mhurhangee/ep-ind-claims huggingface dataset:
A permanent magnet rotating electrical machine, comprising: a rotor having a rotor core and a plurality of magnetic poles formed of permanent magnets provided to the rotor core; and a stator having a plurality of teeth opposing the plurality of magnetic poles, a stator core provided with slots in which to store an armature winding wire wound around the teeth, and supplemental grooves provided to the teeth in portions opposing the rotor in an axial direction of the stator core, one supplemental groove being provided per tooth, let P be the number of the magnetic poles (the number of poles) and S be the number of the slots (the number of slots), then a relation, 0.75 < S/P < 1.5, is established, a width (Wd) of the supplemental grooves is larger than an opening width (Ws) of the slots, the permanent magnet rotating electrical machine being characterized in that: the supplemental grooves are provided to the stator so as not to be formed in an axial end portion of the stator core; and let Lc be an axial length of the stator core and Ld be a length of a portion in which the supplemental grooves are provided in the axial direction of the stator core, then Lc and Ld satisfy a relational expression, 0.4 ≤ Ld/Lc ≤ 0.6. a rotor having a rotor core and a plurality of magnetic poles formed of permanent magnets provided to the rotor core; and a stator having a plurality of teeth opposing the plurality of magnetic poles, a stator core provided with slots in which to store an armature winding wire wound around the teeth, and supplemental grooves provided to the teeth in portions opposing the rotor in an axial direction of the stator core, one supplemental groove being provided per tooth, let P be the number of the magnetic poles (the number of poles) and S be the number of the slots (the number of slots), then a relation, 0.75 < S/P < 1.5, is established, a width (Wd) of the supplemental grooves is larger than an opening width (Ws) of the slots, the permanent magnet rotating electrical machine being characterized in that: the supplemental grooves are provided to the stator so as not to be formed in an axial end portion of the stator core; and let Lc be an axial length of the stator core and Ld be a length of a portion in which the supplemental grooves are provided in the axial direction of the stator core, then Lc and Ld satisfy a relational expression, 0.4 ≤ Ld/Lc ≤ 0.6. the supplemental grooves are provided to the stator so as not to be formed in an axial end portion of the stator core; and let Lc be an axial length of the stator core and Ld be a length of a portion in which the supplemental grooves are provided in the axial direction of the stator core, then Lc and Ld satisfy a relational expression, 0.4 ≤ Ld/Lc ≤ 0.6.
A shock absorbing pad, comprising: a composite nonwoven pad having a face surface and an opposed back surface and comprising a nonwoven blend of reclaimed artificial turf material, a heat set binder material and an artificial turf infill material embedded within the composite nonwoven pad, wherein the reclaimed artificial turf material comprises face fibers, primary backing fibers, and adhesive backing, and wherein the heat set binder material comprises a low-melt fiber having a melting point between 100 °C and 180 °C. a composite nonwoven pad having a face surface and an opposed back surface and comprising a nonwoven blend of reclaimed artificial turf material, a heat set binder material and an artificial turf infill material embedded within the composite nonwoven pad, wherein the reclaimed artificial turf material comprises face fibers, primary backing fibers, and adhesive backing, and wherein the heat set binder material comprises a low-melt fiber having a melting point between 100 °C and 180 °C.
A method for enabling authentication or key agreement by a terminal in a network comprising the steps of: deriving in the terminal, during a terminal session n, a first authentication message (RES n) using at least one first authentication parameter (RAND n); receiving in the terminal, during the terminal session n, at least one second authentication parameter (RAND n+m; RAND n+m, AUTN n+m), wherein the at least one second authentication parameter enables authentication or key agreement by the terminal in the network for a subsequent terminal session n+m; wherein the step of receiving of the at least one second authentication parameter (RAND n+m; RAND n+m, AUTN n+m) is performed after the step of deriving of the first authentication message (RES n) and the method further includes: - deriving in the terminal, a further authentication message (RES n+m) and/or a key using the at least one second authentication parameter (RAND n+m; RAND n+m, AUTN n+m) received during the terminal session n; and - transmitting, during the subsequent terminal session n+m, the derived authentication message (RES n+m) and/or data under the derived key to the network for authentication and/or key agreement for the terminal in the network for the subsequent terminal session n+m. deriving in the terminal, during a terminal session n, a first authentication message (RES n) using at least one first authentication parameter (RAND n); receiving in the terminal, during the terminal session n, at least one second authentication parameter (RAND n+m; RAND n+m, AUTN n+m), wherein the at least one second authentication parameter enables authentication or key agreement by the terminal in the network for a subsequent terminal session n+m; wherein the step of receiving of the at least one second authentication parameter (RAND n+m; RAND n+m, AUTN n+m) is performed after the step of deriving of the first authentication message (RES n) and the method further includes: - deriving in the terminal, a further authentication message (RES n+m) and/or a key using the at least one second authentication parameter (RAND n+m; RAND n+m, AUTN n+m) received during the terminal session n; and - transmitting, during the subsequent terminal session n+m, the derived authentication message (RES n+m) and/or data under the derived key to the network for authentication and/or key agreement for the terminal in the network for the subsequent terminal session n+m. - deriving in the terminal, a further authentication message (RES n+m) and/or a key using the at least one second authentication parameter (RAND n+m; RAND n+m, AUTN n+m) received during the terminal session n; and - transmitting, during the subsequent terminal session n+m, the derived authentication message (RES n+m) and/or data under the derived key to the network for authentication and/or key agreement for the terminal in the network for the subsequent terminal session n+m.
