mhurhangee/ep-ind-claims huggingface dataset:
Combined braking system for vehicles comprising: - at least a first braking device operatively connected to a front wheel of the vehicle, - at least a second braking device operatively connected to a rear wheel of the vehicle, - a first actuating cable operatively connected to the first braking device which can be connected to a first actuating lever, a second actuating cable which can be operatively connected to the second braking device and to a second actuating lever, - an interconnection mechanism between the first and second actuating cables (32,36) comprising: - a first rotating element connected to the first actuating cable in order to actuate the first braking device when rotated, - a second rotating element configured to intercept the first rotating element and rotate it to actuate the first braking device, influenced in rotation by the traction action exerted on the second actuating cable by said second actuating lever, wherein the second actuating cable is a Bowden cable having a wire slidingly housed in an outer sheath, characterized in that the outer sheath is abutting against the second rotating element so as to exert a reaction thrust on said second rotating element when the wire of the second actuating cable is pulled by said second lever. - at least a first braking device operatively connected to a front wheel of the vehicle, - at least a second braking device operatively connected to a rear wheel of the vehicle, - a first actuating cable operatively connected to the first braking device which can be connected to a first actuating lever, a second actuating cable which can be operatively connected to the second braking device and to a second actuating lever, - an interconnection mechanism between the first and second actuating cables (32,36) comprising: - a first rotating element connected to the first actuating cable in order to actuate the first braking device when rotated, - a second rotating element configured to intercept the first rotating element and rotate it to actuate the first braking device, influenced in rotation by the traction action exerted on the second actuating cable by said second actuating lever, - a first rotating element connected to the first actuating cable in order to actuate the first braking device when rotated, - a second rotating element configured to intercept the first rotating element and rotate it to actuate the first braking device, influenced in rotation by the traction action exerted on the second actuating cable by said second actuating lever,
An isolated double stranded ribonucleic acid (dsRNA) comprising first and second nucleic acid strands and a duplex region of at least 25 base pairs, wherein said first strand is 25-34 nucleotides in length and said second strand of said dsRNA is fully complementary to a target β-catenin cDNA sequence being SEQ ID NO: 2348 and said dsRNA reduces β-catenin target gene expression when said double stranded nucleic acid is introduced into a mammalian cell.
A computer-implemented method, comprising: at a first device with a display: detecting, while connected to a second device, an indication that a physical proximity between the first device and the second device satisfies a proximity condition; in accordance with detecting that the physical proximity satisfies the proximity condition, displaying, on the display, a media information interface; wherein the indication is detected while the first device is playing a first media item and while the second device is playing a second media item different than the first media item, wherein displaying the media information interface comprises displaying, on the display, a first affordance associated with the first media item currently playing on the first device; and in response to detecting that the physical proximity satisfies the proximity condition for a threshold amount of time: automatically, without detecting user input subsequent to the proximity condition being satisfied for the threshold amount of time, transmitting an instruction to the second device to initiate playback of the first media item. detecting, while connected to a second device, an indication that a physical proximity between the first device and the second device satisfies a proximity condition; in accordance with detecting that the physical proximity satisfies the proximity condition, displaying, on the display, a media information interface; wherein the indication is detected while the first device is playing a first media item and while the second device is playing a second media item different than the first media item, wherein displaying the media information interface comprises displaying, on the display, a first affordance associated with the first media item currently playing on the first device; and in response to detecting that the physical proximity satisfies the proximity condition for a threshold amount of time: automatically, without detecting user input subsequent to the proximity condition being satisfied for the threshold amount of time, transmitting an instruction to the second device to initiate playback of the first media item.
Method for determining by image analysis at least one characteristic of the format of at least one tyre fragment (1; 101), each fragment comprising a central body (2; 102) composed mainly of rubber and also different filamentous parts (4 1 -4 5; 104 1 -104 6) extending from said central body, which are composed mainly of metal or of textile fibres, said method characterised in that • the image of the central body (2; 102) is identified; • a convex contour (C; C') of the whole of each fragment is configured, enveloping the ends (4' 1 -4' 5; 104' 1 -104' 6) of said filamentous parts and possibly some crests (2' 1 -2' 3) of the central body; and • the or each characteristic (L, S, L/ I, S/ s) of the format of each fragment is determined from at least the image of said convex contour (C; C'). • the image of the central body (2; 102) is identified; • a convex contour (C; C') of the whole of each fragment is configured, enveloping the ends (4' 1 -4' 5; 104' 1 -104' 6) of said filamentous parts and possibly some crests (2' 1 -2' 3) of the central body; and • the or each characteristic (L, S, L/ I, S/ s) of the format of each fragment is determined from at least the image of said convex contour (C; C').
