mhurhangee/patent-ind-claim-en huggingface dataset:
A transport refrigeration system including a tractor or vehicle, a container , and an engineless transportation refrigeration unit , the engineless transportation refrigeration unit comprising: a compressor configured to compress a refrigerant; a compressor motor configured to drive the compressor; an evaporator heat exchanger operatively coupled to the compressor; an energy storage device for providing power to the compressor motor; and an evaporator fan configured to provide return airflow from a compartment of the container through a return air intake and flow the return airflow over the evaporator heat exchanger; wherein the engineless transportation refrigeration unit is configured to provide conditioned supply airflow to the compartment ; wherein the engineless transportation refrigeration unit is configured to divert a selected amount of the return airflow from the return air intake to the energy storage device to thermodynamically adjust a temperature of the energy storage device, and wherein the engineless transport refrigeration unit comprises a barrier configured to direct the selected amount of return airflow through the energy storage device and towards the evaporator heat exchanger, wherein the engineless transportation refrigeration unit is configured such that upon exiting the energy storage device the selected amount of return airflow mixes with non-bypassed return airflow from the compartment before entering the evaporator heat exchanger . a compressor configured to compress a refrigerant; a compressor motor configured to drive the compressor; an evaporator heat exchanger operatively coupled to the compressor; an energy storage device for providing power to the compressor motor; and an evaporator fan configured to provide return airflow from a compartment of the container through a return air intake and flow the return airflow over the evaporator heat exchanger; wherein the engineless transportation refrigeration unit is configured to provide conditioned supply airflow to the compartment ; wherein the engineless transportation refrigeration unit is configured to divert a selected amount of the return airflow from the return air intake to the energy storage device to thermodynamically adjust a temperature of the energy storage device, and wherein the engineless transport refrigeration unit comprises a barrier configured to direct the selected amount of return airflow through the energy storage device and towards the evaporator heat exchanger, wherein the engineless transportation refrigeration unit is configured such that upon exiting the energy storage device the selected amount of return airflow mixes with non-bypassed return airflow from the compartment before entering the evaporator heat exchanger .
A rotary machine, comprising: a bearing housing ; a rotor radially supported by a plurality of bearings and configured to rotate within the bearing housing along an axis of rotor rotation , the rotor including a rotational pressure-changing wheel configured with a hub and with a plurality of blades , the plurality of blades being configured to exchange the pressure of gas passing through the blades and rotor kinetic rotational energy, the hub including a blade surface that carries and supports the blades, and a back-disk on an axially opposite side of the hub from the blade surface, wherein the bearing housing forms a chamber wall facing the back-disk, the chamber wall and back-disk defining a back-disk chamber ; and a back-disk seal member extending from the chamber wall toward the back-disk and substantially between the back-disk and the chamber wall, the back-disk seal member extending circumferentially around the back-disk chamber; characterised in that the chamber wall radially supports a first radial-support bearing of the plurality of bearings at a first axial location, and a second radial-support bearing of the plurality of bearings at a second axial location, the first and second radial support bearings radially supporting the rotor at the first and second axial locations, respectively; and wherein the chamber wall is configured to off-axially flex with off-axis motion of the rotor so as to deflect the back-disk seal member and to minimize contact between the back-disk seal member and the back-disk. a bearing housing ; a rotor radially supported by a plurality of bearings and configured to rotate within the bearing housing along an axis of rotor rotation , the rotor including a rotational pressure-changing wheel configured with a hub and with a plurality of blades , the plurality of blades being configured to exchange the pressure of gas passing through the blades and rotor kinetic rotational energy, the hub including a blade surface that carries and supports the blades, and a back-disk on an axially opposite side of the hub from the blade surface, wherein the bearing housing forms a chamber wall facing the back-disk, the chamber wall and back-disk defining a back-disk chamber ; and a back-disk seal member extending from the chamber wall toward the back-disk and substantially between the back-disk and the chamber wall, the back-disk seal member extending circumferentially around the back-disk chamber; characterised in that the chamber wall radially supports a first radial-support bearing of the plurality of bearings at a first axial location, and a second radial-support bearing of the plurality of bearings at a second axial location, the first and second radial support bearings radially supporting the rotor at the first and second axial locations, respectively; and wherein the chamber wall is configured to off-axially flex with off-axis motion of the rotor so as to deflect the back-disk seal member and to minimize contact between the back-disk seal member and the back-disk.
