mhurhangee/ep-ind-claims huggingface dataset:
Cooking appliance comprising at least one cooking chamber that can be heated by at least one steam source associated with the cooking chamber, at least one steam inlet opening being provided in the cooking chamber, via which opening steam produced by the steam source is introduced into the cooking chamber, at least one steam outlet opening being provided via which the cooking chamber is connected to the surroundings, and at least one temperature sensor for detecting a characteristic cooking chamber temperature being provided, characterised in that the temperature sensor and the steam inlet openings and the steam outlet openings are provided in a combined unit, and the combined unit is arranged on the rear wall of the cooking chamber, and the temperature sensor is arranged in the flow path of a gas flow passing through the steam outlet opening.
A method of detecting stall of a two-phase or three-phase motor operated in a micro-stepped mode, the method comprising: a) applying a plurality of phase-shifted micro-stepped waveforms to the phase windings (Lu, Lv, Lw) of said motor, whereby the phase-shift is about 120° in case of a three-phase motor and about 90° in case of a two-phase motor; b) determining a sum of currents flowing through the phase windings of said motor, and taking samples (Raw) of said sum of currents synchronously with the application of said micro-stepped waveforms; c) calculating a moving average (MovAvg) or a moving sum of said samples over a number of samples corresponding to 120° or an even multiple of 60° of the micro-stepped waveform in case of a three-phase motor and corresponding to 180° or an even multiple of 90° of the micro-stepped waveform in case of a two-phase motor; d) calculating an adaptive threshold based on said samples (Raw); e) detecting stall of the motor when the moving average (MovAvg) or moving sum is larger than said adaptive threshold. a) applying a plurality of phase-shifted micro-stepped waveforms to the phase windings (Lu, Lv, Lw) of said motor, whereby the phase-shift is about 120° in case of a three-phase motor and about 90° in case of a two-phase motor; b) determining a sum of currents flowing through the phase windings of said motor, and taking samples (Raw) of said sum of currents synchronously with the application of said micro-stepped waveforms; c) calculating a moving average (MovAvg) or a moving sum of said samples over a number of samples corresponding to 120° or an even multiple of 60° of the micro-stepped waveform in case of a three-phase motor and corresponding to 180° or an even multiple of 90° of the micro-stepped waveform in case of a two-phase motor; d) calculating an adaptive threshold based on said samples (Raw); e) detecting stall of the motor when the moving average (MovAvg) or moving sum is larger than said adaptive threshold.
A train automatic stop control device configured to stop a train at a predetermined target stop position, comprising: speed and position calculation means for calculating a speed and current position of the train; relative distance calculation means for calculating a relative distance between an object installed outside a railroad track and the train; and control command calculation means for receiving information of the train's speed and current position calculated by the speed and position calculation means, wherein the speed and position calculation means calculates the current position of the train from information of the relative distance received from the relative distance calculation means and positional information of the object, characterised in that, the control command calculation means calculates a braking command from a speed deviation between the train's speed and a target speed set for the current position, and when input from the relative distance calculation means is discontinuous or is intermittent, the control command calculation means calculates a braking command to stop the train at a position located on a front side with respect to the target stop position. speed and position calculation means for calculating a speed and current position of the train; relative distance calculation means for calculating a relative distance between an object installed outside a railroad track and the train; and control command calculation means for receiving information of the train's speed and current position calculated by the speed and position calculation means, wherein the speed and position calculation means calculates the current position of the train from information of the relative distance received from the relative distance calculation means and positional information of the object, characterised in that, the control command calculation means calculates a braking command from a speed deviation between the train's speed and a target speed set for the current position, and when input from the relative distance calculation means is discontinuous or is intermittent, the control command calculation means calculates a braking command to stop the train at a position located on a front side with respect to the target stop position.