An electrical-discharge surface-treatment method of forming a coat on a surface of a workpiece using a pulse-like electrical discharge caused between an electrode (21; 31; 41) and the workpiece, the coat being formed with a material constituting the electrode (21; 31; 41) or a substance that is generated by a reaction of the material due to the energy of the pulse-like electrical discharge, wherein the electrode (21; 31; 41) is formed with a metallic powder or a metallic compound powder (1, 2) having an average grain diameter of 6 micrometers to 10 micrometers and containing a metallic powder of a material less likely to form carbide and a metallic powder of a material which is likely to form carbide, the metallic powder of a material which is less likely to form carbide including at least one of Co, Ni and Fe, and the coat containing the metallic powder or the metallic compound powder (1, 2) as a main constituent is built up under conditions of a width of a current pulse for the pulse-like electrical discharge in a range of 50 microseconds to 500 microseconds and a peak of the current pulse in a range of 2 amperes to 30 amperes.
A device for reducing breathing obstructions of a user, comprising: a base member for removably coupling to the upper or lower jaw of the user; an elastic support member operatively coupled to the base member, the elastic support member including at least one contact surface for contacting at least one region of tissue, the elastic support member movable between a retracted state, in which no portions of the elastic support member make any contact with regions of tissue in the oral cavity and/or the upper airway which may stimulate the gag reflex and a deployed state, in which at least a portion of the elastic support member is extended, such that the distal end and/or other portions of the elastic support member contact regions of tissue in the oral cavity and/or the upper airway of the user, thereby maintaining the integrity of the upper airway of the user and preventing full or partial collapse of the upper airway; an electro-mechanical drive arrangement in mechanical driving relationship with the elastic support member; and a control unit associated with the electro-mechanical drive arrangement, the control unit configured for actuating the electro-mechanical drive arrangement to move the elastic support member between the retracted and deployed states, wherein the rate of movement of at least the portion of the elastic support member during movement from the retracted state to the deployed state is in the range of 0.5-20 millimeters per minute. a base member for removably coupling to the upper or lower jaw of the user; an elastic support member operatively coupled to the base member, the elastic support member including at least one contact surface for contacting at least one region of tissue, the elastic support member movable between a retracted state, in which no portions of the elastic support member make any contact with regions of tissue in the oral cavity and/or the upper airway which may stimulate the gag reflex and a deployed state, in which at least a portion of the elastic support member is extended, such that the distal end and/or other portions of the elastic support member contact regions of tissue in the oral cavity and/or the upper airway of the user, thereby maintaining the integrity of the upper airway of the user and preventing full or partial collapse of the upper airway; an electro-mechanical drive arrangement in mechanical driving relationship with the elastic support member; and a control unit associated with the electro-mechanical drive arrangement, the control unit configured for actuating the electro-mechanical drive arrangement to move the elastic support member between the retracted and deployed states, wherein the rate of movement of at least the portion of the elastic support member during movement from the retracted state to the deployed state is in the range of 0.5-20 millimeters per minute.
A method of providing remote access for a mobile device comprising a foreign agent, FA, to a home network comprising a home agent, HA,, said method comprising: acquiring a unique identifier, UID, of the HA in the HA; registering the HA with a signaling gateway, SG,, wherein registering comprises sending a registration message from the HA to the SG, wherein the registration message includes the UID of the HA; once successful registration is acknowledged, initiating a heartbeat from the HA to the SG; and registering the FA with the HA; wherein registering the FA with the HA comprises: transferring an FA UID to the HA; transferring the HA UID to the FA; and reserving an address for the FA in the HA. acquiring a unique identifier, UID, of the HA in the HA; registering the HA with a signaling gateway, SG,, wherein registering comprises sending a registration message from the HA to the SG, wherein the registration message includes the UID of the HA; once successful registration is acknowledged, initiating a heartbeat from the HA to the SG; and registering the FA with the HA; wherein registering the FA with the HA comprises: transferring an FA UID to the HA; transferring the HA UID to the FA; and reserving an address for the FA in the HA. transferring an FA UID to the HA; transferring the HA UID to the FA; and reserving an address for the FA in the HA.
