mhurhangee/ep-ind-claims huggingface dataset:
A motor stator comprising: a stator core having a plurality of teeth; coils wound around the respective teeth; and a substrate that is equipped with an IC for driving a motor and that is attached to the stator core in an axial direction, such that a gap is formed between the IC and the coils, the IC being mounted on the stator core side of the substrate, wherein the coils include coils formed into a substantially rectangular shape in cross section and coils formed into a substantially trapezoidal shape in cross section, wherein, in a state where the stator core is formed into a ring shape such that the teeth are located at an inner side, the coils formed into the substantially rectangular shape in cross section and the coils formed into the substantially trapezoidal shape in cross section are alternately arranged in a circumferential direction, the outer peripheral side of each coil formed into the substantially trapezoidal shape in cross section is longer than the respective inner peripheral side, and the IC is positioned axially facing one of the coils formed into the substantially rectangular shape in cross section when the substrate is attached. a stator core having a plurality of teeth; coils wound around the respective teeth; and a substrate that is equipped with an IC for driving a motor and that is attached to the stator core in an axial direction, such that a gap is formed between the IC and the coils, the IC being mounted on the stator core side of the substrate, wherein the coils include coils formed into a substantially rectangular shape in cross section and coils formed into a substantially trapezoidal shape in cross section, wherein, in a state where the stator core is formed into a ring shape such that the teeth are located at an inner side, the coils formed into the substantially rectangular shape in cross section and the coils formed into the substantially trapezoidal shape in cross section are alternately arranged in a circumferential direction, the outer peripheral side of each coil formed into the substantially trapezoidal shape in cross section is longer than the respective inner peripheral side, and the IC is positioned axially facing one of the coils formed into the substantially rectangular shape in cross section when the substrate is attached.
A tool for draining and removing a vehicle filter from a vehicle, comprising: a perforator for providing a perforation in a vehicle filter; a housing comprising a cavity and an opening therein for receiving a fluid from a perforation in a vehicle filter into the cavity, the perforator at least partially located in the cavity, and the opening being configured such that at least one of the perforator and a vehicle filter are positionable therethrough; and a gripper connected to the housing and comprising a gripping surface for engaging and gripping a vehicle filter to restrict relative rotation between the gripper and the vehicle filter to permit rotation of a vehicle filter by rotation of the tool, the tool characterized in that the perforator is rotatably connected to the housing via an annular bearing to permit rotational movement therebetween, and the perforator is further moveable from a retracted configuration in which the perforator is disengaged with an engaged vehicle filter in a direction towards the opening of the housing so as to perforate an engaged filter. a perforator for providing a perforation in a vehicle filter; a housing comprising a cavity and an opening therein for receiving a fluid from a perforation in a vehicle filter into the cavity, the perforator at least partially located in the cavity, and the opening being configured such that at least one of the perforator and a vehicle filter are positionable therethrough; and a gripper connected to the housing and comprising a gripping surface for engaging and gripping a vehicle filter to restrict relative rotation between the gripper and the vehicle filter to permit rotation of a vehicle filter by rotation of the tool, the tool characterized in that the perforator is rotatably connected to the housing via an annular bearing to permit rotational movement therebetween, and the perforator is further moveable from a retracted configuration in which the perforator is disengaged with an engaged vehicle filter in a direction towards the opening of the housing so as to perforate an engaged filter.
A machine for forming a negative cast of an end portion of an amputated limb, the machine comprising an outer rigid tubular body having a substantially vertical axis; an elastically deformable tubular membrane housed within said rigid tubular body along said axis and having a generatrix which at rest is longer than a generatrix of said tubular body; said membrane comprising opposite annular end portions fluid-tightly connected to corresponding opposite end portions of said rigid tubular body so as to define a through-duct through which said limb passes and, with the rigid tubular body, a fluid-tight elongated annular chamber having a variable volume surrounding the limb; the machine also comprising inlet means for an operative fluid for pressurising said chamber, and axial reference compliant means for a free end of said limb; said membrane, having at least one upper portion able to protrude outside said outer rigid tubular body and enveloping said limb at least partially; the machine further comprising axial stop means (23,19) for said inner elastic membrane associated to both said opposite end portions of said outer tubular body; said axial stop comprising said axial reference compliant means and being elastic means each defining a relative shoulder on which a relative terminal portion of the membrane lies when the membrane is deformed by the pressurized fluid.
