mhurhangee/patent-ind-claim-en huggingface dataset:
An inter-network change method, comprising: obtaining (S101), by a terminal in a procedure of registering or establishing a session with a first network, second network slice information to which first network slice information is mapped wherein the first network slice information is information about a first network slice accessed by the terminal, the second network slice information is information about a second network slice, the first network slice is a network slice in the first network and the second network slice is a network slice in a second network; sending (S102), by the terminal, a request message to the second network, wherein the request message carries the second network slice information, and the request message is used for the terminal to request to register with or be handed over to the second network slice; and receiving (SI03), by the terminal, an accept message returned by the second network, wherein the accept message carries network slice information accepted by the second network, and the network slice information accepted by the second network comprises a part or all of the second network slice information; wherein the first network and the second network have different access network devices and/or core network devices. obtaining (S101), by a terminal in a procedure of registering or establishing a session with a first network, second network slice information to which first network slice information is mapped wherein the first network slice information is information about a first network slice accessed by the terminal, the second network slice information is information about a second network slice, the first network slice is a network slice in the first network and the second network slice is a network slice in a second network; sending (S102), by the terminal, a request message to the second network, wherein the request message carries the second network slice information, and the request message is used for the terminal to request to register with or be handed over to the second network slice; and receiving (SI03), by the terminal, an accept message returned by the second network, wherein the accept message carries network slice information accepted by the second network, and the network slice information accepted by the second network comprises a part or all of the second network slice information; wherein the first network and the second network have different access network devices and/or core network devices.
An apparatus for communicating with a wireless communications system, the apparatus comprising: a receiver arranged to receive a control signal from a base unit, the control signal for indicating Further Enhanced Machine-Type Communications, FeMTC, resource allocations, the control signal containing a first set of bits indicating a frequency band reference and a second set of bits indicating a frequency band pattern, the frequency band pattern is based on a unit size of the frequency band reference; wherein the unit size of the frequency band reference is a narrowband of six contiguous physical resource blocks and the frequency band reference points to a starting band, and the frequency band pattern is a pattern of at least two non-consecutive narrowbands beginning at the starting band; and a processor arranged to identify a resource assignment from the frequency band reference and the frequency band pattern; wherein the receiver is further arranged to receive data via the resources identified by the resource assignment. a receiver arranged to receive a control signal from a base unit, the control signal for indicating Further Enhanced Machine-Type Communications, FeMTC, resource allocations, the control signal containing a first set of bits indicating a frequency band reference and a second set of bits indicating a frequency band pattern, the frequency band pattern is based on a unit size of the frequency band reference; wherein the unit size of the frequency band reference is a narrowband of six contiguous physical resource blocks and the frequency band reference points to a starting band, and the frequency band pattern is a pattern of at least two non-consecutive narrowbands beginning at the starting band; and a processor arranged to identify a resource assignment from the frequency band reference and the frequency band pattern; wherein the receiver is further arranged to receive data via the resources identified by the resource assignment.
Device for connecting workpieces (T, L) by means of vibrations, in particular ultrasonic vibrations, comprising: - a sonotrode having a sonotrode head which by way of at least one vibration generator can be excited to vibration in a vibration direction (S) and which has an operating face which is substantially parallel to the vibration direction (S); - an anvil which has an anvil face which is directed towards the operating face and is spaced apart from the latter such that an operating space is formed between the anvil face and the operating face ; and - two lateral delimiters having lateral delimiting faces which extend between the anvil face and the operating face and which laterally delimit the operating space , characterized in that at least one of the lateral delimiters is shaped, dimensioned, and mounted in such a manner that the delimiting face can, on account of contact with at least one of the workpieces (T, L) inserted into the operating space and subjected to vibrations by the operating face , be excited to vibration in a direction (R) approximately parallel to the operating face . - a sonotrode having a sonotrode head which by way of at least one vibration generator can be excited to vibration in a vibration direction (S) and which has an operating face which is substantially parallel to the vibration direction (S); - an anvil which has an anvil face which is directed towards the operating face and is spaced apart from the latter such that an operating space is formed between the anvil face and the operating face ; and - two lateral delimiters having lateral delimiting faces which extend between the anvil face and the operating face and which laterally delimit the operating space , characterized in that at least one of the lateral delimiters is shaped, dimensioned, and mounted in such a manner that the delimiting face can, on account of contact with at least one of the workpieces (T, L) inserted into the operating space and subjected to vibrations by the operating face , be excited to vibration in a direction (R) approximately parallel to the operating face .
