mhurhangee/patent-ind-claim-en huggingface dataset:
A tire comprising: a tread portion whose outer surface defines the tread, a pair of axially spaced bead portions each provided with a bead core therein, a pair of sidewall portions extending between tread edges of the tread portion and the bead portions , and a carcass ply extending between the bead portions through the tread portion and the sidewall portions and turned up around the bead core in each of the bead portions from the inside to the outside in the tire axial direction so as to form a pair of turnup portions and a main portion therebetween, wherein each of the bead portions is provided with a rubber bead apex disposed between the turnup portion and the main portion of the carcass ply and extending radially outwardly from the bead core in a tapered manner; a bead reinforcing rubber layer disposed axially outside the main portion of the carcass ply ; and an insulation rubber layer disposed between the bead reinforcing rubber layer and the main portion of the carcass ply and having a hardness smaller than a hardness of the bead reinforcing rubber layer , wherein the hardness of rubber means a durometer A hardness measured at a temperature of 23 degrees C. by using a type A durometer according to JIS K6253, wherein the insulation rubber layer has a portion contacting with the rubber bead apex characterized in that the insulation rubber layer has a portion contacting with the bead core . a tread portion whose outer surface defines the tread, a pair of axially spaced bead portions each provided with a bead core therein, a pair of sidewall portions extending between tread edges of the tread portion and the bead portions , and a carcass ply extending between the bead portions through the tread portion and the sidewall portions and turned up around the bead core in each of the bead portions from the inside to the outside in the tire axial direction so as to form a pair of turnup portions and a main portion therebetween, wherein each of the bead portions is provided with a rubber bead apex disposed between the turnup portion and the main portion of the carcass ply and extending radially outwardly from the bead core in a tapered manner; a bead reinforcing rubber layer disposed axially outside the main portion of the carcass ply ; and an insulation rubber layer disposed between the bead reinforcing rubber layer and the main portion of the carcass ply and having a hardness smaller than a hardness of the bead reinforcing rubber layer , wherein the hardness of rubber means a durometer A hardness measured at a temperature of 23 degrees C. by using a type A durometer according to JIS K6253, wherein the insulation rubber layer has a portion contacting with the rubber bead apex characterized in that the insulation rubber layer has a portion contacting with the bead core .
A method for wireless communications by a base station, BS, comprising: allocating uplink resources to one or more first type of user equipments, UEs, that communicate with the BS on a first frequency band that is narrower than a second frequency band used to communicate with a second type of UE , wherein the uplink resources are allocated in a narrowband subframe structure with an increased symbol duration relative to uplink resources allocated to the second type of UE , wherein symbols in the narrowband subframe structure are aligned with a boundary of a set of multiple subframe structures used to communicate with the second type of UE ; and receiving uplink transmissions from the first type of UE on the allocated resources, characterized in that the narrowband subframe structure further comprises a guard period in addition to cyclic prefixes associated with the symbols in the narrowband subframe structure to align a boundary of the narrowband subframe structure with a boundary of the multiple of the subframe structure used to communicate with the second type of UE . allocating uplink resources to one or more first type of user equipments, UEs, that communicate with the BS on a first frequency band that is narrower than a second frequency band used to communicate with a second type of UE , wherein the uplink resources are allocated in a narrowband subframe structure with an increased symbol duration relative to uplink resources allocated to the second type of UE , wherein symbols in the narrowband subframe structure are aligned with a boundary of a set of multiple subframe structures used to communicate with the second type of UE ; and receiving uplink transmissions from the first type of UE on the allocated resources, characterized in that the narrowband subframe structure further comprises a guard period in addition to cyclic prefixes associated with the symbols in the narrowband subframe structure to align a boundary of the narrowband subframe structure with a boundary of the multiple of the subframe structure used to communicate with the second type of UE .
