mhurhangee/ep-ind-claims huggingface dataset:
Method for operating a signal coupling apparatus, wherein the signal coupling apparatus comprises at least one signal branch section which is or can be connected to a terminal-side interface of the signal coupling apparatus using signalling, wherein at least one signal property of a signal present on the at least one signal branch section is determined, wherein a signal type is determined on the basis of the at least one signal property, wherein a time duplexing signal or a frequency duplexing signal is determined as the signal type, wherein signal type-specific control of a mode of at least one signal processing apparatus is effected, wherein a future signal profile of the signal that is present is estimated, wherein the signal type-specific control of the at least one signal processing apparatus is effected on the basis of the estimated time profile, wherein a starting time of at least one future transmission time segment and/or an ending time of the at least one future transmission time segment is/are determined, wherein the mode of the at least one signal processing apparatus is controlled on the basis of the starting time and/or the ending time, characterised in that the signal processing apparatus is activated at a time before the starting time and deactivated at a time after the ending time. wherein a future signal profile of the signal that is present is estimated, wherein the signal type-specific control of the at least one signal processing apparatus is effected on the basis of the estimated time profile, wherein a starting time of at least one future transmission time segment and/or an ending time of the at least one future transmission time segment is/are determined, wherein the mode of the at least one signal processing apparatus is controlled on the basis of the starting time and/or the ending time, characterised in that the signal processing apparatus is activated at a time before the starting time and deactivated at a time after the ending time.
A resin foam having a repulsive stress at 80% compression of 1.0 to 9.0 N/cm 2 and a tensile modulus of elasticity of 5.0 to 14.0 MPa, the repulsive stress at 80% compression being defined as a repulsive stress when a resin foam is compressed by 80% of the initial thickness, and the tensile modulus of elasticity and the repulsive stress at 80% compression being determined in accordance with JIS K6767, wherein the resin foam has an average cell diameter of 15 to 100 μm and an apparent density of 0.01 to 0.10 g/cm 3, the average cell diameter being determined by capturing an enlarged image of a cellular portion of a resin-foam cross section using a microscope, measuring the area of all the cells appeared in a definite area (1 mm 2) of the cut surface, converting the area to the equivalent circle diameter, and then averaging it with the number of cells; and wherein the resin foam comprises a polypropylene and an olefinic thermoplastic vulcanizate. wherein the resin foam has an average cell diameter of 15 to 100 μm and an apparent density of 0.01 to 0.10 g/cm 3, the average cell diameter being determined by capturing an enlarged image of a cellular portion of a resin-foam cross section using a microscope, measuring the area of all the cells appeared in a definite area (1 mm 2) of the cut surface, converting the area to the equivalent circle diameter, and then averaging it with the number of cells; and wherein the resin foam comprises a polypropylene and an olefinic thermoplastic vulcanizate.
A method of manufacturing silicon oxide, the method comprising: mixing silicon and silicon dioxide to be included in a reaction chamber; depressurizing a pressure of the reaction chamber to obtain a high degree of vacuum while increasing a temperature in the reaction chamber to a reaction temperature; and reacting the mixture of silicon and silicon dioxide in a reducing atmosphere, wherein the reaction temperature is in a range of 1300°C to 1500°C, wherein the high degree of vacuum is in a range of 0.013 to 13.3 Pa (10 -4 torr to 10 -1 torr), and characterized in that the high degree of vacuum is maintained until the reaction of silicon and silicon dioxide is completed. mixing silicon and silicon dioxide to be included in a reaction chamber; depressurizing a pressure of the reaction chamber to obtain a high degree of vacuum while increasing a temperature in the reaction chamber to a reaction temperature; and reacting the mixture of silicon and silicon dioxide in a reducing atmosphere, wherein the reaction temperature is in a range of 1300°C to 1500°C, wherein the high degree of vacuum is in a range of 0.013 to 13.3 Pa (10 -4 torr to 10 -1 torr), and characterized in that the high degree of vacuum is maintained until the reaction of silicon and silicon dioxide is completed.