Valve arrangement for shutting off and releasing high-pressure liquid for a high-pressure line, valve pistol or high-pressure cleaning apparatus , with a check valve which has a valve body and an associated valve seat , the valve arrangement or the check valve having a guide directly adjoining the valve seat , characterised in that the guide is formed integrally with the valve seat and has a circumferential surface which adjoins the valve seat or is formed therefrom, and in that the circumferential surface is provided with a plurality of lateral recesses or pockets which are distributed over the circumference, are formed by lateral indentations and taper towards the valve seat .
A volatile memory data save subsystem for a motherboard in a system, the subsystem comprising: a volatile memory device shared power source coupling which when coupled to a shared power source and also coupled to a volatile memory device by the motherboard provides operating power to the volatile memory device, the volatile memory device being one of at least two separately pluggable devices that receive power from the shared power source; a data save trigger coupling which when coupled to the volatile memory device and triggered sends a data save command toward the volatile memory device; and a data save trigger controller , characterised in that the shared power source is configured, in order to trigger the data save trigger coupling, to drop a voltage level to a value that is less than normal operating power but is still sufficient to power the volatile memory device during a data save operation, and wherein the data save trigger controller operates to trigger the data save trigger coupling when the power source drops the voltage level to said value. a volatile memory device shared power source coupling which when coupled to a shared power source and also coupled to a volatile memory device by the motherboard provides operating power to the volatile memory device, the volatile memory device being one of at least two separately pluggable devices that receive power from the shared power source; a data save trigger coupling which when coupled to the volatile memory device and triggered sends a data save command toward the volatile memory device; and a data save trigger controller , characterised in that the shared power source is configured, in order to trigger the data save trigger coupling, to drop a voltage level to a value that is less than normal operating power but is still sufficient to power the volatile memory device during a data save operation, and wherein the data save trigger controller operates to trigger the data save trigger coupling when the power source drops the voltage level to said value.
A slowly L-cysteine-releasing acetaldehyde-binding pharmaceutical preparation for use in preventing and treating alcohol flushing and alcohol-induced hypersensitivity reactions, selected from allergic rhinitis (hay fever), allergic conjunctivitis, atopic dermatitis, eosinophilic esophagitis, anaphylaxis, chronic bronchitis and chronic obstructive pulmonary disease (COPD), by eliminating histamine-releasing effect of locally formed acetaldehyde in the digestive tract, characterized in that a dosage regime of 1-2 slowly L-cysteine releasing capsules containing 50 - 200 mg L-cysteine taken 20 minutes before or immediately after intake of a dose of alcohol and repeating such dose at 1-2 hours intervals for as long as alcohol drinking continues is used.
A catheter configured to deliver therapeutic energy to a tissue, comprising an elongate shaft (14; 32; 70) extending along a shaft longitudinal axis and comprising a shaft proximal end and a shaft distal end, and a flexible tip electrode (10; 30; 60) comprising a tip electrode conductive outer surface (12; 36; 74), wherein the flexible tip electrode is connected to the shaft distal end and is configured to deliver therapeutic energy to the tissue, and characterised in that the flexible tip electrode (10; 30; 60) further includes an electrically insulative strip (17; 42; 84) comprising an insulative strip outer surface, wherein the insulative strip (17; 42; 84) is disposed on the tip electrode conductive outer surface (12; 36; 74), and a mapping electrode (11; 44; 68) disposed on the insulative strip outer surface. an elongate shaft (14; 32; 70) extending along a shaft longitudinal axis and comprising a shaft proximal end and a shaft distal end, and a flexible tip electrode (10; 30; 60) comprising a tip electrode conductive outer surface (12; 36; 74), wherein the flexible tip electrode is connected to the shaft distal end and is configured to deliver therapeutic energy to the tissue, and characterised in that the flexible tip electrode (10; 30; 60) further includes an electrically insulative strip (17; 42; 84) comprising an insulative strip outer surface, wherein the insulative strip (17; 42; 84) is disposed on the tip electrode conductive outer surface (12; 36; 74), and a mapping electrode (11; 44; 68) disposed on the insulative strip outer surface. an electrically insulative strip (17; 42; 84) comprising an insulative strip outer surface, wherein the insulative strip (17; 42; 84) is disposed on the tip electrode conductive outer surface (12; 36; 74), and a mapping electrode (11; 44; 68) disposed on the insulative strip outer surface.