A developer supply system including a developer receiving apparatus and a developer supply container detachably mountable to said developer receiving apparatus , said developer supply system comprising: (i) said developer receiving apparatus comprises: (i-i) a developer receiving portion displaceably provided in said developer receiving apparatus and configured to receive developer from said developer supply container , said developer receiving portion includes: (i-i-i) an inlet opening provided in said developer receiving portion and configured to receive the developer; (i-i-ii) an engaged portion (lib), (ii) said developer supply container comprises: (ii-i) a developer accommodating portion configured to accommodate the developer; (ii-ii) an outlet opening (3a4) configured to permit discharge of the developer in said developer accommodating portion to said developer receiving portion through said inlet opening ; and (ii-iii) an engaging portion (3b2 and 3b4, or 3b2) configured to engage with said engaged portion (lib), characterized in that said engaging portion (3b2 and 3b4, or 3b2) makes said developer receiving portion displace toward said developer supply container with a mounting operation of said developer supply container to bring said outlet opening (3a4) into fluid-communication with said inlet opening . (i) said developer receiving apparatus comprises: (i-i) a developer receiving portion displaceably provided in said developer receiving apparatus and configured to receive developer from said developer supply container , said developer receiving portion includes: (i-i-i) an inlet opening provided in said developer receiving portion and configured to receive the developer; (i-i-ii) an engaged portion (lib), (i-i-i) an inlet opening provided in said developer receiving portion and configured to receive the developer; (i-i-ii) an engaged portion (lib), (ii) said developer supply container comprises: (ii-i) a developer accommodating portion configured to accommodate the developer; (ii-ii) an outlet opening (3a4) configured to permit discharge of the developer in said developer accommodating portion to said developer receiving portion through said inlet opening ; and (ii-iii) an engaging portion (3b2 and 3b4, or 3b2) configured to engage with said engaged portion (lib), (ii-i) a developer accommodating portion configured to accommodate the developer; (ii-ii) an outlet opening (3a4) configured to permit discharge of the developer in said developer accommodating portion to said developer receiving portion through said inlet opening ; and (ii-iii) an engaging portion (3b2 and 3b4, or 3b2) configured to engage with said engaged portion (lib),
A security element for securing security papers, value documents and other data carriers, having - a magnetic feature composed of an ink layer having magnetically aligned magnetic pigments, in which feature the contour shape of the security feature forms a contour motif in the form of patterns, characters or a code, and the magnetic pigments in the interior of the magnetic feature form, through regionally differing alignment, a modulation motif in the form of patterns, characters or a code, and - an additional feature , developed in the shape of a motif, that is arranged in register with the magnetic feature and whose motif shape at least partially repeats and/or complements the contour motif and/or the modulation motif of the magnetic feature, characterized in that - the additional feature is formed by a combination of a luminescence layer and a blocking layer that is arranged over the luminescence layer and that is in register with the magnetic feature. - a magnetic feature composed of an ink layer having magnetically aligned magnetic pigments, in which feature the contour shape of the security feature forms a contour motif in the form of patterns, characters or a code, and the magnetic pigments in the interior of the magnetic feature form, through regionally differing alignment, a modulation motif in the form of patterns, characters or a code, and - an additional feature , developed in the shape of a motif, that is arranged in register with the magnetic feature and whose motif shape at least partially repeats and/or complements the contour motif and/or the modulation motif of the magnetic feature, characterized in that - the additional feature is formed by a combination of a luminescence layer and a blocking layer that is arranged over the luminescence layer and that is in register with the magnetic feature.
A motor comprising: a shaft ; a pair of end plates arranged to be spaced apart from each other on the shaft ; a magnet disposed between the pair of end plates ; and a rotor case surrounding respective outer circumferences of the pair of end plates and an outer circumference of the magnet and fixing the pair of end plates to the magnet , wherein the rotor case is integrally formed by injection molding and is made of a synthetic resin material, wherein each of the pair of end plates comprises: a flange portion having one surface facing the magnet ; and a cylinder portion protruding in the opposite direction of the magnet from the flange portion , and wherein the flange portion comprises a tapered portion , the outer diameter of the flange portion becomes smaller as the tapered portion gets closer to the cylinder portion , and wherein the rotor case comprises: a center case portion surrounding the magnet ; and end case portions having a tapered shape along the tapered portion and surrounding the cylinder portion and the tapered portion . a shaft ; a pair of end plates arranged to be spaced apart from each other on the shaft ; a magnet disposed between the pair of end plates ; and a rotor case surrounding respective outer circumferences of the pair of end plates and an outer circumference of the magnet and fixing the pair of end plates to the magnet , wherein the rotor case is integrally formed by injection molding and is made of a synthetic resin material, wherein each of the pair of end plates comprises: a flange portion having one surface facing the magnet ; and a cylinder portion protruding in the opposite direction of the magnet from the flange portion , and a flange portion having one surface facing the magnet ; and a cylinder portion protruding in the opposite direction of the magnet from the flange portion , and wherein the flange portion comprises a tapered portion , the outer diameter of the flange portion becomes smaller as the tapered portion gets closer to the cylinder portion , and wherein the rotor case comprises: a center case portion surrounding the magnet ; and end case portions having a tapered shape along the tapered portion and surrounding the cylinder portion and the tapered portion . a center case portion surrounding the magnet ; and end case portions having a tapered shape along the tapered portion and surrounding the cylinder portion and the tapered portion .