An integrated circuit comprising: a load circuit (12, 14, 16, 18); and a voltage regulator (20, 30), wherein the voltage regulator and the load circuit are integrated on a common integrated circuit die, wherein the voltage regulator includes: a regulation circuit (22, 32) configured to provide a supply voltage to the load circuit, the regulation circuit including a pre-drive circuit coupled to respective gate terminals of a PMOS transistor and an NMOS transistor; a sensing circuit (24, 34) configured to sense an amount of current supplied to the load circuit by the regulation circuit; and an indication circuit (26, 36) configured to provide, to the load circuit, an indication of the amount of current supplied thereto by the regulation circuit, wherein the indication circuit includes an analog-to-digital (A/D) converter configured to provide the indication as a digital code based on a received current, characterized in that the sensing circuit (24, 34) includes a voltage-to-current conversion circuit (A1, P2, P3, P4) receiving the output voltage (Vdd), a reference voltage (Vref) and configured to generate a first current (I_scale, Scaled I_Load) that is a scaled version of the amount of current supplied to the load circuit. a load circuit (12, 14, 16, 18); and a voltage regulator (20, 30), wherein the voltage regulator and the load circuit are integrated on a common integrated circuit die, wherein the voltage regulator includes: a regulation circuit (22, 32) configured to provide a supply voltage to the load circuit, the regulation circuit including a pre-drive circuit coupled to respective gate terminals of a PMOS transistor and an NMOS transistor; a sensing circuit (24, 34) configured to sense an amount of current supplied to the load circuit by the regulation circuit; and a regulation circuit (22, 32) configured to provide a supply voltage to the load circuit, the regulation circuit including a pre-drive circuit coupled to respective gate terminals of a PMOS transistor and an NMOS transistor; a sensing circuit (24, 34) configured to sense an amount of current supplied to the load circuit by the regulation circuit; and an indication circuit (26, 36) configured to provide, to the load circuit, an indication of the amount of current supplied thereto by the regulation circuit, wherein the indication circuit includes an analog-to-digital (A/D) converter configured to provide the indication as a digital code based on a received current, characterized in that the sensing circuit (24, 34) includes a voltage-to-current conversion circuit (A1, P2, P3, P4) receiving the output voltage (Vdd), a reference voltage (Vref) and configured to generate a first current (I_scale, Scaled I_Load) that is a scaled version of the amount of current supplied to the load circuit.
A hinge strap of a hinge for an articulated connection, which is hinged around a hinge axis, between a door leaf and a frame, having a longitudinal recess, having a bushing arranged in the longitudinal recess that is rotatable by means of a rotary tool about a rotational axis that is parallel to and laterally offset from the hinge axis, the bushing comprising a bushing recess for receiving a hinge bolt, with an inner thread which, in the operational position, is provided at least in the lower region of the longitudinal recess, and with a lifting spindle featuring an outer thread that can be screwed into the inner thread, featuring a support side for indirectly or directly supporting the bushing and/or the hinge bolt, characterized in that a key surface is provided on the bushing, and a counter-key surface that may be brought into engagement with the key surface is provided on the lifting spindle, the counter-key surface being arranged on the side of the lifting spindle opposite the support side, so that the lifting spindle is designed as an optionally applicable auxiliary rotary means that may be used in its function as rotary tool in that it is initially screwed out completely from the longitudinal recess and then applied inversely to the bushing with the support side pointing away from the bushing and/or the hinge bolt.
(amended) A saddle riding type vehicle provided with a storage portion that includes a lockable lid member, the saddle riding type vehicle comprising: a smart key authenticated by a control unit arranged in the saddle riding type vehicle by way of wireless communication; a locking mechanism locking and unlocking the lid member; an unlocking operation portion transmitting an unlocking signal to the control unit; and an actuator connected to the locking mechanism and driven according to an instruction of the control unit, wherein the unlocking operation portion is disposed at a position higher than a minimum ground clearance of the saddle riding type vehicle and lower than a hinge mechanism that openably/closably supports the lockable lid member being a seat of the saddle riding type vehicle, the control unit drives the actuator to switch the locking mechanism to an unlocked state when the unlocking operation portion is operated, an unlocking signal is thereby transmitted, and authentication of the smart key is completed, a side kickstand allowing a vehicle body to self-stand in an inclined state is provided, the unlocking operation portion is disposed in the vicinity of the side kickstand in a vehicle body side view, and the locking mechanism is switched to a locked state by holding a hook provided on the lid member by a lock plate that is swingable, and is switched to an unlock state by that, when the actuator is driven, a cable connected to the actuator is pulled, the lock plate swings, and the hook is released. a smart key authenticated by a control unit arranged in the saddle riding type vehicle by way of wireless communication; a locking mechanism locking and unlocking the lid member; an unlocking operation portion transmitting an unlocking signal to the control unit; and an actuator connected to the locking mechanism and driven according to an instruction of the control unit, wherein the unlocking operation portion is disposed at a position higher than a minimum ground clearance of the saddle riding type vehicle and lower than a hinge mechanism that openably/closably supports the lockable lid member being a seat of the saddle riding type vehicle, the control unit drives the actuator to switch the locking mechanism to an unlocked state when the unlocking operation portion is operated, an unlocking signal is thereby transmitted, and authentication of the smart key is completed, a side kickstand allowing a vehicle body to self-stand in an inclined state is provided, the unlocking operation portion is disposed in the vicinity of the side kickstand in a vehicle body side view, and the locking mechanism is switched to a locked state by holding a hook provided on the lid member by a lock plate that is swingable, and is switched to an unlock state by that, when the actuator is driven, a cable connected to the actuator is pulled, the lock plate swings, and the hook is released.
