mhurhangee/ep-ind-claims huggingface dataset:
In a User Equipment for use in a heterogeneous cellular communication network having a first cell and a second cell, a method for performing a random access request by the User Equipment for operatively connecting the User Equipment to the second cell, wherein the method is performed while the User Equipment is in Idle mode, the method comprising: obtaining (506, 508) at least one first quality parameter indicating quality of radio reception between the User Equipment and the first cell; and obtaining (504, 508) at least one second quality parameter indicating quality of radio reception between the User Equipment and the second cell; wherein the method is characterized by: determining, based on the obtained at least first quality parameter and the obtained at least second quality parameter, whether the User Equipment has an option to be connected to both the first cell and the second cell; and upon determining that the User Equipment has an option to be connected to both the first cell and the second cell, sending a random access request message (412, 414) to the first cell, the random access request including an indication (412, 414) indicating availability of the User Equipment to be redirected for connection to the second cell. obtaining (506, 508) at least one first quality parameter indicating quality of radio reception between the User Equipment and the first cell; and obtaining (504, 508) at least one second quality parameter indicating quality of radio reception between the User Equipment and the second cell; determining, based on the obtained at least first quality parameter and the obtained at least second quality parameter, whether the User Equipment has an option to be connected to both the first cell and the second cell; and upon determining that the User Equipment has an option to be connected to both the first cell and the second cell, sending a random access request message (412, 414) to the first cell, the random access request including an indication (412, 414) indicating availability of the User Equipment to be redirected for connection to the second cell.
A method for providing haptic feedback in interacting with a virtual pet, comprising: controlling a virtual pet via a software application, wherein the virtual pet is a cat; receiving a signal from the software application relating to a biological status of the virtual pet, wherein the biological status refers to a health state of the virtual pet, the biological status having a haptic effect associated therewith; outputting, to a user-interface object, the associated haptic effect based on said received signal; displaying the virtual pet on a display screen that is coupled to the user-interface object; wherein the haptic effect is a pulsing sensation, wherein the rate or magnitude of the pulsing sensation indicates the health state of the virtual pet; receiving input from a user, wherein the user moves a cursor back and forth over the display of the virtual pet; and triggering, in response to the input, a purring sensation, wherein the purring sensation is delivered in the form of a periodic vibration; wherein the magnitude and frequency of the periodic vibration vary with time depending upon the input from the user. controlling a virtual pet via a software application, wherein the virtual pet is a cat; receiving a signal from the software application relating to a biological status of the virtual pet, wherein the biological status refers to a health state of the virtual pet, the biological status having a haptic effect associated therewith; outputting, to a user-interface object, the associated haptic effect based on said received signal; displaying the virtual pet on a display screen that is coupled to the user-interface object; receiving input from a user, wherein the user moves a cursor back and forth over the display of the virtual pet; and triggering, in response to the input, a purring sensation, wherein the purring sensation is delivered in the form of a periodic vibration;
A method for implementing concurrent access of multiple bearer protocols in a M2M platform comprising the steps of: after receiving an uplink message of a terminal, an access module of a Machine-to-Machine/Man, M2M, platform determining a bearer type of the uplink message, obtaining corresponding key information of the bearer type, and packaging the key information and an original datagram of the uplink message into an internal message and sending the internal message to a service module of the M2M platform; and after completing a service processing flow based on the internal message, the service module packaging datagram response contents and the key information into a downlink message and sending the downlink message to the access module, which sends the downlink message to the terminal corresponding to the downlink message based on the key information after receiving the downlink message, wherein when there is a plurality of service modules, the step of packaging the key information and the original datagram of the uplink message into the internal message and send the internal message to the service module of the M2M platform comprises: taking a subscript of each service module as an integer; after obtaining a sum of the last 6 character values of a terminal serial number in the uplink message and taking a modulus of the obtained sum and the number of the service modules, sending the internal message to a service module whose subscript corresponds to the modulus. after receiving an uplink message of a terminal, an access module of a Machine-to-Machine/Man, M2M, platform determining a bearer type of the uplink message, obtaining corresponding key information of the bearer type, and packaging the key information and an original datagram of the uplink message into an internal message and sending the internal message to a service module of the M2M platform; and after completing a service processing flow based on the internal message, the service module packaging datagram response contents and the key information into a downlink message and sending the downlink message to the access module, which sends the downlink message to the terminal corresponding to the downlink message based on the key information after receiving the downlink message, wherein when there is a plurality of service modules, the step of packaging the key information and the original datagram of the uplink message into the internal message and send the internal message to the service module of the M2M platform comprises: taking a subscript of each service module as an integer; after obtaining a sum of the last 6 character values of a terminal serial number in the uplink message and taking a modulus of the obtained sum and the number of the service modules, sending the internal message to a service module whose subscript corresponds to the modulus. taking a subscript of each service module as an integer; after obtaining a sum of the last 6 character values of a terminal serial number in the uplink message and taking a modulus of the obtained sum and the number of the service modules, sending the internal message to a service module whose subscript corresponds to the modulus.