A method for forwarding a multicast program, characterized by comprising: receiving, by an Optical Line Terminal, OLT, a multicast join request message from a user for requesting the multicast program; obtaining, by the OLT, forwarding decision information according to the multicast join request message; acquire, by the OLT, a decision result by searching data elements with the obtained forwarding decision information; wherein the data elements indicate a correspondence between various types of forwarding decision information and various types of forwarding modes; wherein the various types of forwarding modes comprise a forwarding according to Passive Optical Network, PON, replication and a forwarding according to user replication; and forwarding, by the OLT, the multicast program to the user according to the decision result. receiving, by an Optical Line Terminal, OLT, a multicast join request message from a user for requesting the multicast program; obtaining, by the OLT, forwarding decision information according to the multicast join request message; acquire, by the OLT, a decision result by searching data elements with the obtained forwarding decision information; wherein the data elements indicate a correspondence between various types of forwarding decision information and various types of forwarding modes; wherein the various types of forwarding modes comprise a forwarding according to Passive Optical Network, PON, replication and a forwarding according to user replication; and forwarding, by the OLT, the multicast program to the user according to the decision result.
A process for enhancing reshaping efficiency such as strong wave intensity and many curls of keratin fibers, preferably hair, comprising the steps of: (i) applying onto the keratin fibers a composition comprising (a) at least one diol selected from C 4-5 diols, and (b) at least one monovalent alcohol, wherein the (b) monovalent alcohol is a C 2-4 aliphatic monovalent alcohol, and wherein the weight ratio of the amount of the (a) diol / the amount of the (b) monovalent alcohol(s) in the composition is from 0.5 to 5, and the composition has a pH of from 9.0 to 11.0; (ii) heating the keratin fibers; and (iii) optionally rinsing and/or drying the keratin fibers, with the proviso that the composition comprises no reducing agent. (i) applying onto the keratin fibers a composition comprising (a) at least one diol selected from C 4-5 diols, and (b) at least one monovalent alcohol, wherein the (b) monovalent alcohol is a C 2-4 aliphatic monovalent alcohol, and wherein the weight ratio of the amount of the (a) diol / the amount of the (b) monovalent alcohol(s) in the composition is from 0.5 to 5, and the composition has a pH of from 9.0 to 11.0; (ii) heating the keratin fibers; and (iii) optionally rinsing and/or drying the keratin fibers,
A studdable tire having a tread, one or more circumferential grooves extending in the tread circumferential direction, plural lateral grooves (5, 6) extending in the tread width direction to open into the circumferential grooves, and a block array defined by the circumferential grooves and the lateral grooves (5, 6), wherein holes (13, 15, 25) for inserting studs are arranged in blocks constituting the block array so that, within the tire contact area of the tread, the holes (13, 15, 25) do not overlap with each other in the tread circumferential direction, the holes (13, 15, 25) are arranged on respective imaginary lines (t) extending in the tread circumferential direction with even spaces therebetween in the tread width direction; the imaginary lines (t) are drawn in the region located between 35% and 90% of the tread half width (Tw), the spaces between the adjacent imaginary lines (t) are in the range 4mm-6mm; and inclined grooves inclinedly extending with respect to the tread circumferential direction from the lateral grooves are provided so that corresponding positions of respective inclined grooves opening to the lateral grooves are agreed with each other in the tread width direction.
A spinning device, particularly a rotor spinning device or air-jet spinning device, - having a plurality of preferably autonomous workstations, each comprising - a spinning station for producing a thread and - a winding station for winding up the thread onto a cross-wound bobbin, - the winding station comprising - a sleeve holder for receiving a sleeve, - a winding roller for driving the sleeve and the cross-wound bobbin, and - a traversing device for laying down the thread on the cross-wound bobbin, and the spinning station comprising a plurality of single drives and/or the winding station comprising at least one single drive each for the winding roller and the traversing device, characterized in that each workstation is associated with at least one leading thread device having a leading thread suitable for piecing the thread onto an empty sleeve, wherein the leading thread is stored independently of the spun thread and the thread store is a drum store. - having a plurality of preferably autonomous workstations, each comprising - a spinning station for producing a thread and - a winding station for winding up the thread onto a cross-wound bobbin, - the winding station comprising - a sleeve holder for receiving a sleeve, - a winding roller for driving the sleeve and the cross-wound bobbin, and - a traversing device for laying down the thread on the cross-wound bobbin, the spinning station comprising a plurality of single drives and/or the winding station comprising at least one single drive each for the winding roller and the traversing device, characterized in that each workstation is associated with at least one leading thread device having a leading thread suitable for piecing the thread onto an empty sleeve, wherein the leading thread is stored independently of the spun thread and the thread store is a drum store.