Non-lethal munition comprising a case and a projectile, the case comprising a high-pressure chamber wherein in which there is a pyrotechnic propellant assembly, the projectile comprising a base and an ogive, the base being in the form of a hollow cylinder open at its lower end and closed at its upper end by an upper wall, the ogive being in the form of a hemisphere or cylinder surmounted by a hemisphere, the ogive being hollow and made of a deformable material, characterised in that the projectile further comprises a mounting ring qui assembles the ogive with the base, in that the ogive comprises an internal cylinder, and in that the base comprises both a peripheral cylindrical crown protruding on the upper face of the upper wall of the base, and a central cylindrical crown protruding on the upper face of the upper wall of the base, the internal cylinder being, in its lower portion, housed inside or outside the crown and against said crown, and the lower edge of said cylinder is in contact with the base.
An organic solar cell comprising: a first electrode,; a second electrode provided to face the first electrode; an organic material layer of one or more layers including a photoactive layer provided between the first electrode and the second electrode; and an auxiliary electrode provided to come into contact with the first electrode, wherein the incident light reaches the first electrode, and characterized by that in the auxiliary electrode, an area of a surface coming into contact with the first electrode is smaller than an area of a facing surface thereof. a first electrode,; a second electrode provided to face the first electrode; an organic material layer of one or more layers including a photoactive layer provided between the first electrode and the second electrode; and an auxiliary electrode provided to come into contact with the first electrode, wherein the incident light reaches the first electrode, and characterized by that in the auxiliary electrode, an area of a surface coming into contact with the first electrode is smaller than an area of a facing surface thereof.
An operation instrument comprising: a fluid ejection surgical knife and an electric surgical knife comprising; a gripper mechanism including a pair of jaws (53, 54) configured to be openable and closable so as to grip a living tissue and at least one of which is a movable portion, wherein the jaws (53, 54) each are provided with a gripping surface (53f, 54f) each having an electrode for the electric surgical knife, and characterized in that one of the pair of jaws has a retracted portion provided at a distal end of the jaw and an ejection opening of the fluid ejection surgical knife is provided at a distal end face of the retracted portion, such that the ejection opening is not provided on said gripping surface (53f, 54f). a fluid ejection surgical knife and an electric surgical knife comprising; a gripper mechanism including a pair of jaws (53, 54) configured to be openable and closable so as to grip a living tissue and at least one of which is a movable portion, wherein the jaws (53, 54) each are provided with a gripping surface (53f, 54f) each having an electrode for the electric surgical knife, and characterized in that one of the pair of jaws has a retracted portion provided at a distal end of the jaw and an ejection opening of the fluid ejection surgical knife is provided at a distal end face of the retracted portion, such that the ejection opening is not provided on said gripping surface (53f, 54f).
