mhurhangee/ep-ind-claims huggingface dataset:
A chain guide comprising: a guide base including an opposed pair of side plates elongated in one direction and configured to be arranged along a portion of an outer periphery of a timing chain such that the one direction coincides with a direction in which the timing chain moves, wherein each of the side plates is formed with shaft engaging portions that are opposed to the respective shaft engaging portions of the other of the side plates; a plurality of roller shafts arranged spaced apart from each other in a length direction of the side plates, and having end portions supported by the respective shaft support portions; and a plurality of rollers rotatably supported by the respective roller shafts and configured to guide the timing chain, wherein the rollers comprise roller element bearings each including an outer race and a plurality of roller elements mounted in the outer race, wherein oil guide holes are formed in each of the side plates at or around the respective shaft engaging portions to extend through the side plate from an inner side surface to an outer side surface, of the side plate wherein the roller shafts are formed with roller element rolling surfaces on outer peripheries of the roller shafts, wherein each of the roller element rolling surfaces is in contact at a contact portion with one of the roller elements of a corresponding one of the roller element bearings that lies in a loaded region where radial loads are applied to the one of the roller elements, and characterized in that the oil guide holes lie on extensions of the respective contact portions. a guide base including an opposed pair of side plates elongated in one direction and configured to be arranged along a portion of an outer periphery of a timing chain such that the one direction coincides with a direction in which the timing chain moves, wherein each of the side plates is formed with shaft engaging portions that are opposed to the respective shaft engaging portions of the other of the side plates; a plurality of roller shafts arranged spaced apart from each other in a length direction of the side plates, and having end portions supported by the respective shaft support portions; and a plurality of rollers rotatably supported by the respective roller shafts and configured to guide the timing chain, wherein the rollers comprise roller element bearings each including an outer race and a plurality of roller elements mounted in the outer race,
An idling stop control system, comprising: a seat belt fastening detector for detecting a fastening or non-fastening state of a driver's seat belt, a door open/close detector for detecting an opened state and the closed state of a vehicle door, a control means to restart an engine when a predetermined restart condition is satisfied in an engine stop state caused by the idling stop control, characterized in that the control means is configured to allow the engine to be restarted when the predetermined restart condition is satisfied in cases where the vehicle door is in the open state with the driver's seat belt being in the fastening state or the vehicle door is in the closed state with the driver's seat belt being in the non-fastening state, and wherein the control means is configured to prohibit the engine from being restarted even if the predetermined restart condition is satisfied in a case where the vehicle door is in the open state and the driver's seat belt is in the non-fastening state. a seat belt fastening detector for detecting a fastening or non-fastening state of a driver's seat belt, a door open/close detector for detecting an opened state and the closed state of a vehicle door, a control means to restart an engine when a predetermined restart condition is satisfied in an engine stop state caused by the idling stop control, characterized in that the control means is configured to allow the engine to be restarted when the predetermined restart condition is satisfied in cases where the vehicle door is in the open state with the driver's seat belt being in the fastening state or the vehicle door is in the closed state with the driver's seat belt being in the non-fastening state, and wherein the control means is configured to prohibit the engine from being restarted even if the predetermined restart condition is satisfied in a case where the vehicle door is in the open state and the driver's seat belt is in the non-fastening state.
A filter element having a longitudinal axis comprising: a first end cap having a main body portion, said main body defining a fuel flow port coaxial with said longitudinal axis, and a plurality of resilient filter element retention arms extending axially from said main body portion and surrounding said fuel flow port, said retention arms terminating in retention barbs, a second end cap, and a continuous ring of filter media having one end attached to said first end cap and an opposing end attached to said second end cap, characterized in that support ribs extend radially outwardly from said resilient filter element retention arms to a perimeter of said first end cap, whereby said support ribs define a plurality of fuel-flow pathways directing fuel radially outwardly from said fuel flow port. a first end cap having a main body portion, said main body defining a fuel flow port coaxial with said longitudinal axis, and a plurality of resilient filter element retention arms extending axially from said main body portion and surrounding said fuel flow port, said retention arms terminating in retention barbs, a second end cap, and a continuous ring of filter media having one end attached to said first end cap and an opposing end attached to said second end cap, characterized in that support ribs extend radially outwardly from said resilient filter element retention arms to a perimeter of said first end cap, whereby said support ribs define a plurality of fuel-flow pathways directing fuel radially outwardly from said fuel flow port.