Spacer for insulating glazing, at least comprising a polymeric main body at least comprising two pane contact surfaces (7.1, 7.2), a glazing interior surface, an outer surface, and a cavity, wherein - the polymeric main body contains a thermoplastic polymer in a proportion of 30.0 wt.% to 70.0 wt.% as a base material, a thermoplastic elastomer and/or a thermoplastic terpolymer having an elastomeric component in a total proportion of 0.5 wt.% to 20.0 wt.% as an elastomeric additive, and a reinforcing agent in a proportion of 20.0 wt.% to 45.0 wt.%, - the thermoplastic polymer comprises a styrene-based polymer as the base material, and - the polymeric main body has a foamed pore structure. - the polymeric main body contains a thermoplastic polymer in a proportion of 30.0 wt.% to 70.0 wt.% as a base material, a thermoplastic elastomer and/or a thermoplastic terpolymer having an elastomeric component in a total proportion of 0.5 wt.% to 20.0 wt.% as an elastomeric additive, and a reinforcing agent in a proportion of 20.0 wt.% to 45.0 wt.%, - the thermoplastic polymer comprises a styrene-based polymer as the base material, and - the polymeric main body has a foamed pore structure.
A leading-edge protector for a wind turbine rotor blade, comprising - a curved body shaped for attachment to the rotor blade along at least a section of its leading edge; and characterized by - a plurality of fins, each fin extending radially outward from the curved body and terminating in a blunt outer face, and wherein each fin comprises two side faces, each side face extending from the curved body towards the blunt outer face; and - a plurality of reinforcement bands, wherein a reinforcement band is attached to the blunt outer face of a fin, and wherein a reinforcement band is shaped as a continuation of the side faces of a fin. - a curved body shaped for attachment to the rotor blade along at least a section of its leading edge; and characterized by - a plurality of fins, each fin extending radially outward from the curved body and terminating in a blunt outer face, and wherein each fin comprises two side faces, each side face extending from the curved body towards the blunt outer face; and - a plurality of reinforcement bands, wherein a reinforcement band is attached to the blunt outer face of a fin, and wherein a reinforcement band is shaped as a continuation of the side faces of a fin.
An in-car communication system for a plurality of acoustic zones having varying acoustic environments, the system comprising: a first microphone within a first acoustic zone to generate a first microphone signal; a second microphone within a second acoustic zone to generate a second microphone signal; a first loudspeaker within the first acoustic zone and a second loudspeaker within the second acoustic zone to provide acoustic audio to system users; and a wind noise module configured to process the first and second microphone signals using the covariance of a log-power ratio of the first and second microphone signals to generate a variance value and determine if the variance value exceeds a threshold, wherein the wind noise module is further configured to determine a compensation factor to equalize power in a first group of frequency bands for the first and second microphone signals and apply the compensation factor to a second group of frequency bands of lower frequency than the first group of frequency bands for determining a presence of wind noise. a first microphone within a first acoustic zone to generate a first microphone signal; a second microphone within a second acoustic zone to generate a second microphone signal; a first loudspeaker within the first acoustic zone and a second loudspeaker within the second acoustic zone to provide acoustic audio to system users; and a wind noise module configured to process the first and second microphone signals using the covariance of a log-power ratio of the first and second microphone signals to generate a variance value and determine if the variance value exceeds a threshold, wherein the wind noise module is further configured to determine a compensation factor to equalize power in a first group of frequency bands for the first and second microphone signals and apply the compensation factor to a second group of frequency bands of lower frequency than the first group of frequency bands for determining a presence of wind noise.
Changing colour composition for caring for and/or making up keratin materials on the form of an emulsion comprising, at least: a) microcapsules containing releasable colorant(s), said microcapsules comprising: - a core comprising one organic material, - at least one layered coating surrounding said core, the layered coating comprising at least one polymer, at least one colorant, and advantageously at least one lipid-based material, b) at least partially neutralized, crosslinked acrylic homopolymers or copolymers, preferably in a non-particulate form. a) microcapsules containing releasable colorant(s), said microcapsules comprising: - a core comprising one organic material, - at least one layered coating surrounding said core, the layered coating comprising at least one polymer, at least one colorant, and advantageously at least one lipid-based material, - a core comprising one organic material, - at least one layered coating surrounding said core, the layered coating comprising at least one polymer, at least one colorant, and advantageously at least one lipid-based material, b) at least partially neutralized, crosslinked acrylic homopolymers or copolymers, preferably in a non-particulate form.