An air-frying cooker comprising: - a chamber , - a heater disposed in the chamber to heat air in the chamber , - a fan disposed in the chamber and being rotatable to circulate heated air in the chamber to cook food in the chamber in a cooking mode, characterized in that the air-frying cooker further comprises: - an air flow control element positionable in the chamber spaced from a surface of an amount of cleaning fluid introduced into the bottom of the chamber in a cleaning mode, so that when the fan is rotated to generate a circulating air flow within the chamber , the air flow is ducted through a gap (X) between the flow control element and said surface to entrain the cleaning fluid in the circulating air flow to clean the chamber . - a chamber , - a heater disposed in the chamber to heat air in the chamber , - a fan disposed in the chamber and being rotatable to circulate heated air in the chamber to cook food in the chamber in a cooking mode, - an air flow control element positionable in the chamber spaced from a surface of an amount of cleaning fluid introduced into the bottom of the chamber in a cleaning mode, so that when the fan is rotated to generate a circulating air flow within the chamber , the air flow is ducted through a gap (X) between the flow control element and said surface to entrain the cleaning fluid in the circulating air flow to clean the chamber .
A cooker comprising at least one burner plate having at least one first opening thereon; at least one support plate which has at least one second opening thereon and which is placed under the burner plate ; and at least one burner connection member which supports a burner group placed thereon, characterized by the burner connection member which is fixed to the support plate by being adhered onto the support plate wherein the support plate comprising the second opening having a width (D2) smaller than the width (D1) of the first opening and the burner connection member which is fixed to the support plate by being adhered on the surface of the support plate facing the burner plate and remaining between the first opening and the second opening .
Piercing connector configured for making an insulation-piercing contact with a first electric wire , wherein the first electric wire comprises a stranded core of electrically conductive material and an insulating sheath of electrically insulating material, wherein the piercing connector comprises a base having an inlay section for the first electric wire and a tightening section , and a tightening knob , wherein the inlay section comprises a head and at one side thereof an insert slot for inserting the first electric wire into the head from aside, and wherein the tightening section comprises a shaft with an outer thread and an inner channel in which a clamping mechanism is enclosed, and wherein the tightening knob comprises a hood with an inner thread around the outer thread of the shaft , characterized in that the insert slot is a blind insert slot , wherein the tightening knob comprises a metal needle that extends from the hood through the shaft towards the insert slot , and wherein the clamping mechanism comprises a first wire clamp comprising a first clamping body with a first clamping claw that is slidable through the inner channel between a retracted position in which the first electric wire can be inserted in the insert slot , and a clamping position in which the first clamping claw engages the first electric wire inside the insert slot , wherein the first wire clamp comprises a first protrusion that is displaceable with respect to the first clamping body between a projecting position in which it is engaged by the tightening knob to move the first wire clamp along with the tightening knob , and a retracted position in which the tightening knob passes the first protrusion and the needle penetrates the insulating sheath , wherein the first protrusion retracts with respect to the first clamping body after a first threshold force exerted by the tightening knob on the first protrusion is exceeded.
A patient interface comprising a coupling element 1 for a strap, which coupling element is designed as an integral part of a forehead support of the patient interface, the coupling element 1 comprising at least one plane of symmetry S and at least four receiving means 5, 6 for a strap end 4 of a strap 3, the receiving means 5, 6 being arranged in pairs on both sides of the plane of symmetry S and it being possible to fasten a strap end 4 on one side of the coupling element either to the receiving means 5 or to the receiving means 6 and the receiving means 5 being arranged spatially adjacent to the receiving means 6 and closer to the plane of symmetry S than the receiving means 6, the coupling element 1 comprising at least one plane that extends in parallel with the contact surface, namely the forehead of a user, the coupling element 1 extending at least in portions at an angle from the plane with a rounded contour and defining a recess and the receiving means 5, 6 being arranged at different distances from the forehead of a user, the receiving means 5, 6 being designed as a closed or slotted rib, and the closed ribs 5 being arranged further in', relative to the slotted ribs 6 on the outside, closer to the plane of symmetry s, characterized in that the slotted ribs 6 and/or the closed ribs 5 extend askew relative to one another and/or to the axis of symmetry S.
