mhurhangee/ep-ind-claims huggingface dataset:
Method for operating a drive unit for a hybrid vehicle, wherein the drive unit comprises a drive assembly with an internal combustion engine and an electric machine and a transmission which is connected between the drive assembly and an output and has a plurality of part transmissions (6, 7), wherein the electric machine is coupled via a planetary gear mechanism to an input shaft of a first part transmission and an input shaft of a second part transmission which is connected in parallel with the first part transmission, wherein the internal combustion engine can be coupled via a frictionally locking clutch to the input shaft of the first part transmission, and when the clutch is closed said internal combustion engine is coupled together with the input shaft of the first part transmission to the same element of the planetary gear mechanism, and wherein in order to couple the internal combustion engine to the output from purely electric travel the torque which is made available by the internal combustion engine is transmitted via the clutch which is operated in a slipping fashion in order to relieve a shift element which was previously closed during the purely electric travel and to disengage it in the relieved state, characterized in that for this purpose the clutch which was previously opened during purely electric travel is placed in the slipping state in order to relieve the shift element which is to be disengaged, and in that after the disengagement of the previously closed shift element which was relieved using the clutch which is operated in a slipping fashion the clutch is closed while reducing the slip at said clutch.
A measurement gap configuration method performed by a first node at an access network side, comprising configuring a measurement gap for a User Equipment, UE, wherein the measurement gap comprises at least one of a per-UE measurement gap for the UE, a per-CG measurement gap for each cell group corresponding to the UE, or a per-CC measurement gap for a component carrier corresponding to the UE, and transmitting a configuration content of the measurement gap to a second node at an access network side, characterized in that prior to configuring the measurement gap for the UE, the measurement gap configuration method comprises acquiring request information about the measurement gap from the second node, and the request information comprises at least one of a configuration request or a configuration policy.
A method for checking a forwarding table, comprising: generating, by a network check device, a check packet according to a destination Internet Protocol, IP, address and network topology information, wherein the check packet comprises a label stack, time to live, TTL, a source IP address, and the destination IP address; wherein the label stack comprises N link labels, a value of TTL is N+1, the source IP address is an IP address of the network check device, N is a quantity of hops from the network check device to a to-be-checked network node, and N≥1; sending, by the network check device, the check packet according to a topmost link label of the label stack, so that the check packet is sent to the to-be-checked network node; receiving, by the network check device, a notification message sent by a feedback node, wherein the notification message is used to notify the network check device that the feedback node has received the check packet forwarded by the to-be-checked network node, and the feedback node is a next-hop node of the to-be-checked network node; and determining, by the network check device according to the notification message and the network topology information, whether a forwarding table of the to-be-checked network node is correct. generating, by a network check device, a check packet according to a destination Internet Protocol, IP, address and network topology information, wherein the check packet comprises a label stack, time to live, TTL, a source IP address, and the destination IP address; wherein the label stack comprises N link labels, a value of TTL is N+1, the source IP address is an IP address of the network check device, N is a quantity of hops from the network check device to a to-be-checked network node, and N≥1; sending, by the network check device, the check packet according to a topmost link label of the label stack, so that the check packet is sent to the to-be-checked network node; receiving, by the network check device, a notification message sent by a feedback node, wherein the notification message is used to notify the network check device that the feedback node has received the check packet forwarded by the to-be-checked network node, and the feedback node is a next-hop node of the to-be-checked network node; and determining, by the network check device according to the notification message and the network topology information, whether a forwarding table of the to-be-checked network node is correct.
A damping spindle mechanism with self compensation, comprising a spindle, a sleeve, a housing and a blade; the sleeve is coupled to the spindle in thread way; an anti-rotation structure is disposed between the sleeve and the housing, when the spindle rotates, the sleeve moves forward and backward along the axis of the spindle in the housing; the housing is disposed with a chamber, one section of the spindle threaded with the sleeve is assembled in the chamber of the housing to form a closed chamber; the closed chamber is filled with damping oil and is separated to a first chamber body and a second chamber body by the sleeve; the sleeve is disposed with a first passage connecting the two chamber bodies in the axial direction; wherein the blade is of ring shape or arc shape coupled to the internal wall surface of the housing, characterised in that the blade is disposed with a deformable first thin wall, when the blade moves towards the second chamber body, the first thin wall deforms towards the internal wall surface of the housing.
