mhurhangee/patent-ind-claim-en huggingface dataset:
A method of manufacturing an article of footwear from a flat pattern , the method comprising: cutting a first cut in a first material of the flat pattern , wherein the first material forms an upper portion and a coextensive footbed portion , and wherein the first cut forms an acute angle between an intersection of the upper portion and the footbed portion , the first material having a top surface and an opposite bottom surface, the first cut extending through the top surface and the bottom surface; coupling an overlay on the first material top surface, the overlay extending over the first cut such that the first cut is obscured on the first material top surface by the overlay wherein the overlay obscures the acute angle at said intersection ; and forming the flat pattern having the first material with the first cut and the overlay into a dimensional article of footwear configured to receive a foot, wherein the first material bottom surface is more interior to the dimensional article of footwear than the top surface. cutting a first cut in a first material of the flat pattern , wherein the first material forms an upper portion and a coextensive footbed portion , and wherein the first cut forms an acute angle between an intersection of the upper portion and the footbed portion , the first material having a top surface and an opposite bottom surface, the first cut extending through the top surface and the bottom surface; coupling an overlay on the first material top surface, the overlay extending over the first cut such that the first cut is obscured on the first material top surface by the overlay wherein the overlay obscures the acute angle at said intersection ; and forming the flat pattern having the first material with the first cut and the overlay into a dimensional article of footwear configured to receive a foot, wherein the first material bottom surface is more interior to the dimensional article of footwear than the top surface.
A method for capacitive detection of nearby objects that may be located in the environment of an equipment equipped with a capacitive detection device comprising: - at least one capacitive electrode , called measurement electrode; and - detection electronics for polarizing the at least one measurement electrode at an electrical potential, and measuring at least one signal (V s ) representative of a capacitance, called electrode-object capacitance, seen by said at least one measurement electrode ; said method comprising a step, called discriminative detection step, of selective detection of a nearby object , comprising the following operation: - polarizing a first nearby object at a first alternating electrical potential (V1), different from a ground potential (M), and different from an electrical potential of at least one second nearby object , at least at a first frequency (F1); said method being characterized in that the discriminative detection step further comprises the following operation: - determining a first discriminative signal representative of a capacitance, called electrode-object capacitance, seen by said at least one measurement electrode, at said first frequency (F1). - at least one capacitive electrode , called measurement electrode; and - detection electronics for polarizing the at least one measurement electrode at an electrical potential, and measuring at least one signal (V s ) representative of a capacitance, called electrode-object capacitance, seen by said at least one measurement electrode ; - polarizing a first nearby object at a first alternating electrical potential (V1), different from a ground potential (M), and different from an electrical potential of at least one second nearby object , at least at a first frequency (F1); - determining a first discriminative signal representative of a capacitance, called electrode-object capacitance, seen by said at least one measurement electrode, at said first frequency (F1).
A device for inserting and adjusting a therapeutic implant having two rotatable actuators, comprising: - a body forming a handle portion and having a frame connected to and extending from the handle portion; - a tube defining a distal end and an opposed proximal end , having a hollow central bore, supported by the frame to extend away from the body , and having an engagement end at the tube distal end that is releasably engageable with the implant ; - first and second stems each having a distal end including a tool end engageable respectively with a rotatable actuator of the implant , having a proximal end rotatable to cause rotation of the distal end to thereby rotate the rotatable actuator of the implant when the tool end is engaged with the implant ; - the first stem being rotatably and slideably disposed within the hollow central bore of the tube ; and - the second stem being rotatably and slideably supported by the frame , - wherein the tube further includes a peripheral external gear at the proximal end , the device further including a rotatable ring having an internal peripheral gear mateable with the peripheral external gear of the tube , the rotatable ring rotatable to cause rotation of the tube to cause the engagement end of the tube distal end to engage or disengage with the implant . - a body forming a handle portion and having a frame connected to and extending from the handle portion; - a tube defining a distal end and an opposed proximal end , having a hollow central bore, supported by the frame to extend away from the body , and having an engagement end at the tube distal end that is releasably engageable with the implant ; - first and second stems each having a distal end including a tool end engageable respectively with a rotatable actuator of the implant , having a proximal end rotatable to cause rotation of the distal end to thereby rotate the rotatable actuator of the implant when the tool end is engaged with the implant ; having a distal end including a tool end engageable respectively with a rotatable actuator of the implant , having a proximal end rotatable to cause rotation of the distal end to thereby rotate the rotatable actuator of the implant when the tool end is engaged with the implant ; - the first stem being rotatably and slideably disposed within the hollow central bore of the tube ; and - the second stem being rotatably and slideably supported by the frame , - wherein the tube further includes a peripheral external gear at the proximal end , the device further including a rotatable ring having an internal peripheral gear mateable with the peripheral external gear of the tube , the rotatable ring rotatable to cause rotation of the tube to cause the engagement end of the tube distal end to engage or disengage with the implant .
