mhurhangee/patent-ind-claim-en huggingface dataset:
A bodywork part for a motor vehicle comprising a main body made from a plastic material and an anti-pinching system, the anti-pinching system comprising a capacitive sensor comprising at least a first conductive wire integrated into the thickness of the main body by welding so as to be flush with or not flush with the main body , the first conductive wire being located at least partially in a peripheral zone of said main body , said capacitive sensor being able to detect the presence of an object or a hand of a user in said peripheral zone.
An x-ray based litho-density tool for measurement of simultaneous invaded and non-invaded formation surrounding a borehole , said tool comprising: an internal length comprising a sonde section, wherein said sonde section further comprises an x-ray source , wherein the tool uses x-rays to illuminate the formation surrounding a borehole ; and a plurality of radiation measuring detectors which are used to directly measure both invaded and non-invaded formation bulk densities; at least one source monitoring detector ; and a plurality of sonde-dependent electronics, characterized in that , said plurality of radiation measuring detectors comprises a bulk density detector which comprising a scintillator crystal and is double-ended, such that the scintillator crystal is effectively comprised of two crystals back-to-back with a photomultiplier on each end. an internal length comprising a sonde section, wherein said sonde section further comprises an x-ray source , wherein the tool uses x-rays to illuminate the formation surrounding a borehole ; and a plurality of radiation measuring detectors which are used to directly measure both invaded and non-invaded formation bulk densities; at least one source monitoring detector ; and a plurality of sonde-dependent electronics, characterized in that , said plurality of radiation measuring detectors comprises a bulk density detector which comprising a scintillator crystal and is double-ended, such that the scintillator crystal is effectively comprised of two crystals back-to-back with a photomultiplier on each end.
A rear suspension bicycle , comprising: a front triangle defining a pedaling axis (A p ); a rear wheel swingarm configured to allow attachment of a rear wheel ; an upper linkage member having a first pivotal connection with the front triangle and a second pivotal connection with the rear wheel swingarm ; a lower linkage member having a first pivotal connection with the front triangle and a second pivotal connection with the rear wheel swingarm ; and a shock absorber operatively connected to the front triangle and the rear wheel swingarm and configured to control movement of the rear wheel swingarm relative to the front triangle ; wherein as the shock absorber is compressed, a rear wheel rotation axis (A w ) defines a travel path having an instantaneous center of curvature; characterized in that , when the shock absorber is in a fully compressed state, the center of curvature and an intersection point of a linear extension of the upper linkage member with a linear extension of the lower linkage member are equidistant from the pedaling axis (A p ). a front triangle defining a pedaling axis (A p ); a rear wheel swingarm configured to allow attachment of a rear wheel ; an upper linkage member having a first pivotal connection with the front triangle and a second pivotal connection with the rear wheel swingarm ; a lower linkage member having a first pivotal connection with the front triangle and a second pivotal connection with the rear wheel swingarm ; and a shock absorber operatively connected to the front triangle and the rear wheel swingarm and configured to control movement of the rear wheel swingarm relative to the front triangle ; wherein as the shock absorber is compressed, a rear wheel rotation axis (A w ) defines a travel path having an instantaneous center of curvature; characterized in that , when the shock absorber is in a fully compressed state, the center of curvature and an intersection point of a linear extension of the upper linkage member with a linear extension of the lower linkage member are equidistant from the pedaling axis (A p ).
An insertion device comprising: a housing comprising a first end; a sleeve slidably arranged at least partially in the housing ; a cylinder hub at least partially arranged in the sleeve and the housing and comprising a shoulder portion and a body portion , the shoulder portion proximate to the first end of the housing ; a needle hub slidably arranged in the cylinder hub and comprising a needle ; and a site comprising a patient-side surface, a central hub having a side aperture formed therein, and a subcutaneous element , the subcutaneous element coupled to the site at an angle greater than 0 degrees and less than 90 degrees with respect to the patient-side surface, the site arranged within the housing such that the needle can pass through the side aperture of the central hub to enter the subcutaneous element at the angle. a housing comprising a first end; a sleeve slidably arranged at least partially in the housing ; a cylinder hub at least partially arranged in the sleeve and the housing and comprising a shoulder portion and a body portion , the shoulder portion proximate to the first end of the housing ; a needle hub slidably arranged in the cylinder hub and comprising a needle ; and a site comprising a patient-side surface, a central hub having a side aperture formed therein, and a subcutaneous element , the subcutaneous element coupled to the site at an angle greater than 0 degrees and less than 90 degrees with respect to the patient-side surface, the site arranged within the housing such that the needle can pass through the side aperture of the central hub to enter the subcutaneous element at the angle.