Method for the remote control of a function of a vehicle by means of a mobile control device , wherein the function is enabled for execution or blocked depending on a detected movement of the control device , characterised in that it is a mandatory condition for enabling the function for execution that the detected movement is a micro-movement in which fluctuations of a position and/or orientation of the control device are so insignificant that they correspond to a movement performed by the user of a vehicle with the hand when trying to hold the control device still in the hand.
A sensing device for a low-voltage, medium-voltage or high voltage switching device, for connection to a terminal of such a switching device and to ground potential, the sensing device comprising: a first voltage sensing part ; and a second voltage sensing part ; wherein a current sensing part is arranged with the first voltage sensing part and the second voltage sensing part in a single common sensing device housing , wherein an end of the first voltage sensing part, an end of the second voltage sensing part, and an electrical shield of the current sensing part are connected to a ground terminal ; wherein an output from the first voltage sensing part for sensing voltage at an upper terminal of the switching device extends within the sensing device housing and is insulated from the current sensing part ; wherein an output from the second voltage sensing part for sensing voltage at a lower terminal of the switching device extends within the sensing device housing ; wherein the output from the first voltage sensing part , the output from the second voltage sensing part , and an output from the current sensing part are insulated from each other; and wherein the switching device and the sensing device comprise different devices, characterised in that the sensing device housing is separate to a housing for the switching device. a first voltage sensing part ; and a second voltage sensing part ; wherein a current sensing part is arranged with the first voltage sensing part and the second voltage sensing part in a single common sensing device housing , wherein an end of the first voltage sensing part, an end of the second voltage sensing part, and an electrical shield of the current sensing part are connected to a ground terminal ; wherein an output from the first voltage sensing part for sensing voltage at an upper terminal of the switching device extends within the sensing device housing and is insulated from the current sensing part ; wherein an output from the second voltage sensing part for sensing voltage at a lower terminal of the switching device extends within the sensing device housing ; wherein the output from the first voltage sensing part , the output from the second voltage sensing part , and an output from the current sensing part are insulated from each other; and wherein the switching device and the sensing device comprise different devices, characterised in that the sensing device housing is separate to a housing for the switching device.