A zero-starch and binder-free starter compound feed for shrimp, obtainable by the following method: providing ingredients, the ingredients comprising by mass, 15-50% of Antarctic krill meal, 10-25% of enzymatically hydrolyzed protein, 3-10% of bloodworm, 2-5% of beer yeast powder, 5-8% of earthworm, 4-10% of fairy shrimp, 5-10% of fresh squid, 2-10% of sandworm, 1-3% of phospholipid, 3-10% of oyster, 1-2.5% of fish oil, 1-2% of vitamin mixture, 1-3% of mineral element mixture, 2-4% of immune enhancer, 1-5% of EPA, and 1-6% of DHA; pulverizing the ingredients, mixing evenly, adding water and stirring to give a mash; vacuum freeze drying the mash at -50°C to -100°C, and then homogenizing, expanding, spray drying, oven drying, sifting, and cooling to give the starter compound feed for shrimp; wherein the step of pulverizing the ingredients is performed by pulverizing to a size of 325 to 400 mesh using an ultrafine pulverizer and/or a colloid mill; and the step of adding water and stirring to give the mash is performed by adding water and stirring for 10-20 minutes to give a mash containing by mass 25-35% of the ingredients. providing ingredients, the ingredients comprising by mass, 15-50% of Antarctic krill meal, 10-25% of enzymatically hydrolyzed protein, 3-10% of bloodworm, 2-5% of beer yeast powder, 5-8% of earthworm, 4-10% of fairy shrimp, 5-10% of fresh squid, 2-10% of sandworm, 1-3% of phospholipid, 3-10% of oyster, 1-2.5% of fish oil, 1-2% of vitamin mixture, 1-3% of mineral element mixture, 2-4% of immune enhancer, 1-5% of EPA, and 1-6% of DHA; pulverizing the ingredients, mixing evenly, adding water and stirring to give a mash; vacuum freeze drying the mash at -50°C to -100°C, and then homogenizing, expanding, spray drying, oven drying, sifting, and cooling to give the starter compound feed for shrimp; wherein the step of pulverizing the ingredients is performed by pulverizing to a size of 325 to 400 mesh using an ultrafine pulverizer and/or a colloid mill; and the step of adding water and stirring to give the mash is performed by adding water and stirring for 10-20 minutes to give a mash containing by mass 25-35% of the ingredients.
A circuit for an ultrasonic electronic cigarette, comprising an ultrasonic atomization sheet, a control circuit, a first drive oscillation circuit and a power circuit, the control circuit being electrically connected to a first end of the ultrasonic atomization sheet through the first drive oscillation circuit, the control circuit and the first drive oscillation circuit being electrically connected to the power circuit, characterised in that the circuit for the ultrasonic electronic cigarette further comprises a second drive oscillation circuit, the control circuit is electrically connected to a second end of the ultrasonic atomization sheet through the second drive oscillation circuit, and the second drive oscillation circuit is electrically connected to the power circuit.
Transport device for transporting containers in a manner revolving about a vertical machine axis, with - a stationary base unit and a transport unit which can be rotated and/or displaced relative to the base unit, - a plurality of grippers arranged at the transport unit, each holding a container to be transported in a suspended manner, - an actuator arranged in a stationary manner on the base unit in the region of an ejection position for selectively ejecting individual containers, for at least temporarily and at least partially opening the gripper, characterised in that - the gripper has an opening lever for at least partially opening the gripper when the opening lever interacts with the actuator in an angular range encompassing the ejection position, and that - the transport device is equipped with an air nozzle, which can be selectively actuated for ejecting the container from the gripper and is arranged in the ejection position on the base unit. - a stationary base unit and a transport unit which can be rotated and/or displaced relative to the base unit, - a plurality of grippers arranged at the transport unit, each holding a container to be transported in a suspended manner, - an actuator arranged in a stationary manner on the base unit in the region of an ejection position for selectively ejecting individual containers, for at least temporarily and at least partially opening the gripper, characterised in that - the gripper has an opening lever for at least partially opening the gripper when the opening lever interacts with the actuator in an angular range encompassing the ejection position, and that - the transport device is equipped with an air nozzle, which can be selectively actuated for ejecting the container from the gripper and is arranged in the ejection position on the base unit.
