mhurhangee/patent-ind-claim-en huggingface dataset:
A flow distributor adapted to distribute two-phase refrigerant into a plurality of flow paths, the flow distributor comprising: a tubular main body having a center axis (C), an inner diameter D, an inner height H; at least one inlet port disposed in a lower portion of the main body in a state in which the center axis of the main body is oriented in a generally vertical direction, the inlet port having a center axis that is not parallel to, and does not intersect with, the center axis of the main body so as to generate an upward spiraling flow of the refrigerant within the main body; and a plurality of outlet ports forming a plurality of openings disposed in an upper portion of the main body in the state in which the center axis of the main body is oriented in the generally vertical direction, with all of the openings being at least partially arranged in a plane orthogonal to the center axis of the main body, characterised in that the inner diameter D and the inner height H of the main body satisfy 2D < H < 5D. a tubular main body having a center axis (C), an inner diameter D, an inner height H; at least one inlet port disposed in a lower portion of the main body in a state in which the center axis of the main body is oriented in a generally vertical direction, the inlet port having a center axis that is not parallel to, and does not intersect with, the center axis of the main body so as to generate an upward spiraling flow of the refrigerant within the main body; and a plurality of outlet ports forming a plurality of openings disposed in an upper portion of the main body in the state in which the center axis of the main body is oriented in the generally vertical direction, with all of the openings being at least partially arranged in a plane orthogonal to the center axis of the main body, characterised in that the inner diameter D and the inner height H of the main body satisfy 2D < H < 5D.
A method performed by a user equipment, UE , the method comprising: while the UE is participating in an ongoing voice or multi-media session using packet switched, PS, bearers, the ongoing voice or multi-media session comprising an Internet Protocol multimedia subsystem, IMS, voice over packet switched, VoPS, session, sending a registration update request in response to the UE being handed over to or entering a new tracking area, TA, and receiving acceptance of the registration update request with a result indication of a particular type indicating that IMS VoPS sessions are not supported; and in response to receiving the acceptance of the request, postponing release of the ongoing voice or multi-media session until after the PS bearers are released normally, abnormally or otherwise subsequently. while the UE is participating in an ongoing voice or multi-media session using packet switched, PS, bearers, the ongoing voice or multi-media session comprising an Internet Protocol multimedia subsystem, IMS, voice over packet switched, VoPS, session, sending a registration update request in response to the UE being handed over to or entering a new tracking area, TA, and receiving acceptance of the registration update request with a result indication of a particular type indicating that IMS VoPS sessions are not supported; and sending a registration update request in response to the UE being handed over to or entering a new tracking area, TA, and receiving acceptance of the registration update request with a result indication of a particular type indicating that IMS VoPS sessions are not supported; and in response to receiving the acceptance of the request, postponing release of the ongoing voice or multi-media session until after the PS bearers are released normally, abnormally or otherwise subsequently.
An electrosurgical system including an electrosurgical instrument and an electrosurgical generator , the electrosurgical instrument including an instrument shaft having a longitudinal axis and an electrode assembly at one end of the shaft, the electrode assembly comprising first and second active electrodes , and one or more return electrodes , at least a portion of the one or more return electrodes being axially set back with respect to the first active electrode , each of the electrodes being electrically insulated one from another by means of one or more insulation members , the first and second active electrodes each having an exposed surface for treating tissue , the first and second active electrodes each having a different characteristic in that the distance between the first active electrode and the nearest return electrode is less than that between the second active electrode and the nearest return electrode , the exposed surface of the first active electrode being such as to treat tissue disposed laterally of the longitudinal axis at a first radial position with respect to the instrument shaft , the exposed surface of the second active electrode being such as to treat tissue disposed laterally of the longitudinal axis at a second radial position with respect to the instrument shaft , the first and second radial positions being separated by at least 30°, the instrument having a first set of connections by which the first active electrode can be placed in circuit with one of the one or more return electrodes such that in use a current path is established between the first active electrode and at least one return electrode , and a second set of connections by which the second active electrode can be placed in circuit with one of the one or more return electrodes such that in use a current path is established between the second active electrode and at least one return electrode , the electrosurgical generator including a source of radio frequency energy capable of producing either a coagulating RF waveform or a cutting RF waveform, and first and second output connections connected to the first and second active electrodes respectively and a third output connection connected to the one or more return electrodes of the electrosurgical instrument, the generator further including a switch means, and a switching circuit , the switching circuit being such that when a cutting RF waveform is selected, the switching circuit directs the cutting RF waveform between the first and third output connections and hence the first active electrode and at least one return electrode , and when a coagulating RF waveform is selected, the switching circuit directs the coagulating RF waveform between the second and third output connections and hence the second active electrode and at least one return electrode .