A circuit for controlling power within an integrated circuit, the circuit comprising: a plurality of circuit blocks; a global control signal routed within the integrated circuit; and a plurality of power control blocks, wherein each power control block is coupled to a corresponding circuit block of the plurality of circuit blocks and comprises a power gate having a first input coupled to receive a reference voltage and a second input coupled to receive a control signal; wherein each power control block further comprises a selection circuit having a first input coupled to receive the global control signal, a second input coupled to receive a user control signal, and a third input coupled to receive a static control signal (MC_S), the selection circuit being configured to select either the global control signal, the user control signal or the static control signal based upon a first power control signal and a second power control signal (MC_S0, MC_S1); wherein the global control signal enables, for each circuit block, a coupling of the reference voltage to a first input of the corresponding circuit block by way of the power gate; and wherein, for each power control block, the selection circuit enables a selection of the static control signal (MC_S) for the corresponding circuit block to override the global control signal based upon at least one of the first power control signal and the second power control signal for the corresponding power control block. a plurality of circuit blocks; a global control signal routed within the integrated circuit; and a plurality of power control blocks, wherein each power control block is coupled to a corresponding circuit block of the plurality of circuit blocks and comprises a power gate having a first input coupled to receive a reference voltage and a second input coupled to receive a control signal; wherein each power control block further comprises a selection circuit having a first input coupled to receive the global control signal, a second input coupled to receive a user control signal, and a third input coupled to receive a static control signal (MC_S), the selection circuit being configured to select either the global control signal, the user control signal or the static control signal based upon a first power control signal and a second power control signal (MC_S0, MC_S1); wherein the global control signal enables, for each circuit block, a coupling of the reference voltage to a first input of the corresponding circuit block by way of the power gate; and wherein, for each power control block, the selection circuit enables a selection of the static control signal (MC_S) for the corresponding circuit block to override the global control signal based upon at least one of the first power control signal and the second power control signal for the corresponding power control block.
Use of a metal-organic framework crystallisation facilitator to promote crystal growth of a metal-organic framework, characterised in that the crystallisation facilitator comprises nanoparticles or microparticles of at least one of: a compound comprising at least one of Zn, P, Si, B, C, Au or Al or ionic forms thereof combined with at least one of O, S, N or OH or ionic forms thereof; a metal or ionic form of that metal is selected from the group consisting of Group 1 through 16 metals of the IUPAC Periodic Table of the Elements including actinides, and lanthanides, and combinations thereof; or a metal chalcogenide comprising a compound, or ionic or elemental form of that compound including a metal M selected from Li, Na, K, Rb, Be, Mg, Ca, Sr, Ba, Sc, Y, Ti, Zr, Hf, V, Nb, Ta, Cr, Mo, W, Mn, Re, Fe, Ru, Os, Co, Rh Ir, Ni, Pd, Pt, Cu, Ag, Au, Zn, Cd, Hg, B, Al, Ga, In, Ti, Si, Ge, Sn, Pb, As, Sb, Bi, combined with an element C selected from at least one of O, S, Se, Te, wherein the metal organic framework is formed on and around each microparticle or nanoparticle of the crystallisation facilitator. a compound comprising at least one of Zn, P, Si, B, C, Au or Al or ionic forms thereof combined with at least one of O, S, N or OH or ionic forms thereof; a metal or ionic form of that metal is selected from the group consisting of Group 1 through 16 metals of the IUPAC Periodic Table of the Elements including actinides, and lanthanides, and combinations thereof; or a metal chalcogenide comprising a compound, or ionic or elemental form of that compound including a metal M selected from Li, Na, K, Rb, Be, Mg, Ca, Sr, Ba, Sc, Y, Ti, Zr, Hf, V, Nb, Ta, Cr, Mo, W, Mn, Re, Fe, Ru, Os, Co, Rh Ir, Ni, Pd, Pt, Cu, Ag, Au, Zn, Cd, Hg, B, Al, Ga, In, Ti, Si, Ge, Sn, Pb, As, Sb, Bi, combined with an element C selected from at least one of O, S, Se, Te, wherein the metal organic framework is formed on and around each microparticle or nanoparticle of the crystallisation facilitator.
