a pair of left and right suspension housings that have damper mount parts to which upper ends of the front suspension dampers are attached; and a pair of left and right apron reinforcements to which upper ends of the suspension housings are joined, the apron reinforcements extending substantially toward the vehicle front side from rear ends thereof joined to upper portions of the hinge pillars , wherein the apron reinforcements are formed in shapes extending substantially linearly from the rear ends thereof toward the vehicle front side and the inner side in the vehicle width direction through an outer side in the vehicle width direction of the damper mount parts in plan view, characterized in that the suspension housings have suspension tower parts in which the damper mount parts are provided and outer side extending parts that extend from upper ends of the suspension tower parts toward the outer side in the vehicle width direction. a pair of left and right hinge pillars that extend substantially in a vehicle up-down direction in positions separated from each other by a predetermined distance in a vehicle width direction of the vehicle; a pair of left and right front suspension dampers that are provided in desired positions on an inner side in the vehicle width direction of the hinge pillars and on a vehicle front side of the hinge pillars ; a pair of left and right suspension housings that have damper mount parts to which upper ends of the front suspension dampers are attached; and a pair of left and right apron reinforcements to which upper ends of the suspension housings are joined, the apron reinforcements extending substantially toward the vehicle front side from rear ends thereof joined to upper portions of the hinge pillars , wherein the apron reinforcements are formed in shapes extending substantially linearly from the rear ends thereof toward the vehicle front side and the inner side in the vehicle width direction through an outer side in the vehicle width direction of the damper mount parts in plan view, characterized in that the suspension housings have suspension tower parts in which the damper mount parts are provided and outer side extending parts that extend from upper ends of the suspension tower parts toward the outer side in the vehicle width direction.
Use of a diesel boiling-range fuel blend for reducing swellable elastomer shrinkage in diesel-boiling range fuel systems, wherein the diesel boiling-range fuel blend comprises: a renewable diesel in an amount of about 20 vol% to about 45 vol%, wherein the renewable diesel meets European EN standard 15940 and is a hydrogenated vegetable oil; a biodiesel in an amount of about 8 vol% to about 10 vol%, wherein the biodiesel is derived from transesterification of vegetable oils or animal fats into alkyl esters of long-chain fatty acids and meets ASTM standard D6751; and a petrodiesel fuel in an amount of at least about 40 vol% to about 60 vol%, wherein the petrodiesel is a fractional distillate of petroleum containing C 8 to C 28 hydrocarbons, has an aromatics content of at least 30 wt%, and meets ASTM standard D975; wherein the diesel boiling-range fuel blend is capable of producing a volume change of at least one swellable elastomer in a diesel-boiling range fuel system within about 1.0% or within about 0.50% compared to a reference volume change of the least one swellable elastomer, said volume change being measured according to ASTM D471; wherein the volume change is a percentage change in volume of the least one swellable elastomer when contacted with: (i) the petrodiesel fuel, and then (ii) the diesel boiling-range fuel blend, wherein the reference volume change corresponds to the volume change experienced by the swellable elastomer when contacted with the petrodiesel fuel; and wherein the diesel boiling-range fuel blend further comprises aromatics in an amount of less than or equal to about 25 wt.%. a renewable diesel in an amount of about 20 vol% to about 45 vol%, wherein the renewable diesel meets European EN standard 15940 and is a hydrogenated vegetable oil; a biodiesel in an amount of about 8 vol% to about 10 vol%, wherein the biodiesel is derived from transesterification of vegetable oils or animal fats into alkyl esters of long-chain fatty acids and meets ASTM standard D6751; and a petrodiesel fuel in an amount of at least about 40 vol% to about 60 vol%, wherein the petrodiesel is a fractional distillate of petroleum containing C 8 to C 28 hydrocarbons, has an aromatics content of at least 30 wt%, and meets ASTM standard D975; wherein the diesel boiling-range fuel blend is capable of producing a volume change of at least one swellable elastomer in a diesel-boiling range fuel system within about 1.0% or within about 0.50% compared to a reference volume change of the least one swellable elastomer, said volume change being measured according to ASTM D471; wherein the volume change is a percentage change in volume of the least one swellable elastomer when contacted with: (i) the petrodiesel fuel, and then (ii) the diesel boiling-range fuel blend, (i) the petrodiesel fuel, and then (ii) the diesel boiling-range fuel blend, wherein the reference volume change corresponds to the volume change experienced by the swellable elastomer when contacted with the petrodiesel fuel; and wherein the diesel boiling-range fuel blend further comprises aromatics in an amount of less than or equal to about 25 wt.%.