A wave-powered vehicle which comprises: a float, a swimmer, and a tether connecting the float and the swimmer; the float, swimmer and tether being such that, when the vehicle is in still water, (i) the float is on or near the surface of the water, (ii) the swimmer is submerged below the float, and (iii) the tether is under tension; and the swimmer, when the vehicle is in wave-bearing water, interacting with the water to generate forces which tend to move the float in a direction having a horizontal component; and wherein the tether is secured to the float and/or to the swimmer through a two-axis universal joint which pivots when the float/swimmer pitches or rolls but does not pivot when the float/swimmer yaws. a float, a swimmer, and a tether connecting the float and the swimmer; (i) the float is on or near the surface of the water, (ii) the swimmer is submerged below the float, and (iii) the tether is under tension;
A method for controlling radio resource management, RRM, comprising: establishing, by a base station, a user equipment, UE, group for a plurality of terminals in a radio resource control, RRC, connected state; establishing, by the base station, a common group signaling radio bearer, Group-SRB, for the UE group; sending, by the base station in downlink transmission, configuration information to the plurality of terminals on a plurality of dedicated SRBs for the respective terminals in the UE group, wherein the configuration information comprises configuration information for establishing the common Group-SRB; and sending, by the base station in downlink transmission, common control information of the UE group on the common Group-SRB. establishing, by a base station, a user equipment, UE, group for a plurality of terminals in a radio resource control, RRC, connected state; establishing, by the base station, a common group signaling radio bearer, Group-SRB, for the UE group; sending, by the base station in downlink transmission, configuration information to the plurality of terminals on a plurality of dedicated SRBs for the respective terminals in the UE group, wherein the configuration information comprises configuration information for establishing the common Group-SRB; and sending, by the base station in downlink transmission, common control information of the UE group on the common Group-SRB.
A method performed by a control device for controlling the feeding distance and feeding rate in a rock drilling unit, the rock drilling unit comprising: a feeding device for feeding at least one drill rod and a drill bit in an axial direction; a rotating device, which is configured to generate a rotational movement of the at least one drill rod and the drill bit; and a distance and rate measuring device (60, 62), and at least one sensor device connected to the control device, the method comprising: controlling the feeding device to move in the axial direction; characterized in that: the rock drilling unit further comprising at least one rotational target wheel configured to be driven by the feeding device which sensor device is configured to sensing the rotating motion of the at least one rotational target wheel; the method further comprising: determining the feeding distance from a first position and the feeding rate of the feeding device from the rotational motion of the at least one rotational target wheel; and controlling the feeding device depending on the determined feeding distance and feeding rate of the feeding device. a feeding device for feeding at least one drill rod and a drill bit in an axial direction; a rotating device, which is configured to generate a rotational movement of the at least one drill rod and the drill bit; and a distance and rate measuring device (60, 62), and at least one sensor device connected to the control device, the method comprising: controlling the feeding device to move in the axial direction; the rock drilling unit further comprising at least one rotational target wheel configured to be driven by the feeding device which sensor device is configured to sensing the rotating motion of the at least one rotational target wheel; the method further comprising: determining the feeding distance from a first position and the feeding rate of the feeding device from the rotational motion of the at least one rotational target wheel; and controlling the feeding device depending on the determined feeding distance and feeding rate of the feeding device. determining the feeding distance from a first position and the feeding rate of the feeding device from the rotational motion of the at least one rotational target wheel; and controlling the feeding device depending on the determined feeding distance and feeding rate of the feeding device.
Method for managing storage of data objects in a peer-to-peer system that comprises a plurality of peer entities, wherein, for each data object to be stored into the peer-to-peer system: a) a group of peer entities is formed so that the group meets a stability requirement according to predetermined stability rules, b) the data object is stored into each peer entity of the group, c) each peer entity of the group generates and holds a group list, associated with the data object, of the peer entities of the group, characterized in that the peer entities of the group, which has been formed in step a), elect a primary peer entity of the group, according to a common selection criterion, which periodically checks if, according to the predetermined stability rules, the stability requirement of the group is kept over the time, and wherein, if, at a periodic check, the stability requirement of the group is not met, then the primary peer entity changes the composition of the group by adding or removing peer entities so as to move back the group to meet the stability requirement. a) a group of peer entities is formed so that the group meets a stability requirement according to predetermined stability rules, b) the data object is stored into each peer entity of the group, c) each peer entity of the group generates and holds a group list, associated with the data object, of the peer entities of the group,
Method for treating eggs, wherein - a surface of at least one egg is provided with at least one coating agent, comprising a varnish component, by means of a sheet material; - the at least one egg provided with the coating agent is placed in a container; - water is placed in the container; - at least one dye solution, comprising at least one dye, is placed in the container; - at least one inorganic and/or organic acid, selected from a group comprising hydrochloric acid, sulphuric acid, phosphoric acid, acetic acid, lactic acid, citric acid, tartaric acid, malic acid, ascorbic acid, isoascorbic acid, fumaric acid, adipic acid, succinic acid and/or gluconic acid-5-lactone, is placed in the container; - at least one container is placed in a receptacle with a liquid; and - the liquid is heated. - a surface of at least one egg is provided with at least one coating agent, comprising a varnish component, by means of a sheet material; - the at least one egg provided with the coating agent is placed in a container; - water is placed in the container; - at least one dye solution, comprising at least one dye, is placed in the container; - at least one inorganic and/or organic acid, selected from a group comprising hydrochloric acid, sulphuric acid, phosphoric acid, acetic acid, lactic acid, citric acid, tartaric acid, malic acid, ascorbic acid, isoascorbic acid, fumaric acid, adipic acid, succinic acid and/or gluconic acid-5-lactone, is placed in the container; - at least one container is placed in a receptacle with a liquid; and - the liquid is heated.