A clutch characteristic learning apparatus of a hybrid vehicle comprising: an engine; a clutch that transmits an engine torque from the engine as a clutch transmission torque according to a stroke amount of an operation member with respect to an input shaft of a transmission; a motor generator that is capable of outputting a motor torque to the input shaft or an output shaft of the transmission; and a controller, characterized in that the controller varies the stroke amount, in a state in which the motor torque is output to the input shaft side by the motor generator and the input shaft is controlled at a constant number of rotations by the motor generator, and generates a torque map indicating the relationship between the stroke amount of the operation member and the clutch transmission torque, based on a relationship between the stroke amount when being varied and an amount of change of the motor torque, and the controller generates the torque map at the time of starting the engine, and changes the stroke amount so as to gradually output the engine torque to the input shaft. an engine; a clutch that transmits an engine torque from the engine as a clutch transmission torque according to a stroke amount of an operation member with respect to an input shaft of a transmission; a motor generator that is capable of outputting a motor torque to the input shaft or an output shaft of the transmission; and a controller, characterized in that the controller varies the stroke amount, in a state in which the motor torque is output to the input shaft side by the motor generator and the input shaft is controlled at a constant number of rotations by the motor generator, and generates a torque map indicating the relationship between the stroke amount of the operation member and the clutch transmission torque, based on a relationship between the stroke amount when being varied and an amount of change of the motor torque, and the controller generates the torque map at the time of starting the engine, and changes the stroke amount so as to gradually output the engine torque to the input shaft.
A system comprising: a light source; a converter configured to convert AC voltage to DC operating voltage; a power backup device coupled to the converter; a current source coupled to the power backup device, the current source being powered by the converter, the current source being configured to receive the DC operating voltage generated by the converter through the power backup device, and the current source being configured to output a pulse-width modulated - hereafter abbreviated PWM - signal to the light source based on the DC operating voltage; and characterised by a switching device coupled to the power backup device in parallel with the current source, the switching device being configured to couple the light source to the power backup device when the current source is disabled as a result of a supply of AC voltage to the converter being interrupted. a light source; a converter configured to convert AC voltage to DC operating voltage; a power backup device coupled to the converter; a current source coupled to the power backup device, the current source being powered by the converter, the current source being configured to receive the DC operating voltage generated by the converter through the power backup device, and the current source being configured to output a pulse-width modulated - hereafter abbreviated PWM - signal to the light source based on the DC operating voltage; and characterised by a switching device coupled to the power backup device in parallel with the current source, the switching device being configured to couple the light source to the power backup device when the current source is disabled as a result of a supply of AC voltage to the converter being interrupted.
Textile treatment apparatus, in particular dryer or washing machine having refreshment, anti-crease and/or drying function, comprising: a control unit adapted to control at least one treatment program, in particular at least one treatment program comprising at least one drying, refreshment and/or anti-crease program sequence; an input unit for selecting and/or initiating the at least one treatment program by a user; a drum for storing textiles to be treated; a drive unit for rotating the drum; and a humidity detection unit adapted to detect the humidity of the textiles stored in the drum; wherein the control unit is adapted to modify the drum rotation speed in dependency of the humidity of the textiles; characterized in that the control unit is adapted to set a lower drum rotation speed at lower textile humidity and to set a higher drum rotation speed at higher textile humidity; wherein the modification of the drum rotation speed is made over time with the textile humidity changing over time so that mechanical action onto the laundry is reduced with decreasing humidity. a control unit adapted to control at least one treatment program, in particular at least one treatment program comprising at least one drying, refreshment and/or anti-crease program sequence; an input unit for selecting and/or initiating the at least one treatment program by a user; a drum for storing textiles to be treated; a drive unit for rotating the drum; and a humidity detection unit adapted to detect the humidity of the textiles stored in the drum; wherein the control unit is adapted to modify the drum rotation speed in dependency of the humidity of the textiles; characterized in that the control unit is adapted to set a lower drum rotation speed at lower textile humidity and to set a higher drum rotation speed at higher textile humidity; wherein the modification of the drum rotation speed is made over time with the textile humidity changing over time so that mechanical action onto the laundry is reduced with decreasing humidity.