A dental assembly comprising an abutment with a longitudinal axis, a sidewall, and comprising a cavity along the longitudinal axis and a slot in the sidewall adapted to allow a driver to access a screw in the cavity at an angle relative to the longitudinal axis; a prosthesis having a driver access channel, the driver access channel having an opening on at least one surface of the prosthesis, the prosthesis placed over the abutment such that the driver access channel of the prosthesis and the slot in the sidewall of the abutment overlap; and a screw within the cavity of the abutment, characterized in that the screw is not passable through the driver access channel and is contained within the cavity of the abutment. an abutment with a longitudinal axis, a sidewall, and comprising a cavity along the longitudinal axis and a slot in the sidewall adapted to allow a driver to access a screw in the cavity at an angle relative to the longitudinal axis; a prosthesis having a driver access channel, the driver access channel having an opening on at least one surface of the prosthesis, the prosthesis placed over the abutment such that the driver access channel of the prosthesis and the slot in the sidewall of the abutment overlap; and a screw within the cavity of the abutment, characterized in that the screw is not passable through the driver access channel and is contained within the cavity of the abutment.
Ampoule nebuliser for aerosol therapy devices, comprising an ampoule body that defines a chamber designed to contain a medicament liquid to be nebulised, a conduit extending upwards from the bottom of said chamber, designed for the input of a flow of compressed air, terminating with a top orifice and bearing a nebuliser nozzle preferably overlooked by a break-jet cylinder, a through conduit open both towards the external and towards the nebuliser nozzle for an additional flow of ambient air, and a delivery conduit that extends from said chamber to deliver the nebulised medicament towards a mouthpiece or a inhalation mask or a nasal adapter for use on the part of a patient wherein on a level with the entry of said ambient air supply conduit a selection push-button is provided, the selection push-button is movable between a first operating position obstructing at least partially the entry of said conduit for the choice of a first minimal atomization speed and at least a second operating position opening the entry of said conduit for the choice of a second higher atomization speed of the medicament, said positions being defined by blocking means (35, 36), where in said ampoule body is made up of a lower element and a top cover connected to each other by screwing or by bayonet, wherein said cover has an upper hollow and the supply conduit of ambient air extends from the bottom of said hollow downwards as far as the proximity of the nebulizer nozzle and characterized in that said selection push-button is mounted and removable in said hollow above the entry of said delivery conduit and accessible on a level with said cover.
A combined flushing and filling unit comprising a flush valve and a filling valve, which are situated in an inlet chamber to which line pressure is to be applied, and, said unit comprising a first and a second outlet line (11, 12), wherein between the inlet chamber and the first and second outlet line (11, 12) are formed respectively a first and second compensation chamber (13, 14), wherein each of which is closed with the aid of a servo-diaphragm (21, 22), wherein the inlet chamber communicates with the first and second compensation chamber (13, 14) respectively via connection openings (43, 44) in the servo-diaphragm (21, 22), and wherein the compensation chambers (13, 14) each has a control opening (17, 18) for generating a pressure decrease, which releases the particular outlet line (11, 12), in the relevant compensation chamber (13, 14), characterized in that the control openings (17, 18) can be closed with the aid of plungers (19, 20) which can be actuated via a rotatably mounted camshaft, wherein the camshaft is driven via an electric motor which is controlled by a control unit.