An apparatus comprising a particulate collection device configured to remove dust and/or ash particles entrained in flue gas; a seawater based flue gas desulfurization system downstream of the particulate collection device comprising a wet scrubber tower or absorber, which comprises an inlet for the flue gas coming from the particulate collection device arranged at a lower portion of the absorber, a supply pipe and at least one spray arrangement fluidly connected to the supply pipe, the seawater based flue gas desulfurization system comprising a pump for pumping seawater to the supply pipe; wherein the seawater based flue gas desulfurization system is configured such that sulphur dioxide from the flue gas is absorbed by the seawater and effluent seawater is formed; characterized by a catalyst unit fluidly connected to the seawater based flue gas desulfurization system and operable to receive and periodically contain a portion of the effluent seawater from the absorber and particulates supplied from the particulate collection device for leaching of catalyst agents from the particulates to the acidic liquid to produce catalyst rich seawater, and a seawater aeration basin fluidly connected to the catalyst unit and to the seawater based flue gas desulfurization system and operable to receive and contain the catalyst rich seawater from the catalyst unit and effluent seawater supplied from the seawater flue gas desulfurization system, to catalyze oxidation of sulphite ions within the effluent seawater to inert sulfate ions contained therein to obtain a treated seawater.
An X-ray imaging system comprising: a radiation source configured to emit radiation from a plurality of discrete emissive locations through an imaging volume, wherein said discrete emissive locations are arrayed in rows and columns; a radiation sensor comprising a plurality of sensing elements, wherein said sensing elements are arrayed in rows and columns, and wherein an angular offset exists between said rows of sensing elements and said rows of discrete emissive locations and between said columns of sensing elements and said columns of discrete emissive locations; and a processor configured to process and allocate responses of said sensing elements to said radiation from one of said discrete emissive locations into an appropriate memory location. a radiation source configured to emit radiation from a plurality of discrete emissive locations through an imaging volume, wherein said discrete emissive locations are arrayed in rows and columns; a radiation sensor comprising a plurality of sensing elements, wherein said sensing elements are arrayed in rows and columns, and wherein an angular offset exists between said rows of sensing elements and said rows of discrete emissive locations and between said columns of sensing elements and said columns of discrete emissive locations; and a processor configured to process and allocate responses of said sensing elements to said radiation from one of said discrete emissive locations into an appropriate memory location.
A method of assigning packet resource of a wireless network to plural wireless terminals, the method comprising: receiving packet channel requests; associating the packet channel requests with wireless terminals by means of temporary reference numbers included in the packet channel requests; responding to at least one of the received packet channel requests by assigning packet resource to a plurality of wireless terminals; and transmitting in a single radio block a single packet assignment message addressed to the plurality of wireless terminals, wherein the single packet assignment message comprises said separate temporary reference number for each wireless terminal of the plurality of wireless terminals that are addressed by the single packet assignment message. receiving packet channel requests; associating the packet channel requests with wireless terminals by means of temporary reference numbers included in the packet channel requests; responding to at least one of the received packet channel requests by assigning packet resource to a plurality of wireless terminals; and transmitting in a single radio block a single packet assignment message addressed to the plurality of wireless terminals, wherein the single packet assignment message comprises said separate temporary reference number for each wireless terminal of the plurality of wireless terminals that are addressed by the single packet assignment message.
An elastic signal transmission cable having an elasticity of 10% or more and a transmission loss of 7 dB/m or less in a relaxed state at 250 MHz, and comprising an elastic cylindrical body having an elasticity of 10% or more and a conductor portion containing at least two conductor wires (2, 3) wound in the same direction and an insulating filamentous body wound in the opposite direction of the conductor wires around the elastic cylindrical body, wherein the insulating filamentous body is alternately passing through a gap between the elastic cylindrical body and a single or plurality of conductor wires and the outside of a single or plurality of conductor wires adjacent to the conductor wires.
A curable epoxy resin composition comprising at least one epoxy resin, at least one inorganic filler and at least one dispersant, whereby the dispersant comprises: a) at least one first polymer, which is a comb polymer having a polymer backbone comprising acid groups and side chains which are linked to the polymer backbone, and b) at least one second polymer, which is a condensate of, at least, an aromatic compound and formaldehyde; or a lignosulfonate. a) at least one first polymer, which is a comb polymer having a polymer backbone comprising acid groups and side chains which are linked to the polymer backbone, and b) at least one second polymer, which is a condensate of, at least, an aromatic compound and formaldehyde; or a lignosulfonate.
