mhurhangee/ep-ind-claims huggingface dataset:
A method for handling inter-node connectivity in a wireless communication system, comprising: receiving, by a first network node, a first request from a second network node for aggregating a Secondary Cell, in the following also referred to as SCell, for a User Equipment, in the following also referred to as UE, wherein the first network node controls the SCell and the second network node controls a Primary Cell, in the following also referred to as PCell, of the UE; and transmitting, by the first network node, an accept message to the second network node in response to the first request, wherein a first path is via the first network node and used as a data path for a first type of transmission and/or reception and a third type of transmission and/or reception of the UE; characterized by transmitting a second request from the first network node to the second network node to change the data path for the first type of transmission and/or reception of the UE; wherein the second request does not indicate to change the data path for the third type of transmission and/or reception of the UE; and wherein the first type of transmission and/or reception and the third type of transmission and/or reception are differentiated based on service type, radio bearer, logical channel, and/or Quality of Service, in the following also referred to as QoS, level. receiving, by a first network node, a first request from a second network node for aggregating a Secondary Cell, in the following also referred to as SCell, for a User Equipment, in the following also referred to as UE, wherein the first network node controls the SCell and the second network node controls a Primary Cell, in the following also referred to as PCell, of the UE; and transmitting, by the first network node, an accept message to the second network node in response to the first request, wherein a first path is via the first network node and used as a data path for a first type of transmission and/or reception and a third type of transmission and/or reception of the UE; characterized by transmitting a second request from the first network node to the second network node to change the data path for the first type of transmission and/or reception of the UE; wherein the second request does not indicate to change the data path for the third type of transmission and/or reception of the UE; and wherein the first type of transmission and/or reception and the third type of transmission and/or reception are differentiated based on service type, radio bearer, logical channel, and/or Quality of Service, in the following also referred to as QoS, level.
A power tool (1; 101; 201; 301; 401) for cutting or trimming comprising: a main body (10; 110; 210; 310; 410); a handle arranged to be grasped by a user during operation of the power tool (1; 101; 201; 301; 401), the handle being connected to the main body (10; 110; 210; 310; 410) and having a grip portion and a connecting portion; an anti-vibration mechanism arranged to absorb at least a portion of the vibration generated by the main body (10; 110; 210; 310; 410) during operation of the power tool (1; 101; 201; 301; 401); characterised in that the anti-vibration mechanism includes an intermediate mounting structure arranged to connect the grip portion with the connecting portion, the intermediate mounting structure having: a resilient member; and a strengthening structure arranged within the resilient member to prevent disengagement between the resilient member and the handle. a main body (10; 110; 210; 310; 410); a handle arranged to be grasped by a user during operation of the power tool (1; 101; 201; 301; 401), the handle being connected to the main body (10; 110; 210; 310; 410) and having a grip portion and a connecting portion; an anti-vibration mechanism arranged to absorb at least a portion of the vibration generated by the main body (10; 110; 210; 310; 410) during operation of the power tool (1; 101; 201; 301; 401); characterised in that the anti-vibration mechanism includes an intermediate mounting structure arranged to connect the grip portion with the connecting portion, the intermediate mounting structure having: a resilient member; and a strengthening structure arranged within the resilient member to prevent disengagement between the resilient member and the handle. a resilient member; and a strengthening structure arranged within the resilient member to prevent disengagement between the resilient member and the handle.
The cosmetic, non-therapeutic use of at least one Lactobacillus paracasei probiotic microorganism as active ingredient useful for treating impaired radiance of the skin's complexion, said impairment being a skin imperfection selected from among age spots and/or melasma.
An exercising apparatus for stretching of the calf muscle of a leg of a practician, comprising a foot support that has an upper side for supporting a foot of the practician and a lower side intended to be arranged against a base, where the upper side is arranged with an inclination (α) in comparison to the base such that the first part of the foot support, for supporting of a toe part of the foot, is arranged on a distance from the base, and where the foot support has attachment means at a second part of the foot support for securing a heel part of the foot, characterized in that on a side of the foot support, at the second part of the foot support, a bar extending in a vertical direction is arranged in a joint, that the bar is rotatably arranged to the foot support in said joint, the bar comprises a handle part and a supporting part which supporting part is arranged between the handle part and the joint, which supporting part is intended as support for the calf of the practician, the supporting part extends at least around a part of the calf, where stretching of the practician's calf muscle can be achieved by bringing the bar during rotation in the joint in a direction towards said first part of the foot support while the heel part of the practician is secured at the foot support and the calf is supported by the supporting part and brought in the rotational direction, such that a sufficient stretching of the calf muscle is achieved.