A method of constructing a hemostasis device , the method comprising: forming a balloon assembly by attaching a top layer , of material, a bottom layer of material, and at least one intermediate layer of material together about a perimeter to form at least a portion of a first chamber, the first chamber being inflatable, the at least one intermediate layer creating a gap between the top layer of material and the bottom layer of material adjacent to the perimeter; and connecting the balloon assembly to a flexible band that is attachable around a body part of a patient, the forming step further comprising attaching the top layer of material, the bottom layer of material, and the at least one intermediate layer of material together about the perimeter to form the at least a portion of a first chamber , at least a portion of a second chamber , and at least a portion of at least one channel , the at least one channel being in fluid flow communication between the first chamber and the second chamber, the first chamber, second chamber, and at least one channel forming a contiguous chamber; the method further comprising locating at least a portion of the first chamber such that it overlays at least a portion of the second chamber and such that the at least one channel is folded. forming a balloon assembly by attaching a top layer , of material, a bottom layer of material, and at least one intermediate layer of material together about a perimeter to form at least a portion of a first chamber, the first chamber being inflatable, the at least one intermediate layer creating a gap between the top layer of material and the bottom layer of material adjacent to the perimeter; and connecting the balloon assembly to a flexible band that is attachable around a body part of a patient, the forming step further comprising attaching the top layer of material, the bottom layer of material, and the at least one intermediate layer of material together about the perimeter to form the at least a portion of a first chamber , at least a portion of a second chamber , and at least a portion of at least one channel , the at least one channel being in fluid flow communication between the first chamber and the second chamber, the first chamber, second chamber, and at least one channel forming a contiguous chamber; the method further comprising locating at least a portion of the first chamber such that it overlays at least a portion of the second chamber and such that the at least one channel is folded.
A method for separating soluble proteins from chlorophyll in an aqueous protein solution comprising said protein and chlorophyll, the method comprising; a. providing an aqueous solution containing soluble protein and chlorophyll b. adding a water-soluble silicate to the solution of step a) such that the total concentration of silicon in the form of free or complexed silicates in the solution is in the range of 1-500 mM, such as 2-300 mM, such as 3-200 mM, such as 3- 100 mM, such as 3-30 mM, such as 3- 20 mM, such as 3.5-100 mM, such as 4-60 mM, such as 4-50 mM, such as 5-30 mM c. if necessary, adjusting the pH of the resulting solution to a pH in the range of pH 5 to pH 11, such a pH in the range of pH 5.5 to pH 10, such a pH in the range of pH 6.0 to pH 9.5, such a pH in the range of pH 6.2 to pH 9.0, such a pH in the range of pH 6.5 to pH 8.5, such as a pH in the range of pH 6.0 to pH 7.5 d. allowing the silicate to form an insoluble precipitate comprising silicate-chlorophyll complexes, while the soluble protein remains soluble in the solution e. separating the silicate-chlorophyll complexes from the protein solution as a wet precipitate; such as a wet cake or an aqueous suspension of the precipitate, f. optionally washing the silicate-chlorophyll complexes, g. optionally separating the chlorophyll from the silicate, h. optionally isolating the protein from the protein solution obtained in step e), thereby obtaining the protein and chlorophyll in separated fractions. a. providing an aqueous solution containing soluble protein and chlorophyll b. adding a water-soluble silicate to the solution of step a) such that the total concentration of silicon in the form of free or complexed silicates in the solution is in the range of 1-500 mM, such as 2-300 mM, such as 3-200 mM, such as 3- 100 mM, such as 3-30 mM, such as 3- 20 mM, such as 3.5-100 mM, such as 4-60 mM, such as 4-50 mM, such as 5-30 mM c. if necessary, adjusting the pH of the resulting solution to a pH in the range of pH 5 to pH 11, such a pH in the range of pH 5.5 to pH 10, such a pH in the range of pH 6.0 to pH 9.5, such a pH in the range of pH 6.2 to pH 9.0, such a pH in the range of pH 6.5 to pH 8.5, such as a pH in the range of pH 6.0 to pH 7.5 d. allowing the silicate to form an insoluble precipitate comprising silicate-chlorophyll complexes, while the soluble protein remains soluble in the solution e. separating the silicate-chlorophyll complexes from the protein solution as a wet precipitate; such as a wet cake or an aqueous suspension of the precipitate, f. optionally washing the silicate-chlorophyll complexes, g. optionally separating the chlorophyll from the silicate, h. optionally isolating the protein from the protein solution obtained in step e),
N-((4,6-dimethyl-2-oxo-1,2-dihydropyridin-3-yl)methyl)-5-(ethyl (tetrahydro-2H-pyran-4-yl)amino)-4-methyl-4'-(morpholinomethyl)-[1,1'-biphenyl]-3-carboxamide hydrobromide for use in the treatment of a cell proliferative disorder.