An electric motor cooling system comprising: a housing supporting a stator , wherein the stator includes first and second axial sides, the stator is provided by windings that include end turns , and the stator includes axially extending slots that provide cooling channels arranged between the stator and a housing portion ; a first cooling source providing a first cooling flow; a second cooling source providing a second cooling flow; wherein the second cooling source is at a higher pressure than the first cooling source , resulting in a differential pressure; a rotor supported for rotation relative the stator; a circumferential gap provided between the rotor and stator; a journal bearing which supports the rotor relative to the housing; a seal arranged between the housing and the stator, the seal providing a cavity at the first axial side , the cavity in fluid communication with the gap; and a seal assembly arranged between the housing and the rotor and arranged upstream from the seal ; wherein the first cooling flow flows through an inlet into the slots and exits an outlet , wherein the second axial side is provided with the lower pressure first cooling flow from the first cooling source , and wherein the second cooling flow is provided to the journal bearing , flows through the journal bearing and past the seal assembly into the cavity , through the cavity and into the gap for cooling the rotor, wherein the differential pressure across the first and second axial sides moves the second cooling flow from the cavity to the second axial side. a housing supporting a stator , wherein the stator includes first and second axial sides, the stator is provided by windings that include end turns , and the stator includes axially extending slots that provide cooling channels arranged between the stator and a housing portion ; a first cooling source providing a first cooling flow; a second cooling source providing a second cooling flow; wherein the second cooling source is at a higher pressure than the first cooling source , resulting in a differential pressure; a rotor supported for rotation relative the stator; a circumferential gap provided between the rotor and stator; a journal bearing which supports the rotor relative to the housing; a seal arranged between the housing and the stator, the seal providing a cavity at the first axial side , the cavity in fluid communication with the gap; and a seal assembly arranged between the housing and the rotor and arranged upstream from the seal ; wherein the first cooling flow flows through an inlet into the slots and exits an outlet , wherein the second axial side is provided with the lower pressure first cooling flow from the first cooling source , and wherein the second cooling flow is provided to the journal bearing , flows through the journal bearing and past the seal assembly into the cavity , through the cavity and into the gap for cooling the rotor, wherein the differential pressure across the first and second axial sides moves the second cooling flow from the cavity to the second axial side.
Decorative layer for a motor vehicle component , said layer comprising two formats of coating material associated by a seam by two respective edges , said seam is in the form of a zigzag stich or cover stitch associating said formats edge to edge, said layer further comprising a decorative strip attached to the obverse side of said formats and along said seam so as to hide it, said layer being characterised in that it further comprises a reinforcing strip extending on the reverse sides of said formats and along said seam, said strip being caught in said seam.
A method for coupling a semiconductor device to a target substrate , wherein the semiconductor device includes a first surface and a first contact disposed on the first surface, the target substrate includes a second surface and a second contact disposed on the second surface, and the method comprises: depositing uncured underfill, UF, material on the second surface, wherein the uncured UF material substantially covers the second surface and substantially encapsulates the second contact; removing an excess portion of the uncured UF material to form an exposed layer of the uncured UF material that at least partially exposes a distal portion of the second contact; positioning the semiconductor device proximate to the target substrate to form a spatial alignment of the first contact with the second contact, wherein the first and the second surfaces are opposed surfaces, a void is disposed between the first surface and the exposed layer of the uncured UF material, and the at least partially exposed distal portion of the second contact is adjacent a distal portion of the first contact; and providing thermal energy to cure the uncured UF material, wherein the thermal energy increases a volume of the uncured UF material and decreases a volume of the void disposed between the first surface and the exposed layer of the uncured UF material, and the cured UF material stabilizes the spatial alignment of the first contact with the second contact. depositing uncured underfill, UF, material on the second surface, wherein the uncured UF material substantially covers the second surface and substantially encapsulates the second contact; removing an excess portion of the uncured UF material to form an exposed layer of the uncured UF material that at least partially exposes a distal portion of the second contact; positioning the semiconductor device proximate to the target substrate to form a spatial alignment of the first contact with the second contact, wherein the first and the second surfaces are opposed surfaces, a void is disposed between the first surface and the exposed layer of the uncured UF material, and the at least partially exposed distal portion of the second contact is adjacent a distal portion of the first contact; and providing thermal energy to cure the uncured UF material, wherein the thermal energy increases a volume of the uncured UF material and decreases a volume of the void disposed between the first surface and the exposed layer of the uncured UF material, and the cured UF material stabilizes the spatial alignment of the first contact with the second contact.