A method executed by a user equipment, UE, comprising: receiving a physical-layer dynamic downlink signaling in cell-specific radio resources by the user equipment, UE, wherein the dynamic downlink signaling is configured to signal the UE dynamic signaling information of a UE-specific downlink control channel in UE-specific radio resources that contain UE-specific downlink scheduling information and/or uplink grants, and wherein a specific downlink control information, DCI, format is used in the cell-specific radio resources for the dynamic signaling; and decoding (404, 405) assignment information for downlink data packet and/or uplink transmission opportunity in the UE-specific downlink control channel, characterized in that the dynamic signaling information comprises a group ID, a resource allocation type, a resource block assignment, and a MIMO rank and a single or multiple antenna ports for the decoding of the UE-specific downlink control channel. receiving a physical-layer dynamic downlink signaling in cell-specific radio resources by the user equipment, UE, wherein the dynamic downlink signaling is configured to signal the UE dynamic signaling information of a UE-specific downlink control channel in UE-specific radio resources that contain UE-specific downlink scheduling information and/or uplink grants, and wherein a specific downlink control information, DCI, format is used in the cell-specific radio resources for the dynamic signaling; and decoding (404, 405) assignment information for downlink data packet and/or uplink transmission opportunity in the UE-specific downlink control channel, characterized in that the dynamic signaling information comprises a group ID, a resource allocation type, a resource block assignment, and a MIMO rank and a single or multiple antenna ports for the decoding of the UE-specific downlink control channel.
An image display apparatus, comprising: an illumination light source; a spatial light modulation element that displays an image; a projection optical system that enlarges and projects the image formed on the spatial light modulation element; an optical path deflecting element provided between said spatial light modulation element and the image formed on a screen by the projection optical system so as to deflect an optical path for the image projected on the screen in accordance with a screen frame period, characterized in that the projection optical system includes a first lens on which light from the spatial light modulation element is incident and a second lens on which light deflected by the optical path deflecting element is incident, the optical path deflecting element is located between the first lens and the second lens, and the optical path deflecting element shifts the image optical path in a transverse direction of the screen so that the image projected on the screen assumes an aspect ratio of transverse to longitudinal of 16: 9 from the image formed on the spatial light modulation element having an aspect ratio of transverse to longitudinal of 4: 3. an illumination light source; a spatial light modulation element that displays an image; a projection optical system that enlarges and projects the image formed on the spatial light modulation element; an optical path deflecting element provided between said spatial light modulation element and the image formed on a screen by the projection optical system so as to deflect an optical path for the image projected on the screen in accordance with a screen frame period, characterized in that the projection optical system includes a first lens on which light from the spatial light modulation element is incident and a second lens on which light deflected by the optical path deflecting element is incident, the optical path deflecting element is located between the first lens and the second lens, and the optical path deflecting element shifts the image optical path in a transverse direction of the screen so that the image projected on the screen assumes an aspect ratio of transverse to longitudinal of 16: 9 from the image formed on the spatial light modulation element having an aspect ratio of transverse to longitudinal of 4: 3.
Connection bar (1, 1') for ladders (2, 2', 3, 3') for constructing a screening wall, comprising - a bar-shaped base body, wherein the ground-side side of the base body has at least partially a slip-resistant coating, - a first bracket pair, which is arranged on the base body and is designed to receive a ground-side section (25, 25') of stringers (21, 21') of a first ladder (2, 2'), and - a second bracket pair, which is arranged on the base body and is formed to receive a ground-side section and/or a section, facing away from the ground, of stringers (31, 31') of a second ladder (3, 3'), wherein the second bracket pair has two first receiving openings (120, 120'), which serve to receive the section, facing away from the ground, of the stringers of the second ladder, and at least one second receiving opening (130, 130'), which, together with one of the first receiving openings (120, 120'), serves to receive the ground-side section of the stringers of the second ladder, wherein the first bracket pair and the second bracket pair are arranged in such a way that the longitudinal axes of the two ladders (2, 2', 3, 3') are at an angle in relation to one another differing from 0° und 180°. - a bar-shaped base body, wherein the ground-side side of the base body has at least partially a slip-resistant coating, - a first bracket pair, which is arranged on the base body and is designed to receive a ground-side section (25, 25') of stringers (21, 21') of a first ladder (2, 2'), and - a second bracket pair, which is arranged on the base body and is formed to receive a ground-side section and/or a section, facing away from the ground, of stringers (31, 31') of a second ladder (3, 3'), wherein the second bracket pair has two first receiving openings (120, 120'), which serve to receive the section, facing away from the ground, of the stringers of the second ladder, and at least one second receiving opening (130, 130'), which, together with one of the first receiving openings (120, 120'), serves to receive the ground-side section of the stringers of the second ladder,