Bearing arrangement for a machine arrangement, having - a first side , on which a first machine part which can be lubricated with a first lubricant embodied as a lubricating grease is arranged, wherein the first machine part comprises the first lubricant , - a second side , on which a second machine part which can be lubricated with a second lubricant embodied as a gear oil is arranged, wherein the second machine part comprises the second lubricant , and - a shaft for transmitting a mechanical force between the first side and the second side , - wherein the shaft has a spray edge , which is moulded to guide the second lubricant embodied as gear oil into a collecting pocket of the bearing arrangement upon penetration on the first side , - wherein the bearing arrangement has an outflow channel , which enables the second lubricant embodied as gear oil to flow out of the collecting pocket into a collecting chamber of the bearing arrangement , - wherein the collecting pocket , the outflow channel and the collecting chamber have a dual function both for discharging the first lubricant and also for discharging the second lubricant , and - the collecting chamber is designed to be visible from the outside and comprises a transparent wall . - a first side , on which a first machine part which can be lubricated with a first lubricant embodied as a lubricating grease is arranged, wherein the first machine part comprises the first lubricant , - a second side , on which a second machine part which can be lubricated with a second lubricant embodied as a gear oil is arranged, wherein the second machine part comprises the second lubricant , and - a shaft for transmitting a mechanical force between the first side and the second side , - wherein the shaft has a spray edge , which is moulded to guide the second lubricant embodied as gear oil into a collecting pocket of the bearing arrangement upon penetration on the first side , - wherein the bearing arrangement has an outflow channel , which enables the second lubricant embodied as gear oil to flow out of the collecting pocket into a collecting chamber of the bearing arrangement , - wherein the collecting pocket , the outflow channel and the collecting chamber have a dual function both for discharging the first lubricant and also for discharging the second lubricant , and - the collecting chamber is designed to be visible from the outside and comprises a transparent wall .
A laser comprising: a. a gain material comprising at least two, compositionally non-identical, layers forming a superlattice, wherein the gain material generates photons by intersubband transitions; b. an optical waveguide comprising two ends coated with an anti-reflection material; and c. at least two lasing sections placed in series, wherein each lasing section comprises a grating, wherein the gratings have non-equivalent periods or Bragg wavelengths, and wherein the lasing sections are separated by: an electric isolation region comprising a p-type dopant in an InP upper n-type cladding layer, wherein the p-type dopant has a maximum stable concentration in an InP upper n-type cladding layer below n x 10 18 cm -3 , where n is less than 3; or by removal of a high doping part of an upper n-type cladding layer. a. a gain material comprising at least two, compositionally non-identical, layers forming a superlattice, wherein the gain material generates photons by intersubband transitions; b. an optical waveguide comprising two ends coated with an anti-reflection material; and c. at least two lasing sections placed in series, wherein each lasing section comprises a grating, wherein the gratings have non-equivalent periods or Bragg wavelengths, and wherein the lasing sections are separated by: an electric isolation region comprising a p-type dopant in an InP upper n-type cladding layer, wherein the p-type dopant has a maximum stable concentration in an InP upper n-type cladding layer below n x 10 18 cm -3 , where n is less than 3; or by removal of a high doping part of an upper n-type cladding layer. an electric isolation region comprising a p-type dopant in an InP upper n-type cladding layer, wherein the p-type dopant has a maximum stable concentration in an InP upper n-type cladding layer below n x 10 18 cm -3 , where n is less than 3; or by removal of a high doping part of an upper n-type cladding layer.
A spiker roller having: (i) a roller assembly having a plurality of roller components each having a peripheral wall and a plurality of apertures in the peripheral wall and an end wall which has a centrally located hub or boss surrounding an opening , wherein said hub or boss has an end portion remote from the end wall which extends outwardly from the peripheral wall to define a spacer; (ii) a multiplicity of spikes which are each releasably retained within a respective aperture of each roller component ; and (iii) a support shaft which is insertable through each of the openings of each roller component , wherein each of the roller components when mounted on the support shaft is separated by said spacer being configured to engage with the end wall of one roller component adjacent thereto so that each roller component can rotate independently of each other, wherein the peripheral wall has a plurality of flats each incorporating a respective aperture and each apertured flat has a planar inner surface and a planar outer surface through which aperture a respective spike extends. (i) a roller assembly having a plurality of roller components each having a peripheral wall and a plurality of apertures in the peripheral wall and an end wall which has a centrally located hub or boss surrounding an opening , wherein said hub or boss has an end portion remote from the end wall which extends outwardly from the peripheral wall to define a spacer; (ii) a multiplicity of spikes which are each releasably retained within a respective aperture of each roller component ; and (iii) a support shaft which is insertable through each of the openings of each roller component , wherein each of the roller components when mounted on the support shaft is separated by said spacer being configured to engage with the end wall of one roller component adjacent thereto so that each roller component can rotate independently of each other,