A conference device comprising - a physical control button having multiple underlying pressure zones (506-507, 610-613); - a configuration unit , adapted to visualise a number of active functions on and/or around said control button based on a chosen usage application ; - a control unit adapted to control one or more components on the conference device , wherein pressing said control button at the position of one of the pressure zones (506-507, 610-613) results in a control which depends on the chosen usage application ; wherein: - said number of active functions visualised on and/or around said control button is at most equal to the number of said underlying pressure zones (506-507, 610-613), and - for a usage application wherein said number of active functions is smaller than said number of underlying pressure zones (506-507, 610-613), one or more pressure zones are present at the position of which no active function is visualised, and the control resulting from pressing such pressure zone is the same as the control resulting from pressing a neighbouring pressure zone. - a physical control button having multiple underlying pressure zones (506-507, 610-613); - a configuration unit , adapted to visualise a number of active functions on and/or around said control button based on a chosen usage application ; - a control unit adapted to control one or more components on the conference device , wherein pressing said control button at the position of one of the pressure zones (506-507, 610-613) results in a control which depends on the chosen usage application ; - said number of active functions visualised on and/or around said control button is at most equal to the number of said underlying pressure zones (506-507, 610-613), and - for a usage application wherein said number of active functions is smaller than said number of underlying pressure zones (506-507, 610-613), one or more pressure zones are present at the position of which no active function is visualised, and the control resulting from pressing such pressure zone is the same as the control resulting from pressing a neighbouring pressure zone.
Use of a keying part for anchoring a wood building panel to a floor, said keying part comprising: - a first module comprising a blade which is configured to be secured to the wood building panel, and - a second module comprising a base bordered laterally by at least one wing which extends perpendicularly to the base , the base and the wing forming a receiving shoe which is configured to receive a lower part of the wood building panel, the first module and the second module are configured to be secured via the wing , the base ensuring that a lower part of the wood panel is secured to a floor. - a first module comprising a blade which is configured to be secured to the wood building panel, and - a second module comprising a base bordered laterally by at least one wing which extends perpendicularly to the base , the base and the wing forming a receiving shoe which is configured to receive a lower part of the wood building panel, the first module and the second module are configured to be secured via the wing , the base ensuring that a lower part of the wood panel is secured to a floor.
Method for handling books and other library material in a library or corresponding location, in which method books and other library material, i.e. articles , are sorted by means of at least one sorting module and loaded onto at least one collection cart , which comprises at least a frame , wheels and a pallet provided with a moving back stop , onto which pallet articles are loaded, which pallet is hinged near its first end to the frame of the collection cart with hinges , and a turning means is arranged to turn the second end of the pallet on the vertical plane upwards and downwards around the hinges , and before starting sorting the second end of the pallet of the collection cart is lowered by the aid of the turning means on the collection cart around hinges to be essentially lower than the first end of the pallet , characterized in that before starting the loading of the collection cart the back stop is moved by the aid of a power means belonging to the collection cart to the starting height for loading, and as articles are loaded onto the pallet , the back stop is moved by the aid of the aforementioned power means towards the lower second end of the pallet , and after all the articles intended for loading have been loaded onto the cart the back stop is raised upwards by the aid of the power means until the last article loaded rests on an end support at the first end of the pallet .