A method of wireless communication, performed by a target access node, AN, (406-f), comprising: receiving information about a first data session between a user equipment, UE, and a packet data network, PDN,, wherein the PDN is a local area network, LAN, and the target AN (406-f) and a source AN (406-e) are part of the LAN, and wherein the information about the first data session includes the PDN address for the UE; determining to establish a second data session with the UE based at least in part on the information about the first data session; and transmitting a request to a network node to establish the second data session corresponding to the first data session at the target AN (406-f). receiving information about a first data session between a user equipment, UE, and a packet data network, PDN,, wherein the PDN is a local area network, LAN, and the target AN (406-f) and a source AN (406-e) are part of the LAN, and wherein the information about the first data session includes the PDN address for the UE; determining to establish a second data session with the UE based at least in part on the information about the first data session; and transmitting a request to a network node to establish the second data session corresponding to the first data session at the target AN (406-f).
A method for supporting services at an application service layer, ASL, the method comprising: receiving a batch of requests from an entity addressed to a resource within a representational state transfer, RESTful, service capabilities layer, SCL, resource structure, the resource being a single addressable location in the SCL resource structure, and the requests being targeted to another SCL; storing the requests in an attribute in the resource, the resource including another attribute that specifies a time limit for processing the requests; processing the requests, the processing including sending the requests to the other SCL and sending a response to the entity in response to receiving the batch of requests. receiving a batch of requests from an entity addressed to a resource within a representational state transfer, RESTful, service capabilities layer, SCL, resource structure, the resource being a single addressable location in the SCL resource structure, and the requests being targeted to another SCL; storing the requests in an attribute in the resource, the resource including another attribute that specifies a time limit for processing the requests; processing the requests, the processing including sending the requests to the other SCL and sending a response to the entity in response to receiving the batch of requests.
A power usage state information transmission method, comprising: when a physical uplink shared channel, PUSCH, transmission exists in a subframe of a second cell, determining, by a terminal device, a virtual power headroom, PH, of the second cell corresponding to the terminal device based on a channel configuration information configured by a signaling, wherein the virtual PH corresponds to the subframe of the second cell and the virtual PH is determined by the formula: PH = P ̃ CMAX, c i − P O _ PUSCH, c 1 + α c 1 ⋅ PL c + f c i dB; wherein c is the second cell, i is the index of the subframe of the second cell, P̃ CMAX,c ( i) is virtual maximum transmit power based on a parameter assumption in the subframe i of the second cell, P O_PUSCH,c is an open-loop power control adjustment value when PUSCH transmission is granted by means of dynamic scheduling, α c is a partial path loss compensation value determined by a parameter of a higher layer configuration of a serving cell, PL c is a path loss of the second cell obtained through measurement by the terminal device, f c ( i) is a closed-loop power control adjustment value; and sending, by the terminal device, the virtual PH to a first network device, and skipping sending a maximum transmit power corresponding to the virtual PH to the first network device, wherein the first network device is a network device that controls a first cell and the second cell is controlled by a second network device; wherein before the sending, by the terminal device, the virtual PH to the first network device, the method further comprises: receiving, by the terminal device, the signaling, wherein the signaling comprises the channel configuration information. wherein c is the second cell, i is the index of the subframe of the second cell, P̃ CMAX,c ( i) is virtual maximum transmit power based on a parameter assumption in the subframe i of the second cell, P O_PUSCH,c is an open-loop power control adjustment value when PUSCH transmission is granted by means of dynamic scheduling, α c is a partial path loss compensation value determined by a parameter of a higher layer configuration of a serving cell, PL c is a path loss of the second cell obtained through measurement by the terminal device, f c ( i) is a closed-loop power control adjustment value; and sending, by the terminal device, the virtual PH to a first network device, and skipping sending a maximum transmit power corresponding to the virtual PH to the first network device, wherein the first network device is a network device that controls a first cell and the second cell is controlled by a second network device; wherein before the sending, by the terminal device, the virtual PH to the first network device, the method further comprises: receiving, by the terminal device, the signaling, wherein the signaling comprises the channel configuration information.