A method of providing data analytics information, the method executed by a data analytics management, DAM, system, the method comprising: receiving a request for data analytics information from a requester , wherein the request includes a request for network slice utilization for a particular network slice; configuring a plurality of DAM network functions to collect network data, wherein configuring a plurality of DAM network functions to collect network data comprises configuring a plurality of DAM network functions to collect network data regarding usage from infrastructure elements utilized by the particular network slice; receiving the network data from the plurality of DAM network functions; consolidating the network data to produce the requested data analytics information to satisfy the request ; and supplying the requested data analytics information to the requester . receiving a request for data analytics information from a requester , wherein the request includes a request for network slice utilization for a particular network slice; configuring a plurality of DAM network functions to collect network data, wherein configuring a plurality of DAM network functions to collect network data comprises configuring a plurality of DAM network functions to collect network data regarding usage from infrastructure elements utilized by the particular network slice; receiving the network data from the plurality of DAM network functions; consolidating the network data to produce the requested data analytics information to satisfy the request ; and supplying the requested data analytics information to the requester .
A wearable device comprising: a clip type wearing part ; and a body configured to fit to and to separate from the clip type wearing part , wherein the clip type wearing part comprises a safe mounting part to which the body is fitted and a clip part with a rib , wherein the clip part is extended and bent from the safe mounting part , providing a force closely adhering to the bottom of the safe mounting part , wherein the clip part is extended from the safe mounting part in one orientation and is again extended to a bottom portion of the safe mounting part in opposite orientation of the extension orientation, wherein the clip part is constructed integrally with or independently of the mounting part for assembly; wherein the safe mounting part comprises a first opening being a recess opened in up orientation for coupling the body and is of a shape in which a circumference and bottom of the recess are surrounded by the safe mounting part and the wearable device being characterized in that at least a portion of the bottom of the safe mounting part includes a second opening opened in down orientation and wherein the second opening is configured to insert said rib of the clip part . a clip type wearing part ; and a body configured to fit to and to separate from the clip type wearing part , wherein the clip type wearing part comprises a safe mounting part to which the body is fitted and a clip part with a rib , wherein the clip part is extended and bent from the safe mounting part , providing a force closely adhering to the bottom of the safe mounting part , wherein the clip part is extended from the safe mounting part in one orientation and is again extended to a bottom portion of the safe mounting part in opposite orientation of the extension orientation, wherein the clip part is constructed integrally with or independently of the mounting part for assembly; wherein the safe mounting part comprises a first opening being a recess opened in up orientation for coupling the body and is of a shape in which a circumference and bottom of the recess are surrounded by the safe mounting part and the wearable device being characterized in that at least a portion of the bottom of the safe mounting part includes a second opening opened in down orientation and wherein the second opening is configured to insert said rib of the clip part .
An electronic pipette comprising - a piston actuated in a cylinder by a motor, - a control system for carrying out pipette operations, and - a user interface for operating the pipette, which user interface comprises a display , characterized in that the main menu on the display of the user interface is configured to be modifiable by the user to comprise a user defined shortcut to a specific pipetting application, wherein the pipette is configured to allow the user to create the shortcut or input a preprogrammed specific pipetting application and the relating shortcut. - a piston actuated in a cylinder by a motor, - a control system for carrying out pipette operations, and - a user interface for operating the pipette, which user interface comprises a display ,
A method for measuring formation properties in downhole operations, the method comprising: generating , at a neutron source, neutrons that are emitted into a downhole formation; registering , at a detector, photons generated by chemical constituents of the downhole formation; measuring a response of the photons registered at the detector; transforming , with a computing system, the measured responses of the photons registered at the detector into thermal neutron capture probabilities; and transforming the thermal neutron capture probabilities into weight concentrations of the chemical constituents of the downhole formation, characterised in that the thermal neutron capture probabilities are linear functions of elemental yields. generating , at a neutron source, neutrons that are emitted into a downhole formation; registering , at a detector, photons generated by chemical constituents of the downhole formation; measuring a response of the photons registered at the detector; transforming , with a computing system, the measured responses of the photons registered at the detector into thermal neutron capture probabilities; and transforming the thermal neutron capture probabilities into weight concentrations of the chemical constituents of the downhole formation, characterised in that the thermal neutron capture probabilities are linear functions of elemental yields.