An oscillating power tool comprising: a motor ; a base flange driven about an output axis (B) by the motor; an accessory shaft movable relative to the base flange between a clamping position and a release position; a clamping flange pivotably coupled to the accessory shaft, the clamping flange cooperating with the base flange for clamping an accessory ; characterized by an actuator operatively coupled to the accessory shaft in an operative position for moving the accessory shaft, wherein the actuator includes a lever movable between the operative position and a storage position in which the lever is not operatively coupled to the accessory shaft. a motor ; a base flange driven about an output axis (B) by the motor; an accessory shaft movable relative to the base flange between a clamping position and a release position; a clamping flange pivotably coupled to the accessory shaft, the clamping flange cooperating with the base flange for clamping an accessory ; characterized by an actuator operatively coupled to the accessory shaft in an operative position for moving the accessory shaft, wherein the actuator includes a lever movable between the operative position and a storage position in which the lever is not operatively coupled to the accessory shaft.
A razor comprising: a cartridge main body , a front of the cartridge main body and a rear of the cartridge main body are partially open; a connector mounting part which comprises a first connecting part integrally formed on the rear of the cartridge main body and a second connecting part integrally formed on the rear of the cartridge main body and spaced apart from the first connecting part ; a holder mounting part which is positioned between the first connecting part and the second connecting part ; a handle assembly which comprises a handle body held by a user and a holder pivotally positioned on an upper side of the handle body and detachably connected to the holder mounting part ; and a connector which is connected to the first connecting part and the second connecting part to cover at least a part of the holder connected to the holder mounting part , characterized in that the holder mounting part is integrally formed on the rear of the cartridge main body . a cartridge main body , a front of the cartridge main body and a rear of the cartridge main body are partially open; a connector mounting part which comprises a first connecting part integrally formed on the rear of the cartridge main body and a second connecting part integrally formed on the rear of the cartridge main body and spaced apart from the first connecting part ; a holder mounting part which is positioned between the first connecting part and the second connecting part ; a handle assembly which comprises a handle body held by a user and a holder pivotally positioned on an upper side of the handle body and detachably connected to the holder mounting part ; and a connector which is connected to the first connecting part and the second connecting part to cover at least a part of the holder connected to the holder mounting part , characterized in that the holder mounting part is integrally formed on the rear of the cartridge main body .
An arc fault detection system for an electrical enclosure , comprising a circuit breaker within the enclosure , a primary optical detector for detecting visible light from arcing faults within the enclosure and emitting a primary optical signal representative of its detected light, a secondary optical detector for detecting visible light from a circuit breaker trip event within the enclosure and emitting a secondary optical signal representative of its detected light, and a means for combining the primary optical signal and the secondary optical signal, wherein the arc fault detection system is configured to operate an arc extinguisher to remove voltage from a feeder circuit in the enclosure based upon the combined optical signal, characterised in that the means for combining the primary optical signal and the secondary optical signal is configured to subtract the secondary optical signal from the primary optical signal.
Compressor module for a turbomachine , comprising: - a substantially axisymmetric central hub ; - an external ring , coaxial with the central hub ; - an annular row of arms extending from the central hub to the external ring and defining inter-arm spaces between two circumferentially adjacent arms ; and - an annular row of stator blades extending from the central hub to the external ring and at least partially disposed in the inter-arm spaces , the stator blades being adjustable around a respective axis (A) for each blade, the compressor module being characterized in that each arm has an upstream portion , fixed, and a downstream flap pivotable around a respective axis (B) for each flap. - a substantially axisymmetric central hub ; - an external ring , coaxial with the central hub ; - an annular row of arms extending from the central hub to the external ring and defining inter-arm spaces between two circumferentially adjacent arms ; and - an annular row of stator blades extending from the central hub to the external ring and at least partially disposed in the inter-arm spaces , the stator blades being adjustable around a respective axis (A) for each blade, the compressor module being characterized in that each arm has an upstream portion , fixed, and a downstream flap pivotable around a respective axis (B) for each flap.