A method of establishing a secure connection between a device and a network-based entity via an access gateway, where the device and a network-based bootstrapping server have a pre-established trust relationship, the method comprising: sending a bootstrapping initiation request from the device to the access gateway; upon receipt of the bootstrapping initiation request at the access gateway, forwarding the request to the bootstrapping server; receiving the request at the bootstrapping server, obtaining a reference to the network-based entity, and sending a response, including the reference, to the device via the access gateway; using the reference to the network-based entity to securely authenticate the device to the network-based entity, and sending an identity of the access gateway to the network-based entity and using that identity to authorise the device to use the access gateway, the method further comprising sending, from the access gateway to one or both of the bootstrapping server and the network-based entity, a proof of the access gateway identity, and using the proof of identity to authenticate the access gateway identity at the bootstrapping server and/or the network-based entity. sending a bootstrapping initiation request from the device to the access gateway; upon receipt of the bootstrapping initiation request at the access gateway, forwarding the request to the bootstrapping server; receiving the request at the bootstrapping server, obtaining a reference to the network-based entity, and sending a response, including the reference, to the device via the access gateway; using the reference to the network-based entity to securely authenticate the device to the network-based entity, and sending an identity of the access gateway to the network-based entity and using that identity to authorise the device to use the access gateway,
A ventilation and leak detection system for use in an enclosure, said system comprising: a ventilation duct extending at least partially through an interior chamber defined in the enclosure when in use, said ventilation duct comprising a plurality of inlet ends (252, 254, 260, 262) positioned within a lower portion of the interior chamber and an outlet end, wherein each of said plurality of inlet ends is adjacent a respective corner of the interior chamber when in use and comprises at least one opening (256, 258, 264, 266) defined therein and sized to enable air and fuel within the enclosure to be drawn into said ventilation duct to ventilate the enclosure; and a detection unit coupled in flow communication with said ventilation duct proximate to said outlet end for detecting fuel entrained within flow drawn into said ventilation duct. a ventilation duct extending at least partially through an interior chamber defined in the enclosure when in use, said ventilation duct comprising a plurality of inlet ends (252, 254, 260, 262) positioned within a lower portion of the interior chamber and an outlet end, wherein each of said plurality of inlet ends is adjacent a respective corner of the interior chamber when in use and comprises at least one opening (256, 258, 264, 266) defined therein and sized to enable air and fuel within the enclosure to be drawn into said ventilation duct to ventilate the enclosure; and a detection unit coupled in flow communication with said ventilation duct proximate to said outlet end for detecting fuel entrained within flow drawn into said ventilation duct.
A discrimination medium comprising: a cholesteric liquid crystal layer which has a fine asperity used for displaying a hologram; and a print layer which has a predetermined pattern reflecting or absorbing a light of a predetermined wavelength and which has a transparent portion without ink of the pattern around the pattern; and a transparent adhesive layer having light permeability, composed of a resin type adhesive having stable adhesion and usable for affixing the discrimination medium onto a surface of an article to be discriminated, wherein the cholesteric liquid crystal layer, the print layer and the transparent adhesive layer are laminated in turn from a side checked visually, and the hologram and the predetermined pattern are observable at the same time by a direct visual check, such that the surface of the article is also, perceived when the print layer is perceived in a condition in which the discrimination medium is affixed onto the surface of the article by the transparent adhesive layer, wherein the discrimination medium further comprises: a first substrate which is optically transparent and on which the cholesteric liquid crystal layer is formed; characterised in that the discrimination medium comprises: a second substrate which is optically transparent and on which the print layer is formed, and in that the cholesteric liquid crystal layer and the second substrate are affixed to each other. a cholesteric liquid crystal layer which has a fine asperity used for displaying a hologram; and a print layer which has a predetermined pattern reflecting or absorbing a light of a predetermined wavelength and which has a transparent portion without ink of the pattern around the pattern; and a transparent adhesive layer having light permeability, composed of a resin type adhesive having stable adhesion and usable for affixing the discrimination medium onto a surface of an article to be discriminated, wherein the cholesteric liquid crystal layer, the print layer and the transparent adhesive layer are laminated in turn from a side checked visually, and the hologram and the predetermined pattern are observable at the same time by a direct visual check, such that the surface of the article is also, perceived when the print layer is perceived in a condition in which the discrimination medium is affixed onto the surface of the article by the transparent adhesive layer, wherein the discrimination medium further comprises: a first substrate which is optically transparent and on which the cholesteric liquid crystal layer is formed; characterised in that the discrimination medium comprises: a second substrate which is optically transparent and on which the print layer is formed, and in that the cholesteric liquid crystal layer and the second substrate are affixed to each other.