A system for performing semantic join operations on data in different representations, said system comprising: a memory area associated with a computing device , said memory area storing a plurality of tables having columns of values; and a processor programmed to: receive a request to perform a semantic join operation on at least two of the tables stored in the memory area; in response to the received request, identify pairs of values from the at least two tables, the pairs of values including one value from a column in a first one of the tables and one value from a column in a second one of the tables; determine, based on historical co-occurrence data, statistical co-occurrence scores for the identified pairs of values; infer a join relationship between the at least two tables using the statistical co-occurrence scores; output a bridge table based on the inferred join relationship; and perform a semantic join of the at least two of the tables using the bridge table, wherein the processor is programmed to infer the join relationship by generating a maximum aggregate correlation score among all pairs of values, wherein the join relationship is automatically inferred if the maximum aggregate correlation score is above a threshold. a memory area associated with a computing device , said memory area storing a plurality of tables having columns of values; and a processor programmed to: receive a request to perform a semantic join operation on at least two of the tables stored in the memory area; in response to the received request, identify pairs of values from the at least two tables, the pairs of values including one value from a column in a first one of the tables and one value from a column in a second one of the tables; determine, based on historical co-occurrence data, statistical co-occurrence scores for the identified pairs of values; infer a join relationship between the at least two tables using the statistical co-occurrence scores; output a bridge table based on the inferred join relationship; and perform a semantic join of the at least two of the tables using the bridge table, receive a request to perform a semantic join operation on at least two of the tables stored in the memory area; in response to the received request, identify pairs of values from the at least two tables, the pairs of values including one value from a column in a first one of the tables and one value from a column in a second one of the tables; determine, based on historical co-occurrence data, statistical co-occurrence scores for the identified pairs of values; infer a join relationship between the at least two tables using the statistical co-occurrence scores; output a bridge table based on the inferred join relationship; and perform a semantic join of the at least two of the tables using the bridge table,
A felling head for a multi-process machine for felling and further processing trees, arranged to be suspended on the boom of a loader via a joint , said multi-process machine including a rotator for rotating it, said felling head including a suspension device , an actuator unit and its frame connected to said suspension device for felling and further processing trees, said suspension device including an arm for the suspension device, connected to said rotator , and a transverse frame joint in its bottom part for supporting the frame of the actuator unit, and one actuator is pivoted at one end to said arm for the suspension device to rotate it relative to the frame for turning the actuator unit to felling and processing positions, characterised in that said suspension device further includes a freely rotating intermediate arm pivoted to said frame joint and relatively short relative to the arm of the suspension device and another hydraulic cylinder pivoted at one end to the frame of the actuator unit and both hydraulic cylinders are pivoted both at the other end to said intermediate arm . a freely rotating intermediate arm pivoted to said frame joint and relatively short relative to the arm of the suspension device and another hydraulic cylinder pivoted at one end to the frame of the actuator unit and both hydraulic cylinders are pivoted both at the other end to said intermediate arm .
An attaching device for attaching a vehicle accessory to a vehicle, such as a bicycle, the attaching device comprising: - a base configured for contacting with a part of the vehicle , - a housing being configured for housing the vehicle accessory and/or for attachment to the vehicle accessory, wherein the housing is connected to the base at least in an assembled state of the attaching device, - a self-locking gear arrangement arranged inside the housing , the self-locking gear arrangement comprising a driving part and a driven part , the driving part being configured for being accessed from outside the housing by a user and for being rotated by said user, the driving part further being configured for, upon rotation, meshing with the driven part , causing the driven part to rotate in an intended angular direction, wherein the driven part is locked from rotating by its own force in an angular direction opposite to the intended angular direction, - a shaft being fixed to the driven part , so as to allow said shaft to rotate with the driven part upon rotation of the driving part , - a flexible thread being configured for attachment to the shaft , the flexible thread further being configured for exiting the housing through an opening, for being wound around a part of the vehicle , and for being fastened to the attaching device and/or to the vehicle , wherein said flexible thread is arranged to be coiled around the shaft upon rotation of the driving part , so as to tighten said flexible thread around the part of the vehicle , thereby securing the attaching device to the vehicle . - a base configured for contacting with a part of the vehicle , - a housing being configured for housing the vehicle accessory and/or for attachment to the vehicle accessory, wherein the housing is connected to the base at least in an assembled state of the attaching device, - a self-locking gear arrangement arranged inside the housing , the self-locking gear arrangement comprising a driving part and a driven part , the driving part being configured for being accessed from outside the housing by a user and for being rotated by said user, the driving part further being configured for, upon rotation, meshing with the driven part , causing the driven part to rotate in an intended angular direction, wherein the driven part is locked from rotating by its own force in an angular direction opposite to the intended angular direction, - a shaft being fixed to the driven part , so as to allow said shaft to rotate with the driven part upon rotation of the driving part , - a flexible thread being configured for attachment to the shaft , the flexible thread further being configured for exiting the housing through an opening, for being wound around a part of the vehicle , and for being fastened to the attaching device and/or to the vehicle , wherein said flexible thread is arranged to be coiled around the shaft upon rotation of the driving part , so as to tighten said flexible thread around the part of the vehicle , thereby securing the attaching device to the vehicle .