Thermoplastic moulding compositions comprising: a) from 3 to 91.8% by weight of one or more styrene copolymers as component A, b) from 3 to 91% by weight of one or more polyamides as component B, c) from 5 to 50% by weight of one or more graft rubbers as component C, d) from 0.1 to 25% by weight of one or more compatibilizers as component D, and e) from 0.1 to 5% by weight of a flow improver based on acrylates as component E, where each of the % by weight values is based on the total weight of components A to E and these give a total of 100% by weight. a) from 3 to 91.8% by weight of one or more styrene copolymers as component A, b) from 3 to 91% by weight of one or more polyamides as component B, c) from 5 to 50% by weight of one or more graft rubbers as component C, d) from 0.1 to 25% by weight of one or more compatibilizers as component D, and e) from 0.1 to 5% by weight of a flow improver based on acrylates as component E,
A method for a base station in a wireless communication system, comprising: transmitting, to a terminal, a configuration message for setting a transmission type of the terminal to a first transmission type, wherein the transmission type includes the first transmission type and a second transmission type which are determined based on a transmission time interval; identifying whether a timing advance value of the terminal is smaller than a predetermined value; characterized in that the method further comprises: transmitting, to the terminal, control information associated with the first transmission type in a first search space, based on the timing advance of the terminal being smaller than the predetermined value; and transmitting, to the terminal, control information associated with the second transmission type in a second search space, based on the timing advance of the terminal being larger than the predetermined value, wherein the first transmission type is a shortened-TTI transmission, and wherein the second transmission type is a normal-TTI transmission, wherein the first search space is a terminal-specific search space, and wherein the second search space is a common search space. transmitting, to a terminal, a configuration message for setting a transmission type of the terminal to a first transmission type, wherein the transmission type includes the first transmission type and a second transmission type which are determined based on a transmission time interval; identifying whether a timing advance value of the terminal is smaller than a predetermined value; characterized in that the method further comprises: transmitting, to the terminal, control information associated with the first transmission type in a first search space, based on the timing advance of the terminal being smaller than the predetermined value; and transmitting, to the terminal, control information associated with the second transmission type in a second search space, based on the timing advance of the terminal being larger than the predetermined value, wherein the first transmission type is a shortened-TTI transmission, and wherein the second transmission type is a normal-TTI transmission, wherein the first search space is a terminal-specific search space, and wherein the second search space is a common search space. transmitting, to the terminal, control information associated with the first transmission type in a first search space, based on the timing advance of the terminal being smaller than the predetermined value; and transmitting, to the terminal, control information associated with the second transmission type in a second search space, based on the timing advance of the terminal being larger than the predetermined value, wherein the first transmission type is a shortened-TTI transmission, and wherein the second transmission type is a normal-TTI transmission, wherein the first search space is a terminal-specific search space, and wherein the second search space is a common search space.