A chilling reservoir for a beverage dispenser , wherein the chilling reservoir is a cold plate; the chilling reservoir comprising: a housing defining a first beverage material pathway (302; 404, 406) extending therethrough, the first beverage material pathway having a flow inlet arrangement and a flow outlet arrangement; and a heat exchanger arrangement that is positioned and configured to be operated to chill beverage material passing through the first beverage material pathway; characterized in that the chilling reservoir comprises: a carbonation chamber including an outer shell (308; 420) operably positioned in the first beverage material pathway of the housing, the carbonation chamber being configured to removably receive therein a hollow fiber membrane carbonator including an inner shell (306; 418) that resides in the outer shell (308; 420), wherein the outer shell is cast into the carbonation chamber. a housing defining a first beverage material pathway (302; 404, 406) extending therethrough, the first beverage material pathway having a flow inlet arrangement and a flow outlet arrangement; and a heat exchanger arrangement that is positioned and configured to be operated to chill beverage material passing through the first beverage material pathway; characterized in that the chilling reservoir comprises: a carbonation chamber including an outer shell (308; 420) operably positioned in the first beverage material pathway of the housing, the carbonation chamber being configured to removably receive therein a hollow fiber membrane carbonator including an inner shell (306; 418) that resides in the outer shell (308; 420), wherein the outer shell is cast into the carbonation chamber.
Industrial device for processing foodstuffs, wherein the device comprises at least one container having at least one rotary shaft (23, 25; 125; 223) for processing foodstuffs, the rotary shaft has a rotation axis and the rotary shaft comprises at least one tool (11, 13; 111; 213) which extends along the rotation axis, wherein the rotary shaft comprises a central shaft part, wherein the at least one tool at least partly extends along the central shaft part and the at least one tool is connected to the central shaft part by at least one spacer, wherein the tool has an airfoil profile such that the tool comprises a leading edge , a trailing edge , an upper surface and a lower surface , wherein the at least one tool is shaped and/or orientated such that the distance varies between the upper surface and a virtual cylinder (50; 150; 250) having a center coincident with the rotation axis of the rotary shaft and having a radius larger than the maximum distance between the rotation axis of the rotary shaft and the upper surface of the tool, wherein the leading edge and the trailing edge are different, characterised in that the at least one spacer is connected to the lower surface of the at least one tool, wherein the distance between the upper surface and the virtual cylinder is smaller near the trailing edge than near the leading edge.
A computer-implemented method comprising: - loading an initial active flight plan for an aircraft comprising a first approach procedure to a runway up to a missed approach point (MAP), and a missed approach procedure between said missed approach point (MAP) and a final point ; - loading a secondary flight plan comprising a second approach procedure to the runway between the missed approach point (MAP) and the runway, said second approach procedure following the first approach procedure and a second missed approach procedure at the end of said second approach procedure, and ending at a second final point; - receiving an instruction from an operator of the aircraft to link the initial active flight plan and the secondary flight plan, said link consisting of an association between the active flight plan and the secondary flight plan, allowing automatic selection of one or the other; - in the event of a go-around by the operator at the latest at said missed approach point, activating said missed approach procedure of the initial active flight plan; - in the event that no go-around is performed at the latest at said missed approach point, automatically selecting the secondary flight plan as active flight plan . - loading an initial active flight plan for an aircraft comprising a first approach procedure to a runway up to a missed approach point (MAP), and a missed approach procedure between said missed approach point (MAP) and a final point ; - loading a secondary flight plan comprising a second approach procedure to the runway between the missed approach point (MAP) and the runway, said second approach procedure following the first approach procedure and a second missed approach procedure at the end of said second approach procedure, and ending at a second final point; - receiving an instruction from an operator of the aircraft to link the initial active flight plan and the secondary flight plan, said link consisting of an association between the active flight plan and the secondary flight plan, allowing automatic selection of one or the other; - in the event of a go-around by the operator at the latest at said missed approach point, activating said missed approach procedure of the initial active flight plan; - in the event that no go-around is performed at the latest at said missed approach point, automatically selecting the secondary flight plan as active flight plan .