A device for supporting and/or guiding a machine tool or a tool or a workpiece, wherein the device has a contact body having a contact surface for contact on a work surface of a workpiece or a wall, wherein the contact body includes a holding element (60, 860, 960) having an adhesive means for adhesion to the work surface, characterized in that the adhesive means, when the contact surface of the contact body bears against the work surface, can be brought from a positioning state, in which the adhesive means is not in contact with the work surface and the contact surface can be positioned with respect to the work surface, into an adhesive state, in which the adhesive means adheres to the work surface and fixes the contact body on the work surface.
Stage light fixture comprising: a light source adapted to emit a light beam along an optical axis; a reflector coupled to the light source; a diaphragm arranged along the optical axis downstream of the light source; a first optical assembly, which is arranged along the optical axis between the light source and the diaphragm; the stage light fixture being characterized by the fact that the first optical assembly is configured to selectively enlarge or concentrate the light beam. a light source adapted to emit a light beam along an optical axis; a reflector coupled to the light source; a diaphragm arranged along the optical axis downstream of the light source; a first optical assembly, which is arranged along the optical axis between the light source and the diaphragm; the stage light fixture being characterized by the fact that the first optical assembly is configured to selectively enlarge or concentrate the light beam.
A method for making a discontinuous fiber molding compound, said method comprising the steps of: providing an assembly of chopped carbon fiber tows that are from 1 cm to 10 cm long; mixing a powdered thermosetting resin comprising particles of thermosetting resin with said assembly of chopped carbon fiber tows to form a blend of chopped carbon fiber tows and powdered thermosetting resin wherein said particles are attached to said chopped carbon fiber tows by static electrical attraction; and heating said blend of chopped carbon fiber and particles of thermosetting resin to a sufficient temperature for a sufficient time to partially melt said particles of thermosetting resin and adhere said particles to said chopped carbon fiber tows; and cooling said heated blend of chopped carbon fibers to form said discontinuous fiber molding compound which comprises discrete resin-chopped fiber tow elements that comprise said carbon fiber tows with said particles adhered thereto. providing an assembly of chopped carbon fiber tows that are from 1 cm to 10 cm long; mixing a powdered thermosetting resin comprising particles of thermosetting resin with said assembly of chopped carbon fiber tows to form a blend of chopped carbon fiber tows and powdered thermosetting resin wherein said particles are attached to said chopped carbon fiber tows by static electrical attraction; and heating said blend of chopped carbon fiber and particles of thermosetting resin to a sufficient temperature for a sufficient time to partially melt said particles of thermosetting resin and adhere said particles to said chopped carbon fiber tows; and cooling said heated blend of chopped carbon fibers to form said discontinuous fiber molding compound which comprises discrete resin-chopped fiber tow elements that comprise said carbon fiber tows with said particles adhered thereto.
A method for detecting load shift of cargo on a vehicle and/or a trailer during transport, wherein cargo is restrained to the vehicle and/or the trailer by one or more restraining components (202a, 202b), the method comprising: obtaining sensor data of the one or more restraining components via one or more sensors (201, 201'), wherein the one or more sensors are arranged on the vehicle and/or the trailer and the sensor data comprises image data and/or video data, receiving the obtained sensor data in a controlling circuitry, comparing the received sensor data over time in the controlling circuitry in order to establish differences in the received sensor data, wherein the comparing of the received sensor data comprises a frame-by-frame analysis of the obtained image data and/or video data for establishing differences per frame, characterised in that the method further comprises: determining in the controlling circuitry whether any established differences in the received sensor data meet or exceed a set threshold for the one or more restraining components (202a, 202b), wherein the set threshold is indicative of movement in the one or more restraining components (202a, 202b) capable of allowing load shift of the cargo, by determining a time between a first and a second frame and a position of the monitored restraining component (202a, 202b) at the first respectively at the second frame in order to establish if there are any differences in position of the restraining component (202a, 202b). obtaining sensor data of the one or more restraining components via one or more sensors (201, 201'), wherein the one or more sensors are arranged on the vehicle and/or the trailer and the sensor data comprises image data and/or video data, receiving the obtained sensor data in a controlling circuitry, comparing the received sensor data over time in the controlling circuitry in order to establish differences in the received sensor data, wherein the comparing of the received sensor data comprises a frame-by-frame analysis of the obtained image data and/or video data for establishing differences per frame, characterised in that the method further comprises: determining in the controlling circuitry whether any established differences in the received sensor data meet or exceed a set threshold for the one or more restraining components (202a, 202b), wherein the set threshold is indicative of movement in the one or more restraining components (202a, 202b) capable of allowing load shift of the cargo, by determining a time between a first and a second frame and a position of the monitored restraining component (202a, 202b) at the first respectively at the second frame in order to establish if there are any differences in position of the restraining component (202a, 202b).
