mhurhangee/ep-ind-claims huggingface dataset:
A method for providing selectable real time audio connections between an executing communication unit and a plurality of further communication units in a communication group, wherein at least the executing communication unit provides a plurality of activation elements which can be activated by user selection for selective activation of real time audio connections between the executing communication unit and at least one further communication unit associated with the respective activation element, and wherein the executing communication unit executes the following steps: - establishing a connection to a data network; - determining further communication units which are located in the range of the data network and which are capable of establishing a real time audio connection; - forming a communication group which comprises the executing communication unit and at least one of the determined further communication units; - defining an address assignment for an audio channel via the data network to the at least one remote communication unit; - providing an activation element, which is assigned at least to the one remote communication unit, on a user interface of the executing communication unit; - receiving a user input for activation of the audio channel by selecting the activating element; and - opening the audio channel via the data network using the address assignment and keeping the audio channel open as long as the activation element is activated; characterized in that the method sets up an intercom system in which the entire communication can take place via a data network without the interposition of a server. - establishing a connection to a data network; - determining further communication units which are located in the range of the data network and which are capable of establishing a real time audio connection; - forming a communication group which comprises the executing communication unit and at least one of the determined further communication units; - defining an address assignment for an audio channel via the data network to the at least one remote communication unit; - providing an activation element, which is assigned at least to the one remote communication unit, on a user interface of the executing communication unit; - receiving a user input for activation of the audio channel by selecting the activating element; and - opening the audio channel via the data network using the address assignment and keeping the audio channel open as long as the activation element is activated;
A body mobilization apparatus (1; 301; 401), comprising: - a frame (20; 320; 420) which is suitable for resting fixedly on the ground, - a ball (10; 410) which, while a user keeps at least one of their feet on the ground, is suitable for supporting the weight of a part of the user's body, abutting on an upper portion (12; 412) of the ball, - a stabilizing member (30; 130; 330; 430), which is supported by the frame and which is designed to retain the ball so as to keep substantially stationary, a center (11; 411) of the ball with respect to the frame, while leaving the ball freely movable with respect to the frame at least following a first tilting movement about a first horizontal axis (X40; X240; X410) passing through the center of the ball, and - a movable support member (40; 140; 240; 340; 440), which is motorized and which is suitable for supporting a lower portion (14; 414) of the ball, pressed downwards against the movable support member under the effect of the user pressing on the upper portion of the ball, and for driving the lower portion of the ball at least following the first tilting movement with respect to the frame. - a frame (20; 320; 420) which is suitable for resting fixedly on the ground, - a ball (10; 410) which, while a user keeps at least one of their feet on the ground, is suitable for supporting the weight of a part of the user's body, abutting on an upper portion (12; 412) of the ball, - a stabilizing member (30; 130; 330; 430), which is supported by the frame and which is designed to retain the ball so as to keep substantially stationary, a center (11; 411) of the ball with respect to the frame, while leaving the ball freely movable with respect to the frame at least following a first tilting movement about a first horizontal axis (X40; X240; X410) passing through the center of the ball, and - a movable support member (40; 140; 240; 340; 440), which is motorized and which is suitable for supporting a lower portion (14; 414) of the ball, pressed downwards against the movable support member under the effect of the user pressing on the upper portion of the ball, and for driving the lower portion of the ball at least following the first tilting movement with respect to the frame.