A system for assisting a patient's heart, the system comprising: a pump ; an oxygenator ; a holder having a pump receiving portion for removably receiving the pump and an oxygenator receiving portion for removably receiving the oxygenator ; a harness configured to surround at least a portion of a patient's torso, the holder being connected to the harness ; and a brace connected to at least a portion of the harness , the brace configured to extend behind a back portion of a user's head and to support tubing connected to at least one of the pump and the oxygenator . a pump ; an oxygenator ; a holder having a pump receiving portion for removably receiving the pump and an oxygenator receiving portion for removably receiving the oxygenator ; a harness configured to surround at least a portion of a patient's torso, the holder being connected to the harness ; and a brace connected to at least a portion of the harness , the brace configured to extend behind a back portion of a user's head and to support tubing connected to at least one of the pump and the oxygenator .
Steering control device for a motor vehicle that is designed to transmit a change of direction to the steered wheels (R) of the vehicle, which are arranged longitudinally to the front, said change of direction being commanded by a driver of the vehicle by means of a steering wheel , said control device having at least one steering column that is linked to the steering wheel and a steering mechanism that has at least one transmission pinion that meshes with a rack that is rigidly connected to a steering rod to cause a transverse movement of said rod to the left or to the right, depending on the change of direction, the pinion and the rack being arranged longitudinally behind the steering rod , characterized in that said device includes means for inverting the direction of rotation of the steering column in relation to the direction of rotation of the steering wheel , which means are mechanical gear means including at least one first gear wheel and one second gear wheel , the first gear wheel having a first axis of rotation (A1) and the second gear wheel having a second axis of rotation (A2) that extend longitudinally, the first axis of rotation (A1) of the first gear wheel being offset at least vertically in relation to the second axis of rotation (A2) of the second gear wheel and in that the first axis of rotation (A1) of the first gear wheel is arranged vertically above the second axis of rotation (A2) of the second gear wheel to obtain a high position of the steering wheel or below the second axis of rotation (A2) of the second gear wheel to obtain a low position of the steering wheel .
A system, comprising: a plurality of first battery devices , each first battery device respectively electrically coupled to a respective server rack in a plurality of server racks and having a respective capacity to provide power to the respective rack for a power anomaly for up to a first duration; and a second battery device electrically coupled to the plurality of server racks and having a capacity to provide power to the plurality of respective server racks for a power anomaly for up to a second duration, wherein the second duration is longer than the first duration; wherein a power anomaly is a deviation of mains power from one or more of a nominal supply voltage and frequency. a plurality of first battery devices , each first battery device respectively electrically coupled to a respective server rack in a plurality of server racks and having a respective capacity to provide power to the respective rack for a power anomaly for up to a first duration; and a second battery device electrically coupled to the plurality of server racks and having a capacity to provide power to the plurality of respective server racks for a power anomaly for up to a second duration, wherein the second duration is longer than the first duration; wherein a power anomaly is a deviation of mains power from one or more of a nominal supply voltage and frequency.
A hot melt adhesive composition, comprising: (a) 2% to 25% by weight of a first styrenic block copolymer comprising a styrene-butadiene-styrene block polymer with a styrene content greater than 30% by weight and a diblock content greater than 30% by weight; (b) 2% to 25% by weight of a second styrenic block copolymer having either an isoprene or butadiene midblock and having a styrene content from 15% to 30% by weight and having a diblock content lower than the first styrenic block copolymer and said diblock content of the second styrenic block copolymer being less than 40% by weight; (c) 25% to 60% by weight of a tackifying resin, said tackifying resin present in an amount greater than the combined amount of the first and second styrenic block copolymers; (d) 0% to 15% by weight of an aromatic endblock reinforcing resin; (e) 25% to 50% by weight of a liquid plasticizer; and (f) 0% to 5% by weight of a stabilizer or antioxidant. (a) 2% to 25% by weight of a first styrenic block copolymer comprising a styrene-butadiene-styrene block polymer with a styrene content greater than 30% by weight and a diblock content greater than 30% by weight; (b) 2% to 25% by weight of a second styrenic block copolymer having either an isoprene or butadiene midblock and having a styrene content from 15% to 30% by weight and having a diblock content lower than the first styrenic block copolymer and said diblock content of the second styrenic block copolymer being less than 40% by weight; (c) 25% to 60% by weight of a tackifying resin, said tackifying resin present in an amount greater than the combined amount of the first and second styrenic block copolymers; (d) 0% to 15% by weight of an aromatic endblock reinforcing resin; (e) 25% to 50% by weight of a liquid plasticizer; and (f) 0% to 5% by weight of a stabilizer or antioxidant.