A method of manufacturing a semiconductor device, comprising: forming a catalyst film (2; 21; 32; 52) over an insulator; growing a graphene layer (3; 23; 33; 53) originating from the catalyst film (2; 21; 32; 52); forming a source electrode (4; 34; 54) and a drain electrode (4; 34; 54) in contact with the graphene layer (3; 23; 33; 53), over the insulator; and characterised by: removing the catalyst film (2; 21; 32; 52); forming a gate insulation film (5; 55) between the insulator and the graphene layer (3; 23; 33; 53); and forming a back gate electrode at a position where the gate insulation film (5; 55) is sandwiched between the back gate electrode and the graphene layer (3; 23; 33; 53). forming a catalyst film (2; 21; 32; 52) over an insulator; growing a graphene layer (3; 23; 33; 53) originating from the catalyst film (2; 21; 32; 52); forming a source electrode (4; 34; 54) and a drain electrode (4; 34; 54) in contact with the graphene layer (3; 23; 33; 53), over the insulator; and characterised by: removing the catalyst film (2; 21; 32; 52); forming a gate insulation film (5; 55) between the insulator and the graphene layer (3; 23; 33; 53); and forming a back gate electrode at a position where the gate insulation film (5; 55) is sandwiched between the back gate electrode and the graphene layer (3; 23; 33; 53). removing the catalyst film (2; 21; 32; 52); forming a gate insulation film (5; 55) between the insulator and the graphene layer (3; 23; 33; 53); and forming a back gate electrode at a position where the gate insulation film (5; 55) is sandwiched between the back gate electrode and the graphene layer (3; 23; 33; 53).
An electromechanical transducer comprising: a plate; a pressurizing chamber formed in the plate and having a cross-sectional shape with an aspect ratio of approximately one to one in directions parallel to a plane of the plate; a side-chamber formed in the plate, communicating with the pressurizing chamber, and provided beside the pressurizing chamber in a first direction parallel to the plane of the plate; a driven film formed on one face of the plate with a smaller thickness than the plate so as to form an upper wall surface of the pressurizing chamber and the side-chamber; a lower electrode formed on the driven film; a driving member formed on the lower electrode and composed of an operation section located over the pressurizing chamber, smaller than the cross-sectional shape of the pressurizing chamber, and having an aspect ratio of approximately one to one in the directions parallel to the plane of the plate, and an extended section extending from the operation section to over the side-chamber; and an upper electrode formed on the driving member, wherein the side-chamber has a smaller width than the pressurizing chamber in a second direction perpendicular to the first direction and parallel to the plane of the plate, and the extended section of the driving member has a smaller width than the side-chamber in the second direction. a plate; a pressurizing chamber formed in the plate and having a cross-sectional shape with an aspect ratio of approximately one to one in directions parallel to a plane of the plate; a side-chamber formed in the plate, communicating with the pressurizing chamber, and provided beside the pressurizing chamber in a first direction parallel to the plane of the plate; a driven film formed on one face of the plate with a smaller thickness than the plate so as to form an upper wall surface of the pressurizing chamber and the side-chamber; a lower electrode formed on the driven film; a driving member formed on the lower electrode and composed of an operation section located over the pressurizing chamber, smaller than the cross-sectional shape of the pressurizing chamber, and having an aspect ratio of approximately one to one in the directions parallel to the plane of the plate, and an extended section extending from the operation section to over the side-chamber; and an upper electrode formed on the driving member, wherein the side-chamber has a smaller width than the pressurizing chamber in a second direction perpendicular to the first direction and parallel to the plane of the plate, and the extended section of the driving member has a smaller width than the side-chamber in the second direction.
Steel sheet provided with a multilayer coating including at least one layer based on zinc including from 0.1 to 20% by weight of magnesium, covered with a temporary protective layer of low thickness between 5 and 100 nm and formed from metal or metallic oxide, chosen from the group formed by aluminium, chromium, AlOx aluminium oxides, x being strictly between 0.01 and 1.5 and CrOy chromium oxides, y being strictly between 0.01 and 1.5, said layer based on zinc and including 0.1 to 20% by weight of magnesium not being alloyed with said temporary protective layer.
Injector of a modular common-rail fuel injection system having a high-pressure accumulator integrated in the injector body, wherein the injector has an injection nozzle, with a nozzle needle which is guided in axially displaceable fashion therein and which is surrounded by a nozzle chamber, a high-pressure bore, which connects the high-pressure accumulator to the nozzle chamber, a resonator bore, which is connected in parallel with respect to the high-pressure bore and which is connected to the injection nozzle and which opens via a resonator throttle into the high-pressure accumulator, and a holding body, which at a face side is screwed together with the component, in particular accumulator pipe, which forms the high-pressure accumulator and through which the high-pressure bore and the resonator bore extend, characterized in that an end section, facing toward the high-pressure accumulator, of the high-pressure bore and an end section, which faces toward the high-pressure accumulator and which has the resonator throttle, of the resonator bore is formed in a separate component which is placed between the holding body and the accumulator pipe and which is fixed by way of the screw connection of holding body and accumulator pipe.