An invasive medical device comprising a flexible sheath enveloping at least one lumen (17, 17'), said at least one lumen comprising an electrically conductive wire including a deformable actuator for deforming a section of the invasive medical device in response to an electric current provided through the electrically conductive wire, wherein the flexible sheath comprises a set of apertures extending through the flexible sheath to the at least one lumen characterized in that said apertures are filled with an adhesive anchoring the deformable actuator to the flexible sheath.
Joint implant comprising an upper and a lower implant part (2, 3) articulated to each other to form a joint, and comprising an implant longitudinal axis (1 a), each of the upper and lower implant parts (2, 3) having a joint part (6, 9) comprising the joint area and an abutment part (5, 8) that can be abutted on and supported against respectively facing bone, the joint part (6, 9) and the abutment part (5, 8) of each respective implant part (2, 3) being detachably connected to each other by respective fixing devices, said two joint parts (6, 9) of the implant parts (2, 3) each having a joint area (7, 10) and said two joint areas (7, 10) cooperating with an intermediate element having upper and lower sides (12, 13) as contact surfaces, thus forming two sub-joints, and a connecting device being provided interconnecting the upper and lower implant parts (2, 3) to form a coherent assembly, wherein the connecting device can change position relative to the upper and lower joint parts (6, 9), characterized in that said two implant parts (2, 3) can freely twist against each other and against the intermediate element, that the fixing devices of the abutment and joint parts (5, 8; 6, 9) are constructed as form-closure devices (35, 36; 37) fixable or fixed to one another by twisting the joint part (6, 9) and the abutment part (5, 8) of the respective implant part (2, 3) relative to one another, that the cooperating form-closure devices (35, 36; 37) are secured against twisting relative to one another in a twisted position by anti-twist safeguarding devices, and that said anti-twist safeguarding devices comprise locking tongues.
A method of cementing in a subterranean formation comprising: providing an extended settable composition comprising hydraulic cement, cement kiln dust, water, and a set retarding additive, wherein the extended settable composition is capable of remaining in a pumpable fluid state for at least 1 day; adding a cement set accelerator to the extended settable composition; introducing the extended settable composition into a well bore; and allowing the extended settable composition to set. providing an extended settable composition comprising hydraulic cement, cement kiln dust, water, and a set retarding additive, wherein the extended settable composition is capable of remaining in a pumpable fluid state for at least 1 day; adding a cement set accelerator to the extended settable composition; introducing the extended settable composition into a well bore; and allowing the extended settable composition to set.
Aircraft luggage system comprising: - a fixed bin type luggage compartment for being arranged in a position displaced in a direction of an outer contour of the aircraft from a main gangway of the aircraft and for being rigidly connected to a primary structure of the aircraft, the fixed bin type luggage compartment comprising an upper side which is directed towards a ceiling region of an aircraft region when the luggage compartment is assembled in the aircraft region, a lower side which is directed towards a floor region of the aircraft region when the luggage compartment is assembled in the aircraft region, a rear side which is directed towards the outer contour of the aircraft region when the luggage compartment is assembled in the aircraft region, and two side faces (32, 34) which connect the upper side to the lower side, wherein the lower side of the luggage compartment is rigidly connected to the side faces (32, 34) and the rear side of the luggage compartment, - a flap which is movable between a closed position and an open position and which is configured to make an inner space of the luggage compartment accessible or to close it, and - at least one additional luggage compartment (48, 54) which is arranged adjacent to at least one of the upper side and the lower side of the luggage compartment. - a fixed bin type luggage compartment for being arranged in a position displaced in a direction of an outer contour of the aircraft from a main gangway of the aircraft and for being rigidly connected to a primary structure of the aircraft, the fixed bin type luggage compartment comprising an upper side which is directed towards a ceiling region of an aircraft region when the luggage compartment is assembled in the aircraft region, a lower side which is directed towards a floor region of the aircraft region when the luggage compartment is assembled in the aircraft region, a rear side which is directed towards the outer contour of the aircraft region when the luggage compartment is assembled in the aircraft region, and two side faces (32, 34) which connect the upper side to the lower side, wherein the lower side of the luggage compartment is rigidly connected to the side faces (32, 34) and the rear side of the luggage compartment, - a flap which is movable between a closed position and an open position and which is configured to make an inner space of the luggage compartment accessible or to close it, and - at least one additional luggage compartment (48, 54) which is arranged adjacent to at least one of the upper side and the lower side of the luggage compartment.