Method of controlling a hydraulic transmission of an agricultural vehicle or earth-moving machine, in which the hydraulic transmission is of the series type, in which a vehicle wheel (W) is driven in rotation by a variable displacement hydraulic motor (HM), where the displacement is - variable and function of a load applied to the wheel by defining a first operating mode e - fixed at a relative maximum displacement value due to the activation of a command signal, defining a second operating mode, the method being characterized in that it automatically activates said control signal when one of the following conditions is verified: - an accelerator signal is below a predetermined threshold (AC_TH) and the vehicle speed is below a first speed threshold (SP_TH1) or - the accelerator signal is higher than said predetermined threshold (AC_TH) and the vehicle speed is lower than a second speed threshold (SP_TH2) lower than the first speed threshold (SP_TH1) and to automatically deactivate said control signal when none of said conditions is verified. - variable and function of a load applied to the wheel by defining a first operating mode e - fixed at a relative maximum displacement value due to the activation of a command signal, defining a second operating mode, the method being characterized in that it automatically activates said control signal when one of the following conditions is verified: - an accelerator signal is below a predetermined threshold (AC_TH) and the vehicle speed is below a first speed threshold (SP_TH1) or - the accelerator signal is higher than said predetermined threshold (AC_TH) and the vehicle speed is lower than a second speed threshold (SP_TH2) lower than the first speed threshold (SP_TH1) - an accelerator signal is below a predetermined threshold (AC_TH) and the vehicle speed is below a first speed threshold (SP_TH1) or - the accelerator signal is higher than said predetermined threshold (AC_TH) and the vehicle speed is lower than a second speed threshold (SP_TH2) lower than the first speed threshold (SP_TH1) and to automatically deactivate said control signal when none of said conditions is verified.
A method for monitoring at least one aquaculture pond , comprising: a) monitoring at least one aerial parameter of use of the at least one aquaculture pond , wherein the aerial parameter of use can adopt at least two values, wherein the at least two values indicate: i) the aquaculture pond is active, or ii) the aquaculture pond is inactive; b) determining a temporal development of the aerial parameter of use; and c) determining an intensity of use of the aquaculture pond by using the temporal development of the aerial parameter of use, wherein the intensity of use comprises information on a duration of the aquaculture pond being active, specifically the duration for which the aerial parameter of use has the value i), wherein in step c) the intensity of use of the aquaculture pond is determined by sensing the interval between filling and draining of the aquaculture pond . a) monitoring at least one aerial parameter of use of the at least one aquaculture pond , wherein the aerial parameter of use can adopt at least two values, wherein the at least two values indicate: i) the aquaculture pond is active, or ii) the aquaculture pond is inactive; b) determining a temporal development of the aerial parameter of use; and c) determining an intensity of use of the aquaculture pond by using the temporal development of the aerial parameter of use, wherein the intensity of use comprises information on a duration of the aquaculture pond being active, specifically the duration for which the aerial parameter of use has the value i), wherein in step c) the intensity of use of the aquaculture pond is determined by sensing the interval between filling and draining of the aquaculture pond .
Glue gun with a heating device for liquefying at least a portion of a hot-melt adhesive , a feed device for feeding the hot-melt adhesive into the heating device , an operating device for actuating the feed device , wherein the operating device has an actuating lever with a manually operable trigger which is mounted pivotably about an axis of rotation , and the axis of rotation is aligned transversely or at right angles to the longitudinal direction of a guide track for the hot-melt adhesive , characterized in that the axis of rotation intersects the guide track of the hot-melt adhesive or is arranged on a side of the guide track facing away from the trigger of the operating device .