Electrical installation comprising an electrical switchboard and a plurality of electrical connection points intended to electrically link an electrical load in a dwelling to the electrical network, these connection points comprising a first part called wall block comprising so-called first connection elements, this wall block being intended to be fixatedly mounted in a wall of the dwelling in such a way that the so-called first connection elements are electrically linked to the corresponding parts of the network, and a second part called functional block intended to provide a particular electrical function and comprising so-called second connection elements, the aforementioned wall block being intended to be fitted definitively by the electrician, whereas this functional block is suitable for being fixed removably in the wall block by a consumer or an electrician, this fixing leading to the electrical connection of the so-called second connection elements to the corresponding parts of the network via the so-called first connection elements, in such a way as to allow the aforementioned electrical function to be activated, this functional block being interchangeable, by the consumer or the electrician, with another functional block, in that each wall block is able to receive a functional block comprising means for communication with a central box and/or an electrical switchboard and/or a fixed or mobile computer, the so-called first connection elements comprise connection clips and the so-called second connection elements comprise pins, the functional block is pluggable onto the fixed wall block via the aforementioned clips interacting with the aforementioned pins, characterized in that this wall block and this functional block each comprise pairing means suitable for enabling pairing of the connection point with the electrical switchboard for information collection or control purposes, in that this wall block comprises coding able to be read by the functional block , this coding being associated with a feeder of the electrical switchboard .
A method for transmitting channel quality from a mobile station to a base station in a wireless communication system, the method CHARACTERIZED BY : transmitting channel quality information of a serving cell/sector, using more than one first slot at a beginning portion of a frame, the channel quality information being transmitted on a reverse channel quality indicator channel; and transmitting switching indication information to the base station, the switching indication information used for indicating an intention of the mobile station itself for the cell/sector switching, using at least one second slot at an end portion of the frame, the switching indication information is transmitted after being covered with a Walsh code for a target cell/sector, wherein the more than one first slot and the at least one second slot are spatially displaced with at least one intermediate slot in the frame, the at least one intermediate slot comprising differential information of channel quality of the serving cell/sector, wherein the at least one second slot starts from a Kth slot of the frame, where K is a positive integer value satisfying [number of slots of the frame - {(Ns ∗ n)-1}], wherein Ns is a number of switching indication slots included in the frame and n is a slot repetition factor of the channel quality information, and wherein the length of the at least one second slot satisfies (Ns ∗ n), where Ns is the number of the switching indication slots included in the frame and n is the slot repetition factor of the channel quality information. transmitting channel quality information of a serving cell/sector, using more than one first slot at a beginning portion of a frame, the channel quality information being transmitted on a reverse channel quality indicator channel; and transmitting switching indication information to the base station, the switching indication information used for indicating an intention of the mobile station itself for the cell/sector switching, using at least one second slot at an end portion of the frame, the switching indication information is transmitted after being covered with a Walsh code for a target cell/sector, wherein the more than one first slot and the at least one second slot are spatially displaced with at least one intermediate slot in the frame, the at least one intermediate slot comprising differential information of channel quality of the serving cell/sector, wherein the at least one second slot starts from a Kth slot of the frame, where K is a positive integer value satisfying [number of slots of the frame - {(Ns ∗ n)-1}], wherein Ns is a number of switching indication slots included in the frame and n is a slot repetition factor of the channel quality information, and wherein the length of the at least one second slot satisfies (Ns ∗ n), where Ns is the number of the switching indication slots included in the frame and n is the slot repetition factor of the channel quality information.