A base station comprising: one or more processors configured to: process an indication of a reference beam pair link,BPL, from among a plurality of BPLs of a beam state report; process a trigger for a beam management procedure; provide a power head room, PHR, threshold via a higher layer signaling to enable a beam recover request based on the PHR threshold; and broadcast one or more a beamformed reference signals based on the beam state report; and a radio frequency, RF, interface, configured to provide, to RF circuitry, data for transmission related to the beam state report. one or more processors configured to: process an indication of a reference beam pair link,BPL, from among a plurality of BPLs of a beam state report; process a trigger for a beam management procedure; provide a power head room, PHR, threshold via a higher layer signaling to enable a beam recover request based on the PHR threshold; and broadcast one or more a beamformed reference signals based on the beam state report; and process an indication of a reference beam pair link,BPL, from among a plurality of BPLs of a beam state report; process a trigger for a beam management procedure; provide a power head room, PHR, threshold via a higher layer signaling to enable a beam recover request based on the PHR threshold; and broadcast one or more a beamformed reference signals based on the beam state report; and a radio frequency, RF, interface, configured to provide, to RF circuitry, data for transmission related to the beam state report.
A Bump Cap to be worn under a hat, comprising: a rigid skull shaped shell having a right side portion, a left side portion, a crown portion, a visor portion and a rear flap portion; a vent (122, 124, 126) located in the right side portion; a vent (114, 116, 118) located in the left side portion; a vent (99, 110) located in the crown portion; a flexible joint located between the visor portion and the left side portion; a flexible joint located between the visor portion and the right side portion; a flexible joint located between the right side portion and the rear flap portion; a flexible joint located between the left side portion and the rear flap portion; characterized by a horizontal trim groove, to allow for removal of a portion of the shell, located on a lower perimeter of the left side portion; and, a horizontal trim groove located on a lower perimeter of the right side portion, and, wherein a vertical dimension of the shell maybe adjusted by removing a portion of the shell at the horizontal trim grooves (120, 132). a rigid skull shaped shell having a right side portion, a left side portion, a crown portion, a visor portion and a rear flap portion; a vent (122, 124, 126) located in the right side portion; a vent (114, 116, 118) located in the left side portion; a vent (99, 110) located in the crown portion; a flexible joint located between the visor portion and the left side portion; a flexible joint located between the visor portion and the right side portion; a flexible joint located between the right side portion and the rear flap portion; a flexible joint located between the left side portion and the rear flap portion; characterized by a horizontal trim groove, to allow for removal of a portion of the shell, located on a lower perimeter of the left side portion; and, a horizontal trim groove located on a lower perimeter of the right side portion, and, wherein a vertical dimension of the shell maybe adjusted by removing a portion of the shell at the horizontal trim grooves (120, 132).
A shunt current sensing circuit comprising: a shunt resistor (R shunt) for receiving a shunt current (I shunt); a filtering stage connected to said shunt resistor (R shunt) and comprising a first amplifier, the filtering stage being configured to filter said shunt current (I shunt); and an amplification stage connected to said filtering stage and comprising a current sense amplifier being configured to receive said filtered shunt current from said filtering stage and to sense said filtered shunt current to produce an output voltage (V out); wherein said filtering stage is configured to filter said shunt current (I shunt) such that the waveform of said output voltage (V out) produced by said current sense amplifier is substantially proportional to said shunt current (I shunt). a shunt resistor (R shunt) for receiving a shunt current (I shunt); a filtering stage connected to said shunt resistor (R shunt) and comprising a first amplifier, the filtering stage being configured to filter said shunt current (I shunt); and an amplification stage connected to said filtering stage and comprising a current sense amplifier being configured to receive said filtered shunt current from said filtering stage and to sense said filtered shunt current to produce an output voltage (V out); wherein said filtering stage is configured to filter said shunt current (I shunt) such that the waveform of said output voltage (V out) produced by said current sense amplifier is substantially proportional to said shunt current (I shunt).
Device for blocking a set of at least one beam of at least one conductor for a connector coupling said beam, comprising a body coming to be fixed to the connector and, for each beam, a cable-guide member, the blocking device comprising, for each beam, a locking element for locking the beam in the cable-guide member, characterized in that the locking element is movable mounted relative to the cable-guide member between a first position allowing the insertion of the beam into the cable-guide member and a second position clamping the beam in the cable-guide member.