An electrosurgical system comprising: an electrosurgical generator arranged to supply radio frequency energy through an electrosurgical instrument removably connectable thereto; the electrosurgical instrument comprising: a first jaw; a second jaw opposing the first jaw, the first and second jaws pivotably arranged to grasp tissue between the first and second jaws; a first electrode connected to the first jaw; and a second electrode connected to the second jaw, the first and second electrodes of the first and second jaws being arranged to transmit radio frequency energy between the first and second electrodes to fuse and cut tissue between the first and second jaws with center portions of the first and second jaws facing each other and being free of electrodes, with a center portion of the first jaw comprising an insulative part facing a center portion of the second jaw, characterized in that the insulative part is a compliant landing pad and in that the second jaw comprises a central protruding part matching the position of the pad. an electrosurgical generator arranged to supply radio frequency energy through an electrosurgical instrument removably connectable thereto; the electrosurgical instrument comprising: a first jaw; a second jaw opposing the first jaw, the first and second jaws pivotably arranged to grasp tissue between the first and second jaws; a first electrode connected to the first jaw; and a second electrode connected to the second jaw, the first and second electrodes of the first and second jaws being arranged to transmit radio frequency energy between the first and second electrodes to fuse and cut tissue between the first and second jaws with center portions of the first and second jaws facing each other and being free of electrodes, with a center portion of the first jaw comprising an insulative part facing a center portion of the second jaw, characterized in that the insulative part is a compliant landing pad and in that the second jaw comprises a central protruding part matching the position of the pad. a first jaw; a second jaw opposing the first jaw, the first and second jaws pivotably arranged to grasp tissue between the first and second jaws; a first electrode connected to the first jaw; and a second electrode connected to the second jaw, the first and second electrodes of the first and second jaws being arranged to transmit radio frequency energy between the first and second electrodes to fuse and cut tissue between the first and second jaws with center portions of the first and second jaws facing each other and being free of electrodes, with a center portion of the first jaw comprising an insulative part facing a center portion of the second jaw, characterized in that the insulative part is a compliant landing pad and in that the second jaw comprises a central protruding part matching the position of the pad.
A mining vehicle comprising: a movable carrier; at least one boom comprising several boom joints; several boom actuators for moving the boom in different positions; at least one mining work device arranged at a distal portion of the boom; measuring means (17, 22) for determining the actual position of the boom; at least one control unit for controlling the position of the boom according to measurement data received from the measuring means and input control data; characterized in that at least one position of at least one boom joint is predetermined, wherein the at least one position is taught for the control unit by moving the boom in a desired position and the taught position is stored in a memory medium; and the control unit is configured to move the at least one boom joint to the predetermined position in response to a received control command, wherein a transport position relative to the mining vehicle is pre-defined for the boom, and the control unit is arranged to employ stored data on the transport position of the boom and automatically move the boom from any current position to the defined transport position. a movable carrier; at least one boom comprising several boom joints; several boom actuators for moving the boom in different positions; at least one mining work device arranged at a distal portion of the boom; measuring means (17, 22) for determining the actual position of the boom; at least one control unit for controlling the position of the boom according to measurement data received from the measuring means and input control data; characterized in that at least one position of at least one boom joint is predetermined, wherein the at least one position is taught for the control unit by moving the boom in a desired position and the taught position is stored in a memory medium; and the control unit is configured to move the at least one boom joint to the predetermined position in response to a received control command, wherein a transport position relative to the mining vehicle is pre-defined for the boom, and the control unit is arranged to employ stored data on the transport position of the boom and automatically move the boom from any current position to the defined transport position.
Filter device comprising a filter housing and a filter element received therein, the element material of which extends between two end caps (40, 42) for the purpose of filtering a liquid, at least one end cap thereof being mounted on an element seat, the filter element being hingedly mounted on the element seat via one of its end caps by means of a bearing (46, 54) that provides more than one degree of freedom, characterised in that the bearing has a convexly extending bearing surface guided in a concavely extending bearing surface, and in that each bearing surface (46, 54) is a component part of a shell (55a, 55b), at least one of which has a passage for liquid.
A composite comprising a layer of an intumescent material and a first moisture barrier in contact with at least one surface of the layer of intumescent material, the intumescent material comprising an amine or amide containing compound, the composite being characterized in that it further comprises: a second moisture barrier, wherein the layer of intumescent material is embedded within a layer of adhesive material and is disposed between the first and second moisture barriers, the first moisture barrier being light-transmissive, and a layer of electro-optic material embedded within the layer of adhesive material and disposed between the layer of intumescent material and the second moisture barrier, and wherein a peripheral region of the moisture barriers (15a, 15b) and the layer of adhesive material comprise a pinched edge seal, and wherein the composite is further characterized in that the layer of intumescent material is light-transmissive. a second moisture barrier, wherein the layer of intumescent material is embedded within a layer of adhesive material and is disposed between the first and second moisture barriers, the first moisture barrier being light-transmissive, and a layer of electro-optic material embedded within the layer of adhesive material and disposed between the layer of intumescent material and the second moisture barrier, and wherein a peripheral region of the moisture barriers (15a, 15b) and the layer of adhesive material comprise a pinched edge seal, and wherein the composite is further characterized in that the layer of intumescent material is light-transmissive.