- Weapon system comprising a recoiling mass and a cradle , the recoiling mass comprising a weapon barrel and a breech ring and translating relative to the cradle during firing, and a guide means being provided for guiding this recoil movement of the recoiling mass, the guide means comprising at least one member (10; 7) of an elastic link, the body (11; 8) of the at least one member (10; 7) being secured to the recoiling mass and comprising a prismatic external profile cooperating with a complementary rail secured to the cradle , and the rod (12; 9) of the at least one member (10; 7) being slidably mounted in said body (11; 8), the cradle comprising a ring in which the weapon barrel slides, the ring carrying, at a front part, an end plate on which the rod (12; 9) of the at least one member (10; 7) is fixed and, at a rear part, an end plate carrying the complementary rail on which the body of the at least one member (10; 7) slides.
A driver assistance system for a motor vehicle, comprising an adjustable headlight assembly with adjustable light characteristics, an imaging system adapted to capture images from a region in front of the motor vehicle, and a data processing device adapted to detect an oncoming other motor vehicle by image processing of the images captured by said imaging system and, if an oncoming vehicle is detected, to adjust said headlight assembly to a low light characteristic (Il) suited for passing the oncoming vehicle without dazzling the oncoming driver, wherein said data processing device , if an oncoming vehicle is detected, is adapted to perform a pre-adjustment to said headlight assembly before adjusting it to said low light characteristic (Il), wherein said pre-adjustment comprises a change of brightness, distinguishable by the oncoming driver, of the light emitted by the headlight assembly in the direction of the oncoming driver, wherein said pre-adjustment is made dependent on at least one condition of the oncoming vehicle's headlight evaluated by said data processing device, characterized in that said condition comprises a dim-out of the oncoming vehicle's headlight.
A peptide consisting of the amino acid sequence according to SEQ ID No. 11; or a pharmaceutical acceptable salt thereof.
A network device, wherein the network device is used as a first network device , wherein the first network device is configured to perform internet protocol security IPsec communication with a second network device, there is no IPsec security association SA on the first network device , and there is an IPsec SA on the second network device, and the first network device comprises: a transceiver , configured to receive an encrypted packet from the second network device; a processor configured, when the processor cannot decrypt the encrypted packet, to obtain, based on characteristic information, an internet key exchange IKE SA corresponding to the characteristic information, and to generate an informational exchange packet, wherein the informational exchange packet instructs the second network device to delete the IPsec SA on the second network device; and the transceiver is further configured to send the informational exchange packet to the second network device. a transceiver , configured to receive an encrypted packet from the second network device; a processor configured, when the processor cannot decrypt the encrypted packet, to obtain, based on characteristic information, an internet key exchange IKE SA corresponding to the characteristic information, and to generate an informational exchange packet, wherein the informational exchange packet instructs the second network device to delete the IPsec SA on the second network device; and the transceiver is further configured to send the informational exchange packet to the second network device.
A method for omni-orientational wireless energy transfer between a transmitter unit and a receiver unit, the method comprising: providing a first electromagnetic resonator including a transmitter coil coupled to a power supply to transmit power through a magnetic flux; and placing a second non-planar electromagnetic resonator at an operating distance from the first electromagnetic resonator and on an opposite side of a skin of a patient from the first electromagnetic resonator, the second non-planar electromagnetic resonator including a receiver coil coupled to an electrical load, wherein the receiver coil forms an outline of a non-degenerate two-dimensional surface having at least one concave portion extending concave outward towards the skin of the patient, and wherein the concave portion is configured to transfer the magnetic flux between the electromagnetic resonators at the operating distance regardless of the orientation between the first and second electromagnetic resonators. providing a first electromagnetic resonator including a transmitter coil coupled to a power supply to transmit power through a magnetic flux; and placing a second non-planar electromagnetic resonator at an operating distance from the first electromagnetic resonator and on an opposite side of a skin of a patient from the first electromagnetic resonator, the second non-planar electromagnetic resonator including a receiver coil coupled to an electrical load, wherein the receiver coil forms an outline of a non-degenerate two-dimensional surface having at least one concave portion extending concave outward towards the skin of the patient, and wherein the concave portion is configured to transfer the magnetic flux between the electromagnetic resonators at the operating distance regardless of the orientation between the first and second electromagnetic resonators.