A method for operating a mobile terminal, the method comprising the steps of: displaying (S810) on the mobile terminal a remote control screen for remotely controlling an image display apparatus; entering (S816) a wireless audio reception mode according to a user input; displaying (S818) on the mobile terminal a wireless audio reception mode screen; synchronizing (S830) with the image display apparatus using a first wireless communication; receiving (S850) audio data in the form of an RTP/UDP packet from the image display apparatus; and playing (S865) the received audio data, wherein the synchronizing (S830) includes : - transmitting a TCP packet including a wireless audio reception mode start signal to the image display apparatus , - receiving feedback data in a TCP packet, wherein the feedback data includes information about the number of channels of audio data to be transmitted, encoding state information, and encoding scheme information. displaying (S810) on the mobile terminal a remote control screen for remotely controlling an image display apparatus; entering (S816) a wireless audio reception mode according to a user input; displaying (S818) on the mobile terminal a wireless audio reception mode screen; synchronizing (S830) with the image display apparatus using a first wireless communication; receiving (S850) audio data in the form of an RTP/UDP packet from the image display apparatus; and playing (S865) the received audio data, wherein the synchronizing (S830) includes : - transmitting a TCP packet including a wireless audio reception mode start signal to the image display apparatus , - receiving feedback data in a TCP packet, wherein the feedback data includes information about the number of channels of audio data to be transmitted, encoding state information, and encoding scheme information. - transmitting a TCP packet including a wireless audio reception mode start signal to the image display apparatus , - receiving feedback data in a TCP packet, wherein the feedback data includes information about the number of channels of audio data to be transmitted, encoding state information, and encoding scheme information.
A fuel storage apparatus for forestry machines, the fuel storage apparatus comprising: a fuel storage tank for storing fuel, wherein the fuel storage tank is of a substantially rigid construction; an outer housing configured to house therein the fuel storage tank for storing said fuel; a lid , wherein the outer housing and the lid form an enclosure for enclosing the fuel storage tank , and wherein the lid is detachably or pivotably coupled to the outer housing so as to permit access to and/or removal of the fuel storage tank ; a manifold arrangement comprising a plurality of fitting components for controlling access to and/or from the interior of the fuel storage tank ; and a grab bar configured to facilitate handling of the fuel storage apparatus by a forestry machine or other handling equipment, wherein the fuel storage tank is at least partially constructed from a plastic material, wherein the outer housing is at least partially constructed from a metallic material, and wherein the manifold arrangement comprises a manifold plate for coupling the manifold arrangement to the fuel storage tank . a fuel storage tank for storing fuel, wherein the fuel storage tank is of a substantially rigid construction; an outer housing configured to house therein the fuel storage tank for storing said fuel; a lid , wherein the outer housing and the lid form an enclosure for enclosing the fuel storage tank , and wherein the lid is detachably or pivotably coupled to the outer housing so as to permit access to and/or removal of the fuel storage tank ; a manifold arrangement comprising a plurality of fitting components for controlling access to and/or from the interior of the fuel storage tank ; and a grab bar configured to facilitate handling of the fuel storage apparatus by a forestry machine or other handling equipment, wherein the fuel storage tank is at least partially constructed from a plastic material, wherein the outer housing is at least partially constructed from a metallic material, and wherein the manifold arrangement comprises a manifold plate for coupling the manifold arrangement to the fuel storage tank .
System with a tool holder and a device for the identification of a tool which is accommodated in the tool holder , wherein the tool holder has a longitudinal axis and a diameter , wherein the tool holder has a recess on its side, which is formed perpendicular to the longitudinal axis of the tool holder and in which an RFID transponder is inserted; and wherein the device has a read/write head for communication with the RFID transponder , wherein the read/write head is arranged above or below the tool holder seen from the recess in the direction of the longitudinal axis of the tool holder and extends over at least 70% of the whole diameter of the tool holder , characterized in that the RFID transponder has a club-shaped transfer curve running along the longitudinal axis of the tool holder , i.e. a three-dimensional area in which a communication between a data carrier of the RFID transponder and the read/write head is possible, wherein the RFID transponder is inserted in such a way that the club-shaped transfer curve of the RFID transponder overlaps with the spatial extent of the read/write head . the tool holder has a longitudinal axis and a diameter , wherein the tool holder has a recess on its side, which is formed perpendicular to the longitudinal axis of the tool holder and in which an RFID transponder is inserted; and wherein the device has a read/write head for communication with the RFID transponder , wherein the read/write head is arranged above or below the tool holder seen from the recess in the direction of the longitudinal axis of the tool holder and extends over at least 70% of the whole diameter of the tool holder , characterized in that the RFID transponder has a club-shaped transfer curve running along the longitudinal axis of the tool holder , i.e. a three-dimensional area in which a communication between a data carrier of the RFID transponder and the read/write head is possible, wherein the RFID transponder is inserted in such a way that the club-shaped transfer curve of the RFID transponder overlaps with the spatial extent of the read/write head .