A glasses-type mobile terminal comprising: a display configured to display a virtual reality image; and a controller configured to: determine a reality returning time based on received reality information; and adjust display of the virtual reality image using the received reality information, characterized in that the controller is configured to gradually decrease a visual movement speed of the virtual reality image at the reality returning time as a way of adjusting display of the virtual reality image. a display configured to display a virtual reality image; and a controller configured to: determine a reality returning time based on received reality information; and adjust display of the virtual reality image using the received reality information, characterized in that the controller is configured to gradually decrease a visual movement speed of the virtual reality image at the reality returning time as a way of adjusting display of the virtual reality image. determine a reality returning time based on received reality information; and adjust display of the virtual reality image using the received reality information, characterized in that the controller is configured to gradually decrease a visual movement speed of the virtual reality image at the reality returning time as a way of adjusting display of the virtual reality image.
Crystalline modification of N-α-(2,4,6-triisopropylphenylsulfonyl)-3-hydroxyamidino- -phenylalanine-4-ethoxycarbonylpiperazide sulfate, characterised in that it substantially comprises the following peaks (reflexes 2 theta) according to an X-ray diffractometry analysis (Cu Kα = 1.54178Å): 3.7 10.3 12.1 13.8 16.4 19.2 22.2. 3.7 10.3 12.1 13.8 16.4 19.2 22.2.
A connector for joining a wiper blade frame to a hook-slot wiper arm (30A, 30B), the connector comprising: - a central body portion; - two side walls interconnected to the central body which define an upper and a lower channels (58A, 58B) for receiving a hook of the wiper arm (30A, 30B) in an attached position in which it is hooked around the central body portion of the connector, each side wall at least partially delimiting said upper and lower channels (58A, 58B) from an external area outside said channels; - at least one protrusion extending at one free end of at least one of said side walls, the protrusion being mounted so as to pivot transversally between an inner position to which the protrusion is elastically biased and in which the protrusion extends into one of the channels (58A, 58B), and an outer position in which the protrusion extends into the external area; and - at least a pair of opposed movable protrusions each arranged symmetrically on a side wall on both sides of the same channel (58A, 58B); characterized in that the connector comprises two pairs of opposed movable protrusions, each pair being arranged in each channel (58A, 58B). - a central body portion; - two side walls interconnected to the central body which define an upper and a lower channels (58A, 58B) for receiving a hook of the wiper arm (30A, 30B) in an attached position in which it is hooked around the central body portion of the connector, each side wall at least partially delimiting said upper and lower channels (58A, 58B) from an external area outside said channels; - at least one protrusion extending at one free end of at least one of said side walls, the protrusion being mounted so as to pivot transversally between an inner position to which the protrusion is elastically biased and in which the protrusion extends into one of the channels (58A, 58B), and an outer position in which the protrusion extends into the external area; and - at least a pair of opposed movable protrusions each arranged symmetrically on a side wall on both sides of the same channel (58A, 58B);
Apparatus for use in a lamp, having: - at least one electronic operating apparatus, - an internal DALI bus for connection to the at least one electronic operating apparatus, - a DALI power supply for supplying the internal DALI bus, - a DALI control apparatus for controlling the at least one electronic operating apparatus via the internal DALI bus, - an external DALI bus to which an external signal for controlling the at least one electronic operating apparatus can be applied, characterized in that - the apparatus also has an isolation unit for connecting the internal DALI bus to the external DALI bus, - the DALI power supply or the DALI control apparatus is set up to detect a voltage on the external DALI bus, and - the apparatus is set up to switch off the supply for the internal DALI bus by the DALI power supply as soon as a voltage is present on the external DALI bus, with the result that the at least one electronic operating apparatus is controlled by the external signal via the external DALI bus. - at least one electronic operating apparatus, - an internal DALI bus for connection to the at least one electronic operating apparatus, - a DALI power supply for supplying the internal DALI bus, - a DALI control apparatus for controlling the at least one electronic operating apparatus via the internal DALI bus, - an external DALI bus to which an external signal for controlling the at least one electronic operating apparatus can be applied, - the apparatus also has an isolation unit for connecting the internal DALI bus to the external DALI bus, - the DALI power supply or the DALI control apparatus is set up to detect a voltage on the external DALI bus, and - the apparatus is set up to switch off the supply for the internal DALI bus by the DALI power supply as soon as a voltage is present on the external DALI bus, with the result that the at least one electronic operating apparatus is controlled by the external signal via the external DALI bus.