A method for pairing a control unit with a second device wherein: the control unit broadcasts a short-range signal, and the second device receives the short-range signal, wherein the said short range signal encodes a security code; the control unit and the second device send a connection request (21, 23) to a server, each of the connection requests from the control unit and from the second device, including the security code or a derived sequence of the security code, characterized in that the server compares the connection request of the control unit with the connection request of the second device, and tests whether the request of the control unit contains the same security code or derived sequences derived from the same security code than the security code received from the second device, and in that the server pairs the control unit with the second device, generates a secure key and transmits the secure key to the control unit and to the second device if the test of the security code or derivative of the security code succeeds. the control unit broadcasts a short-range signal, and the second device receives the short-range signal, wherein the said short range signal encodes a security code; the control unit and the second device send a connection request (21, 23) to a server, each of the connection requests from the control unit and from the second device, including the security code or a derived sequence of the security code, characterized in that the server compares the connection request of the control unit with the connection request of the second device, and tests whether the request of the control unit contains the same security code or derived sequences derived from the same security code than the security code received from the second device, and in that the server pairs the control unit with the second device, generates a secure key and transmits the secure key to the control unit and to the second device if the test of the security code or derivative of the security code succeeds.
A method of handling a hybrid automatic repeat request, HARQ, feedback in a subframe for a first communication device in a wireless communication system, the method comprising: determining whether the HARQ feedback exists in a physical HARQ indicator channel, PHICH, in a downlink, DL, control region of the subframe transmitted by a network of the wireless communication system according to a first uplink,UL,/ DL configuration of the first communication device and a second UL/DL configuration of a second communication device in the wireless communication system communicating with the network; detecting the HARQ feedback in the PHICH of the subframe, if the HARQ feedback exists in the PHICH; and detecting the HARQ feedback in an enhanced PHICH,ePHICH, of the subframe, if the HARQ feedback does not exist in the PHICH; characterized in that the first communication device determines the HARQ feedback does not exist in the PHICH, if a position of the HARQ feedback is outside the PHICH arranged according to the second UL/DL configuration, or if the subframe is a UL subframe for the second communication device. determining whether the HARQ feedback exists in a physical HARQ indicator channel, PHICH, in a downlink, DL, control region of the subframe transmitted by a network of the wireless communication system according to a first uplink,UL,/ DL configuration of the first communication device and a second UL/DL configuration of a second communication device in the wireless communication system communicating with the network; detecting the HARQ feedback in the PHICH of the subframe, if the HARQ feedback exists in the PHICH; and detecting the HARQ feedback in an enhanced PHICH,ePHICH, of the subframe, if the HARQ feedback does not exist in the PHICH; characterized in that the first communication device determines the HARQ feedback does not exist in the PHICH, if a position of the HARQ feedback is outside the PHICH arranged according to the second UL/DL configuration, or if the subframe is a UL subframe for the second communication device.
A turbine comprising: a blade; and a structure being provided at a tip portion of the blade with a gap and which is configured to rotate relatively to the shaft axis of the blade, wherein the tip portion of the blade is provided with a tread part having a riser part that protrudes toward the structure, the structure is provided with seal fins extending out with respect to the tread part and minute clearances are formed between the tread part and the seal fins, the minute clearances being set to the smallest clearances within a safe range in which both the seal fins and the tread part are not in contact with each other, and the tread part facing the seal fins is configured to protrude so that a cavity forming a main vortex and counter vortex being formed by the main vortex are formed on an upstream side of the seal fins, characterized in that the cavity is formed so that an axial width dimension and a radial height dimension satisfy Formula below. 0.45 ≤ D / W ≤ 2.67 a blade; and a structure being provided at a tip portion of the blade with a gap and which is configured to rotate relatively to the shaft axis of the blade, wherein the tip portion of the blade is provided with a tread part having a riser part that protrudes toward the structure, the structure is provided with seal fins extending out with respect to the tread part and minute clearances are formed between the tread part and the seal fins, the minute clearances being set to the smallest clearances within a safe range in which both the seal fins and the tread part are not in contact with each other, and the tread part facing the seal fins is configured to protrude so that a cavity forming a main vortex and counter vortex being formed by the main vortex are formed on an upstream side of the seal fins, characterized in that the cavity is formed so that an axial width dimension and a radial height dimension satisfy Formula below. 0.45 ≤ D / W ≤ 2.67
A dampening device for a surveying rod, the rod configured for supporting a measurement device, the dampening device comprising a first member, preferably a tubular member, which is to be positioned at the end of the surveying rod which end is to be directed to the ground, a second member, preferably a post, being at least partially slidable directly or indirectly along the first member in a longitudinal direction and for being directly or indirectly connected to a tip which is to be placed on the ground, wherein the first and second members overlap at least in one position at least partially along the longitudinal direction, and at least one elastic dampening member which is directly or indirectly housed by the first and/or second member and disposed such that it is compressed by a movement of the first member and the second member relative to each other in the longitudinal direction, so that mechanical shock exerted to the surveying rod and/or the tip can be dampened by elastic deformation of the dampening member, characterised in that the dampening device, in particular the dampening member, is adaptable to the weight of the measurement device which is to be supported by the surveying rod at the end opposite to the end of the surveying rod which is to be placed on the ground, and the dampening device comprises a preload element, preferably a screw, more preferably a screw extending in the longitudinal direction and passing through the dampening member, for adjusting the preload of the dampening member.