A compound of the formula: wherein R 1 is H, halogen, C1-C3 alkyl, or C1-C3 alkoxy; R 2 is H or halogen; and X is O, OCH 2 , or CH 2 , or a pharmaceutically acceptable salt thereof. wherein R 1 is H, halogen, C1-C3 alkyl, or C1-C3 alkoxy; R 2 is H or halogen; and X is O, OCH 2 , or CH 2 , or a pharmaceutically acceptable salt thereof.
A method of acquiring System Information, SI, in a Radio Resource Control, RRC, layer of a User Equipment, UE, the method comprising: triggering a Medium Access Control, MAC, layer to initiate a Random Access procedure for transmitting a preamble, the preamble corresponding to a piece of SI, the piece of SI required by the RRC layer of the UE; receiving, by the RRC layer of the UE, an indication from the MAC layer, the indication being an acknowledgement for a SI request of the SI; acquiring the piece of SI required by the RRC layer of the UE in the RRC layer when the indication is received from the MAC layer; receiving information about first associations between a plurality of preamble sequences and a plurality of pieces of SI, and about second associations between the pieces of SI and a plurality of system information blocks, SIBs, one of the SIBs required by the UE; selecting one of the preamble sequences based on the one of the SIBs required by the UE, the first associations, and the second associations; and transmitting the selected one of the preamble sequences as the preamble to a base station. triggering a Medium Access Control, MAC, layer to initiate a Random Access procedure for transmitting a preamble, the preamble corresponding to a piece of SI, the piece of SI required by the RRC layer of the UE; receiving, by the RRC layer of the UE, an indication from the MAC layer, the indication being an acknowledgement for a SI request of the SI; acquiring the piece of SI required by the RRC layer of the UE in the RRC layer when the indication is received from the MAC layer; receiving information about first associations between a plurality of preamble sequences and a plurality of pieces of SI, and about second associations between the pieces of SI and a plurality of system information blocks, SIBs, one of the SIBs required by the UE; selecting one of the preamble sequences based on the one of the SIBs required by the UE, the first associations, and the second associations; and transmitting the selected one of the preamble sequences as the preamble to a base station.
A method for making multiple hermetically sealed photoluminescent optical components, the method comprising the following steps: a) providing a first substrate including a surface including a patterned arrangement including two or more discrete regions including an optical material comprising an inorganic photoluminescent material, wherein an hermetic sealing material is disposed on the surface of the substrate located continuously and uninterrupted around the perimeter of each of the discrete regions to define a sealing material border around the perimeters of each of the two or more discrete regions, wherein there is a gap between the sealing material that surrounds the perimeter of adjacent discrete regions; b) providing a second substrate over the surface of the first substrate including the patterned arrangement of discrete regions and sealing material forming an assembly: and c) sealing the sealing material between the first and second substrates to form an assembly of multiple hermetically sealed optical components; and d) separating the assembly of multiple hermetically sealed optical components into multiple individual hermetically sealed optical components, the components being separated along said gaps between the sealing material surrounding adjacent discrete regions, wherein the two or more discrete regions in the patterned arrangement comprise recessed areas in the surface of the first substrate. a) providing a first substrate including a surface including a patterned arrangement including two or more discrete regions including an optical material comprising an inorganic photoluminescent material, wherein an hermetic sealing material is disposed on the surface of the substrate located continuously and uninterrupted around the perimeter of each of the discrete regions to define a sealing material border around the perimeters of each of the two or more discrete regions, wherein there is a gap between the sealing material that surrounds the perimeter of adjacent discrete regions; b) providing a second substrate over the surface of the first substrate including the patterned arrangement of discrete regions and sealing material forming an assembly: and c) sealing the sealing material between the first and second substrates to form an assembly of multiple hermetically sealed optical components; and d) separating the assembly of multiple hermetically sealed optical components into multiple individual hermetically sealed optical components, the components being separated along said gaps between the sealing material surrounding adjacent discrete regions,