Electrically conductive road marking with • a support strip , • at least two electrically conductive cores extending along the support strip, • an electrically insulating cover layer covering the cores , and • with a minimum of one power input formed by an interface to for supplying power and/or data and connecting the cores with a supply line, wherein interfaces with electric contacting areas are envisaged arranged along the road marking at distances from each other, via which electric consumers can be connected with at least one of the cores, characterised in that the contacting areas are formed by contact elements projecting from the side of the road marking, having supply lines connecting a first contact area of one core and a second contact area of the other core with electrically connectable contacts , wherein the cores are arranged on the support strip to extend along said support strip . • a support strip , • at least two electrically conductive cores extending along the support strip, • an electrically insulating cover layer covering the cores , and • with a minimum of one power input formed by an interface to for supplying power and/or data and connecting the cores with a supply line, wherein
A battery pack comprising: a housing having a longitudinal axis (B), a first surface , and a second surface ; electrical terminals positioned within the housing and configured to engage and electrically couple with electrical terminals of a power tool ; and a latch mechanism coupled to the housing , the latch mechanism having a latch member including a first latch portion having a first inclined surface and a second latch portion having a second inclined surface that intersects the first inclined surface ; characterized in that the first latch portion has a width greater than a width of the second latch portion . a housing having a longitudinal axis (B), a first surface , and a second surface ; electrical terminals positioned within the housing and configured to engage and electrically couple with electrical terminals of a power tool ; and a latch mechanism coupled to the housing , the latch mechanism having a latch member including a first latch portion having a first inclined surface and a second latch portion having a second inclined surface that intersects the first inclined surface ; characterized in that the first latch portion has a width greater than a width of the second latch portion .
A data processing apparatus comprising: a memory hierarchy having a plurality of cache levels including a forwarding cache level , at least one bypassed cache level , and a receiver cache level , wherein: said forwarding cache level is configured to forward a data access request relating to a given data value to said receiver cache level, said forwarding cache level is responsive to at least one condition being met, to forward a further data access request relating to said given data value to said at least one bypassed cache level, and otherwise to forward the data access request to said receiver cache level without performing a lookup of the given data value in said at least one bypassed cache level, thereby inhibiting said at least one bypassed cache from responding to said data access request; and said receiver cache level comprises presence determination circuitry configured to perform a determination as to whether said given data value is present in said at least one bypassed cache level, and in response to said determination indicating that said data value is present in said at least one bypassed cache level, causing one of said at least one bypassed cache level to respond to said data access request. said forwarding cache level is configured to forward a data access request relating to a given data value to said receiver cache level, said forwarding cache level is responsive to at least one condition being met, to forward a further data access request relating to said given data value to said at least one bypassed cache level, and otherwise to forward the data access request to said receiver cache level without performing a lookup of the given data value in said at least one bypassed cache level, thereby inhibiting said at least one bypassed cache from responding to said data access request; and said receiver cache level comprises presence determination circuitry configured to perform a determination as to whether said given data value is present in said at least one bypassed cache level, and in response to said determination indicating that said data value is present in said at least one bypassed cache level, causing one of said at least one bypassed cache level to respond to said data access request.
A method for introducing an application medium into a weakening gap of a cover , such as a covering film or covering skin, wherein a cover is provided which already has a weakening gap formed completely over the length thereof on a first side , an application arrangement is positioned toward the first side , at a distance from the cover and above the weakening gap , wherein a support is arranged in a supporting manner on a second side of the cover , facing away from the application arrangement , and the cover is applied on the support such that the weakening gap , in a portion which lies opposite a support region applied on the support , opens up locally in the direction of the application arrangement , and an application of the application medium into the weakening gap by the application arrangement takes place, characterized in that the support has a rolling body in the form of a rolling ball , by which it is pressed against the cover during the introduction of the application medium, and with which the cover is in rolling contact during the introduction of the application medium. an application arrangement is positioned toward the first side , at a distance from the cover and above the weakening gap , wherein a support is arranged in a supporting manner on a second side of the cover , facing away from the application arrangement , and the cover is applied on the support such that the weakening gap , in a portion which lies opposite a support region applied on the support , opens up locally in the direction of the application arrangement , and an application of the application medium into the weakening gap by the application arrangement takes place, characterized in that the support has a rolling body in the form of a rolling ball , by which it is pressed against the cover during the introduction of the application medium, and with which the cover is in rolling contact during the introduction of the application medium.