An electric power steering system comprising: an assist mechanism that applies assist torque from a motor to a vehicle steering mechanism; and a control portion that controls driving of the motor based on an assist command value, wherein the control portion includes: a first assist component computation portion that computes a first assist component based on steering torque (Th) transmitted to the vehicle steering mechanism; a steered angle command value computation portion that computes a steered angle command value, which serves as a target value of a steered angle of steered wheels, based on the steering torque; a second assist component computation portion that computes a second assist component by performing steered angle feedback control that matches the steered angle of the steered wheels with the steered angle command value; an assist command value computation portion that computes the assist command value based on a value obtained by adding the second assist component to the first assist component; and an adjusting portion that adjusts an absolute value of the second assist component contained in the assist command value so that the absolute value of the second assist component is decreased, based on a given condition, and wherein the first assist component computation portion computes the first assist component in accordance with a degree of adjustment of the second assist component when the second assist component is adjusted by the adjusting portion. an assist mechanism that applies assist torque from a motor to a vehicle steering mechanism; and a control portion that controls driving of the motor based on an assist command value, a first assist component computation portion that computes a first assist component based on steering torque (Th) transmitted to the vehicle steering mechanism; a steered angle command value computation portion that computes a steered angle command value, which serves as a target value of a steered angle of steered wheels, based on the steering torque; a second assist component computation portion that computes a second assist component by performing steered angle feedback control that matches the steered angle of the steered wheels with the steered angle command value; an assist command value computation portion that computes the assist command value based on a value obtained by adding the second assist component to the first assist component; and an adjusting portion that adjusts an absolute value of the second assist component contained in the assist command value so that the absolute value of the second assist component is decreased, based on a given condition, and
A tire vulcanization mold comprising a ring shaped tread mold for molding a tread pattern of a ti re to be molded, said ring shaped tread mold comprising a plurality of segments, said each segment having a radially inner face and a pair of end faces each of which extends from a circumferential end of the inner face toward radially outwardly of the ti re, said segments being arranged in a circumferential direction of the ti re so as to have a substantially continuous tread molding face by connecting inner faces one another, said each inner face of the segment comprising at least one circumferentially extending rib for molding a circumferential groove of the tread pattern, at least one laterally extending rib for molding a lateral groove of the tread pattern, and a plurality of blades for molding sipes of the tread pattern, said blades including a plurality of three dimensional blades which longitudinally extend in a zigzag manner, and said three dimensional blades comprising at least one first blade having a thickness not more than 0. 3mm and at least one second blade having a thickness in a range of from 0.4 to 0.6 mm, characterized in that the second blade is arranged in at least one of circumferentially end regions of the inner face of the segment.
An information collecting mediation device connected to a control network and an information network in a process control system that includes a controller connected to the control network and a host device connected to the information network located at a level higher than the control network, wherein the information collecting mediation device is configured to collect information associated with the controller in consideration of capability information indicating a capability of at least one of the control network and the controller based on an information acquisition request transmitted via the information network, and to send the collected information associated with the controller to the information network toward a transmission source of the information acquisition request, characterized in that, the information collecting mediation device is configured to adjust the information amount by dividing and collecting the information associated with the controller in consideration of the capability information, to combine the collected divided information, and to transmit the combined information to the transmission source of the information acquisition request, wherein in consideration of the capability information, the information collecting mediation device is configured to transmit a collection request for N times at a transmission interval so as to partially collect the information associated with the controller in N times.
A device for printing hollow bodies, having a segment wheel and a device for sequentially feeding the hollow bodies at the periphery of the segment wheel, wherein the segment wheel has at its periphery a plurality of segments in succession, in each case for receiving a printing blanket, wherein at least one of the printing blankets arranged on one of the segments is arranged to roll or is at least rollable on the hollow body to be printed, wherein adjacent segments are in each case separated from one another by a recess directed parallel to the rotational axis of the segment wheel, wherein the device for sequentially feeding the hollow bodies at the periphery of the segment wheel has at least one conveyor wheel and one mandrel wheel, wherein in the transport direction of the hollow bodies first the conveyor wheel, then the mandrel wheel and after the segment wheel are arranged, wherein at the periphery of the conveyor wheel a plurality of driver elements and at the periphery of the mandrel wheel a plurality of holding devices are arranged, in each case for receiving in each case one hollow body to be printed in cooperation with the segment wheel, wherein the mandrel wheel and the conveyor wheel each have an own drive (77; 78) separate from the drive of the segment wheel.