A method for wireless communications at a user equipment, UE, the method comprising: receiving, from a base station and while operating in a first bandwidth part, downlink control information, DCI, having a plurality of DCI fields, one or more DCI fields of the plurality of DCI fields having a respective first size based on the first bandwidth part, wherein the DCI includes an indication that the UE is to switch from operating in the first bandwidth part to operating in a second bandwidth part; identifying, from the plurality of DCI fields, a first set of DCI fields having content in the first bandwidth part, wherein each DCI field in the first set of fields is able to be updated via a transformation rule from DCI fields having the respective first size to DCI fields having a respective second size corresponding to the second bandwidth part; and identifying, from the plurality of DCI fields, a second set of DCI fields corresponding to the first bandwidth part, wherein the second set of DCI fields comprise an exception to the transformation rule, the second set of DCI fields having content in the first bandwidth part and being unable to be updated via the transformation rule; determining an updated content of the plurality of DCI fields for application to the second bandwidth part based at least in part on whether each DCI field is from the first set of DCI fields or the second set of DCI fields. receiving, from a base station and while operating in a first bandwidth part, downlink control information, DCI, having a plurality of DCI fields, one or more DCI fields of the plurality of DCI fields having a respective first size based on the first bandwidth part, wherein the DCI includes an indication that the UE is to switch from operating in the first bandwidth part to operating in a second bandwidth part; identifying, from the plurality of DCI fields, a first set of DCI fields having content in the first bandwidth part, wherein each DCI field in the first set of fields is able to be updated via a transformation rule from DCI fields having the respective first size to DCI fields having a respective second size corresponding to the second bandwidth part; and identifying, from the plurality of DCI fields, a second set of DCI fields corresponding to the first bandwidth part, wherein the second set of DCI fields comprise an exception to the transformation rule, the second set of DCI fields having content in the first bandwidth part and being unable to be updated via the transformation rule; determining an updated content of the plurality of DCI fields for application to the second bandwidth part based at least in part on whether each DCI field is from the first set of DCI fields or the second set of DCI fields.
A urine collection device, comprising: a fluid impermeable barrier at least partially defining a chamber, the fluid impermeable barrier including: at least one elongated portion having a first width; and a second portion having a second width greater than the first width, the second portion at least partially defining an aperture distal to the at least one elongated portion and an opening having a maximum lateral dimension greater than the first width; a fluid permeable body positioned at least partially within the chamber to extend across at least a portion of the opening and into at least a portion of the at least one elongated portion of the fluid impermeable body, the fluid permeable body configured to wick fluid away from the opening into the at least one elongated portion; and characterised by a conduit extending through the aperture, through the second portion, and at least partially into the at least one elongated portion of the fluid impermeable barrier, the conduit being for removal of urine from the urine collection device. at least one elongated portion having a first width; and a second portion having a second width greater than the first width, the second portion at least partially defining an aperture distal to the at least one elongated portion and an opening having a maximum lateral dimension greater than the first width; a fluid permeable body positioned at least partially within the chamber to extend across at least a portion of the opening and into at least a portion of the at least one elongated portion of the fluid impermeable body, the fluid permeable body configured to wick fluid away from the opening into the at least one elongated portion; and characterised by a conduit extending through the aperture, through the second portion, and at least partially into the at least one elongated portion of the fluid impermeable barrier, the conduit being for removal of urine from the urine collection device.
A grid computing network comprising a server node and several client nodes, of which at least one client node comprises a core program to manage computing modules (M1, M2) of the client node; said computing modules (M1, M2) and core program are coded as data bundles comprising independent packages, said packages being installable by the core program independently, each package having an associated file containing an export section indicating names and version numbers of the packages offered by said computing module in the use of other computing modules and an import section indicating necessary packages; the server node is arranged to transmit (400; 502) computing data and information on at least one computing module necessary in the computing task of said computing data to the client nodes; the client node, upon reception of the computing data, is arranged to install (302; 402; 506 - 508) said at least one computing module (M1, M2); check (304; 404; 510), from the associated file contained in the computing module, whether other components are determined necessary for executing said computing module; and take (406; 512 - 520) the packages determined as necessary components for the computing task in the following order, if available: from said computing module in use, from other computing modules of the client node or the core program of the client node, from another client node, or from the server node.
Storage container for insertion into a mounting receptacle of a metering device of a vehicle treatment installation, with an interior space for liquid or viscous additives, an outlet which can be connected with an inlet of the metering device when inserted into the mounting receptacle, wherein at least one guide element (26, 26') is provided on the storage container for engagement with at least one opposing guide element (25, 25') arranged on the mounting receptacle when the storage container is inserted in an insertion direction into the mounting receptacle, characterised in that the at least one guide element (26, 26') tapers obliquely in the insertion direction onto a central axis of the storage container running in the insertion direction, and/or in that just two guide elements (26, 26') are provided the spacing of which from one another reduces in the insertion direction.