A sensor system comprising: a lagging material that covers a periphery of a structure that becomes hot; a sensor configured to be arranged on a surface of the structure; a sensor coil electrically connected to said sensor; and a member that converges a magnetic field line in the lagging material, wherein: the member includes a magnetic body, the magnetic body of the member has magnetic permeability of 1 × 10 -4 H/m or higher, and wherein the member is arranged within the lagging material and is included in a region extending in a thickness direction of the lagging material from the sensor coil, said lagging material comprising a notch part that is a space in which the sensor and the sensor coil are arrangeable. a lagging material that covers a periphery of a structure that becomes hot; a sensor configured to be arranged on a surface of the structure; a sensor coil electrically connected to said sensor; and a member that converges a magnetic field line in the lagging material, wherein: the member includes a magnetic body, the magnetic body of the member has magnetic permeability of 1 × 10 -4 H/m or higher, and wherein the member is arranged within the lagging material and is included in a region extending in a thickness direction of the lagging material from the sensor coil, said lagging material comprising a notch part that is a space in which the sensor and the sensor coil are arrangeable. the member includes a magnetic body, the magnetic body of the member has magnetic permeability of 1 × 10 -4 H/m or higher, and wherein the member is arranged within the lagging material and is included in a region extending in a thickness direction of the lagging material from the sensor coil, said lagging material comprising a notch part that is a space in which the sensor and the sensor coil are arrangeable.
A method of discovering access points for distributed multiple-in-multiple-out, MIMO, communication, comprising: generating, by a first access point, a first message indicating the first access point has distributed MIMO capability; generating, by the first access point, the first message to further indicate an average or maximum spatial dimension usage of the first access point and a maximum number of spatial dimensions of the first access point; transmitting, by the first access point, the first message on a wireless network; receiving, by the first access point, a second message from a second access point, the second message identifying a cluster; and determining, by the first access point, to participate in the identified cluster in response to the second message. generating, by a first access point, a first message indicating the first access point has distributed MIMO capability; generating, by the first access point, the first message to further indicate an average or maximum spatial dimension usage of the first access point and a maximum number of spatial dimensions of the first access point; transmitting, by the first access point, the first message on a wireless network; receiving, by the first access point, a second message from a second access point, the second message identifying a cluster; and determining, by the first access point, to participate in the identified cluster in response to the second message.
An insulation barrier for use in an electrical energy storage system, the insulation barrier comprising: at least one insulation layer; a support member surrounding at least a portion of the insulation layer, and an encapsulation layer at least partially surrounding the insulation layer, wherein the encapsulation layer comprises a laminate film comprising an outer polymer layer, a rigid layer, and an inner polymer layer, wherein the inner polymer layer is in contact with the insulation layer and wherein the rigid layer is disposed between the outer polymer layer and the inner polymer layer; wherein the support member comprises an intumescent material. at least one insulation layer; a support member surrounding at least a portion of the insulation layer, and an encapsulation layer at least partially surrounding the insulation layer, wherein the encapsulation layer comprises a laminate film comprising an outer polymer layer, a rigid layer, and an inner polymer layer, wherein the inner polymer layer is in contact with the insulation layer and wherein the rigid layer is disposed between the outer polymer layer and the inner polymer layer; wherein the support member comprises an intumescent material.
A system for reducing the probability of detection of a Line of Sight type communication and sensor mast, the system comprising the mast, the mast having an upper portion extending upwardly relatively the ground, and a lower portion closer to the ground than the upper portion, where the mast at the upper portion is equipped with at least a communication or sensor element, the mast is equipped with an actuator, wherein the actuator, based on calculated instructions, is designed to alter the elevation above ground of the mast upper portion so as to achieve an acceptable signal quality with the upper portion of the mast at the lowest possible elevation, the system further comprising a drive system coupled to the actuator for controlling the actuator, wherein the drive system is configured for first extending the mast until the signal quality is acceptable and then retracting the upper portion as much as possible retaining acceptable signal quality.
Regulator first stage for two-stage underwater breathing apparatuses, comprising a reduction chamber communicating with high-pressure gas supply through a balance valve, that is influenced by the pressure of the external environment by a balance diaphragm, that by means of a suitable actuator acts on said valve, said reduction chamber being provided with a plurality of medium pressure outlets, and wherein said regulator comprises a monolithic body wherein said reduction chamber is formed, and wherein the seat of said balance valve is made coaxial and concentric to said reduction chamber, characterized in that said plurality of medium pressure outlets are arranged with their axes parallel to the operating axis of the balance valve, and in that said body has at least two opposite parallel faces (201, 301), the balance diaphragm of said valve being arranged on one of the two faces and the plurality of medium pressure outlets with axes parallel to the operating axis of the balance valve being arranged on the other face.