A computer-implemented method of handling a machine health/job quality issue in an autonomous work machine, the method comprising: detecting a machine health/job quality issue while performing a mission with the autonomous work machine; determining, with a robotic controller of the autonomous work machine, whether the detected machine health/job quality issue has an exception routine for the detected machine health/job quality issue; performing the exception routine for the detected machine health/job quality issue; determining whether the exception routine resolved the machine health/job quality issue; based on whether the determination of whether exception routine resolved the machine health/job quality issue, selectively generating a communication to a supervisor, wherein the communication requests a supervisor decision; and receiving user input indicative of a supervisor decision and taking responsive action (300; 304; 306), wherein if the user input is indicative of a decision to ignore the machine health/job quality issue, the responsive action is continuing to perform the mission and the method further comprises determining with the robotic controller that the machine health/job quality issue cannot be ignored and generating a second communication to the supervisor indicating that the machine health/job quality issue cannot be ignored. detecting a machine health/job quality issue while performing a mission with the autonomous work machine; determining, with a robotic controller of the autonomous work machine, whether the detected machine health/job quality issue has an exception routine for the detected machine health/job quality issue; performing the exception routine for the detected machine health/job quality issue; determining whether the exception routine resolved the machine health/job quality issue; based on whether the determination of whether exception routine resolved the machine health/job quality issue, selectively generating a communication to a supervisor, wherein the communication requests a supervisor decision; and receiving user input indicative of a supervisor decision and taking responsive action (300; 304; 306), wherein if the user input is indicative of a decision to ignore the machine health/job quality issue, the responsive action is continuing to perform the mission and the method further comprises determining with the robotic controller that the machine health/job quality issue cannot be ignored and generating a second communication to the supervisor indicating that the machine health/job quality issue cannot be ignored.
A communication device comprising: a processor configured to: receive a modulation symbol sequence that includes first, second, third, and fourth modulation symbols, wherein the first and second modulation symbols are separated by an interleaver depth within the modulation symbol sequence, and wherein the third and fourth modulation symbols are separated by more than the interleaver depth and less than twice the interleaver depth within the modulation symbol sequence; and interleave the modulation symbol sequence to generate an orthogonal frequency division multiplexing, OFDM, symbol that includes the first modulation symbol within a first sub-carrier, the second modulation symbol within a second sub-carrier that is located adjacently to the first sub-carrier, the third modulation symbol within a third sub-carrier, and the fourth modulation symbol within a fourth sub-carrier that is located adjacently to the third sub-carrier; and a communication interface configured to transmit the OFDM symbol. a processor configured to: receive a modulation symbol sequence that includes first, second, third, and fourth modulation symbols, wherein the first and second modulation symbols are separated by an interleaver depth within the modulation symbol sequence, and wherein the third and fourth modulation symbols are separated by more than the interleaver depth and less than twice the interleaver depth within the modulation symbol sequence; and interleave the modulation symbol sequence to generate an orthogonal frequency division multiplexing, OFDM, symbol that includes the first modulation symbol within a first sub-carrier, the second modulation symbol within a second sub-carrier that is located adjacently to the first sub-carrier, the third modulation symbol within a third sub-carrier, and the fourth modulation symbol within a fourth sub-carrier that is located adjacently to the third sub-carrier; and receive a modulation symbol sequence that includes first, second, third, and fourth modulation symbols, wherein the first and second modulation symbols are separated by an interleaver depth within the modulation symbol sequence, and wherein the third and fourth modulation symbols are separated by more than the interleaver depth and less than twice the interleaver depth within the modulation symbol sequence; and interleave the modulation symbol sequence to generate an orthogonal frequency division multiplexing, OFDM, symbol that includes the first modulation symbol within a first sub-carrier, the second modulation symbol within a second sub-carrier that is located adjacently to the first sub-carrier, the third modulation symbol within a third sub-carrier, and the fourth modulation symbol within a fourth sub-carrier that is located adjacently to the third sub-carrier; and a communication interface configured to transmit the OFDM symbol.