A three-dimensional printing kit comprising: a particulate build material comprising from 80 wt% to 100 wt% metal particles; and a binder fluid comprising water and latex particles in an amount of from 5 wt% to 30 wt% based on a total weight of the binder fluid ; and an amine-bearing phosphonic adhesion promoter included in: the binder fluid in an amount of from 0.05 wt% to 3.5 wt% based on a total amount of the binder fluid , or a separate adhesion promoter fluid in an amount of from 0.1 wt% to 5 wt% based on a total amount of the adhesion promoter fluid ; wherein the amine-bearing phosphonic adhesion promoter comprises an amine-bearing phosphonic acid adhesion promoter, an amine-bearing phosphonate adhesion promoter, an amine-bearing phosphoric acid adhesion promoter or an amine-bearing phosphate adhesion promoter. a particulate build material comprising from 80 wt% to 100 wt% metal particles; and a binder fluid comprising water and latex particles in an amount of from 5 wt% to 30 wt% based on a total weight of the binder fluid ; and an amine-bearing phosphonic adhesion promoter included in: the binder fluid in an amount of from 0.05 wt% to 3.5 wt% based on a total amount of the binder fluid , or a separate adhesion promoter fluid in an amount of from 0.1 wt% to 5 wt% based on a total amount of the adhesion promoter fluid ; wherein the amine-bearing phosphonic adhesion promoter comprises an amine-bearing phosphonic acid adhesion promoter, an amine-bearing phosphonate adhesion promoter, an amine-bearing phosphoric acid adhesion promoter or an amine-bearing phosphate adhesion promoter. the binder fluid in an amount of from 0.05 wt% to 3.5 wt% based on a total amount of the binder fluid , or a separate adhesion promoter fluid in an amount of from 0.1 wt% to 5 wt% based on a total amount of the adhesion promoter fluid ; wherein the amine-bearing phosphonic adhesion promoter comprises an amine-bearing phosphonic acid adhesion promoter, an amine-bearing phosphonate adhesion promoter, an amine-bearing phosphoric acid adhesion promoter or an amine-bearing phosphate adhesion promoter.
An induction hob device comprising at least one cooktop (10a - 10i), at least one first inductor (12a - 12i) having at least one first coil portion (14a; 14d) and at least one further first coil portion (16a; 16d) and at least one first connection portion which electrically connects the first coil portion (14a; 14d) and the further first coil portion (16a; 16d), and at least one second inductor (18a - 18i) having at least one second coil portion (20a; 20d), characterized in that the second coil portion (20a; 20d) is at least partly located between the first coil portion (14a; 14d) and the further first coil portion (16a; 16d), at least when seen in a direction perpendicular to a main extension plane of the cooktop (10a-10i).
Method for constructing a bridge abutment with a base slab , wing walls and an abutment wall with in-situ concrete, and an abutment outer wall or a façade with precast concrete parts, comprising the method steps: - forming an abutment base from a plurality of façade precast concrete parts to be arranged next to one another for the abutment outer wall, - introducing an abutment wall reinforcement in the region above the base , the abutment wall reinforcement extending over a plurality of facade precast concrete parts , - constructing the wing walls , - concreting the abutment wall, - concreting the base slab , characterized in that the façade precast concrete parts have, in their lower region, a base which corresponds to the thickness of the abutment wall, merges on the abutment outer side in the upper region into a formwork part , which is considerably thinner than the base , and has an L-shaped cross section above the base in the erected position, and in that , as further method step, closing of the rear inner side of the abutment wall takes place by way of formwork . - forming an abutment base from a plurality of façade precast concrete parts to be arranged next to one another for the abutment outer wall, - introducing an abutment wall reinforcement in the region above the base , the abutment wall reinforcement extending over a plurality of facade precast concrete parts , - constructing the wing walls , - concreting the abutment wall, - concreting the base slab ,
A pump, in particular a blood pump, comprising a motor including a stator and a rotor , which can be driven about an axial direction and is connected to a pump rotor in such a way that the rotor and the pump rotor rotate about the same axial direction , characterized in that the pump rotor and the stator , which includes an energizable winding assembly , of which at least one sub-winding is reversibly deformable, are radially compressible and expandable.
A non-therapeutic method for increasing and/or synchronizing perl gene expression in skin cells having decreased, irregular, or asynchronous perl gene expression comprising treating the skin cells with an effective amount of a polyunsaturated omega-6 fatty acid, wherein the polyunsaturated omega-6 fatty acid is applied to skin at night prior to retiring.