A lining to be placed between the inner lining of a brassiere and the skin of the breasts, comprising: a. an outer protective non-woven material layer that attaches to the bra from the inside with an adhesive; b. a middle absorbent layer adapted to absorb bodily fluids. c. a comfortable material-based inner layer that comes in contact with the skin; d. two lower flaps protruding from the bottom of the lining and out of the bra, said flaps comprising flexible material adapted to be folded outward to connect to the outer portion of the bra; wherein the skin is protected from chafing and irritation. a. an outer protective non-woven material layer that attaches to the bra from the inside with an adhesive; b. a middle absorbent layer adapted to absorb bodily fluids. c. a comfortable material-based inner layer that comes in contact with the skin; d. two lower flaps protruding from the bottom of the lining and out of the bra, said flaps comprising flexible material adapted to be folded outward to connect to the outer portion of the bra;
A method for improving signal accuracy of a transmit signal to be transmitted by a transmitter, wherein the transmitter comprises a signal improving unit having a pre-distortion filter followed by a chain of components having analog components of the transmitter, the method comprising the steps of: a) evaluating a first transfer function of the amplitude and/or phase of the chain of components which has to be passed by the transmitted signal for a first bandwidth being broader than a useful transmitted bandwidth; b) interpolating the first transfer function resulting in a modified first transfer function by multiplying a digital sampling frequency rate of the transmitted signal with an oversampling factor and extending the first transfer function artificially with zeros until an edge of the first bandwidth; c) replacing the zeros of the modified first transfer function by a lowest absolute value to avoid any NaN, Not a Number, values by inversing the transfer function; and d) evaluating first filter coefficients of the pre-distortion filter of the signal improving unit for equalizing the transmitted signal. a) evaluating a first transfer function of the amplitude and/or phase of the chain of components which has to be passed by the transmitted signal for a first bandwidth being broader than a useful transmitted bandwidth; b) interpolating the first transfer function resulting in a modified first transfer function by multiplying a digital sampling frequency rate of the transmitted signal with an oversampling factor and extending the first transfer function artificially with zeros until an edge of the first bandwidth; c) replacing the zeros of the modified first transfer function by a lowest absolute value to avoid any NaN, Not a Number, values by inversing the transfer function; and d) evaluating first filter coefficients of the pre-distortion filter of the signal improving unit for equalizing the transmitted signal.
An enamel composition comprising: a glass frit comprising P 2 O 5, SiO 2, B 2 O 3, Al 2 O 3, Li 2 O, Na 2 O, K 2 O, a chemical property enhancement component, and an adhesion enhancement component, wherein the chemical property enhancement component comprises at least one of ZrO 2 and TiO 2, and the adhesion enhancement component comprises at least one of CoO, NiO, MnO 2, and Fe 2 O 3 wherein the glass frit contains 11.0 wt% to 17 wt% of P 2 O 5, 29.6 wt% to 38.8 wt% of SiO 2, 13.6 wt% to 19.6 wt% of B 2 O 3, and 0.4 wt% to 1.6 wt% of Li 2 O. a glass frit comprising P 2 O 5, SiO 2, B 2 O 3, Al 2 O 3, Li 2 O, Na 2 O, K 2 O, a chemical property enhancement component, and an adhesion enhancement component, wherein the chemical property enhancement component comprises at least one of ZrO 2 and TiO 2, and the adhesion enhancement component comprises at least one of CoO, NiO, MnO 2, and Fe 2 O 3 wherein the glass frit contains 11.0 wt% to 17 wt% of P 2 O 5, 29.6 wt% to 38.8 wt% of SiO 2, 13.6 wt% to 19.6 wt% of B 2 O 3, and 0.4 wt% to 1.6 wt% of Li 2 O.