A pressure determining unit configured for determining a pressure of a fluid, the pressure determining unit comprising: a body structure comprising a fluidic path configured for conducting the fluid, wherein the body structure has a first surface in a first dimension and in a second dimension, and a thickness in a third dimension, and a deformation detector configured for responding to an elongation into the second dimension of the first surface of the body structure by generating a signal indicative of a value of the pressure of the fluid in the body structure, the fluidic path of the body structure comprises a plurality of first channel segments, each first channel segment having a width (w) into the second dimension and a height (h) into the third dimension, the plurality of first channel segments being oriented so that a direction of flow in the first channel segments is substantially in the first dimension, the fluidic path comprising a plurality of rows along the second dimension, each row being oriented along the first dimension; characterized in that each first channel segment has its height (h) into the third dimension being at least twice its width (w) into the second dimension. a body structure comprising a fluidic path configured for conducting the fluid, wherein the body structure has a first surface in a first dimension and in a second dimension, and a thickness in a third dimension, and a deformation detector configured for responding to an elongation into the second dimension of the first surface of the body structure by generating a signal indicative of a value of the pressure of the fluid in the body structure, the fluidic path of the body structure comprises a plurality of first channel segments, each first channel segment having a width (w) into the second dimension and a height (h) into the third dimension, the plurality of first channel segments being oriented so that a direction of flow in the first channel segments is substantially in the first dimension, the fluidic path comprising a plurality of rows along the second dimension, each row being oriented along the first dimension; characterized in that each first channel segment has its height (h) into the third dimension being at least twice its width (w) into the second dimension.
A method of transmitting a power headroom report by a user equipment of a cellular communication system in a network supporting interworking between the cellular communication system and a wireless LAN, WLAN, communication system, the method comprising, when a prescribed triggering condition occurs in a state that the user equipment accesses to the cellular communication system and the WLAN communication system at the same time, transmitting a power headroom report containing a power headroom related to the WLAN communication system, wherein the prescribed triggering condition comprises a case that a new cellular maximum transmit power value of the user equipment and a new WLAN maximum transmit power value of the user equipment are configured for the user equipment.
A pin joint assembly for an aircraft landing gear comprising: an elongate joint pin; at least one first lug (102, 102a) through which the joint pin passes; and at least one second lug (104, 104a) through which the joint pin passes; wherein the joint pin includes first and second retaining elements (108, 108a) located at opposite ends of the joint pin and arranged to maintain the location of the joint pin relative to the first and second lugs, wherein at least a portion of the pin joint is elastically deformable characterised in that the first and second retaining elements are secured to the pin joint assembly by one or more retaining bolts (107, 107a) extending through the joint pin in a direction parallel to the longitudinal axis of the joint pin. an elongate joint pin; at least one first lug (102, 102a) through which the joint pin passes; and at least one second lug (104, 104a) through which the joint pin passes;
A vehicle with - at least one front wheel, - at least one rear wheel, - an electric drive machine which is provided for driving the at least one rear wheel, - a plurality of electric storage units which are accommodated in a storage housing, wherein the storage housing forms a load-bearing component of a frame or of a body of the vehicle, wherein - a rear-wheel suspension which bears the at least one rear wheel is connected to the storage housing, - the rear-wheel suspension is articulated pivotably to the storage housing, wherein • the vehicle is a motorcycle or a motor scooter, • the storage housing is watertight and prevents penetration of water into the interior of the storage housing, • the rear-wheel suspension is formed as a rear swing arm, and the electric drive machine is arranged in the region of the rear swing arm, characterised in that the rear swing arm is connected to the storage housing (7,15) via a swivel joint and is supported relative to the storage housing via a suspension strut, and the battery compartment has receptacles for the electric drive motor. - at least one front wheel, - at least one rear wheel, - an electric drive machine which is provided for driving the at least one rear wheel, - a plurality of electric storage units which are accommodated in a storage housing, wherein the storage housing forms a load-bearing component of a frame or of a body of the vehicle, wherein - a rear-wheel suspension which bears the at least one rear wheel is connected to the storage housing, - the rear-wheel suspension is articulated pivotably to the storage housing, • the vehicle is a motorcycle or a motor scooter, • the storage housing is watertight and prevents penetration of water into the interior of the storage housing, • the rear-wheel suspension is formed as a rear swing arm, and the electric drive machine is arranged in the region of the rear swing arm,
A shaped article comprising one or more composite layer of (i) a vulcanizate encapsulated in a colored or uncolored thermoplastic polymer matrix containing one or more passivating agent, and (ii) a reflective material chosen from: colored fluidizable particles of a thermoplastic reflective colorant encapsulated vulcanizate comprising from 0.05 to 3 wt.%, based on total solids, of one or more passivating agent; roofing granules; thermoplastic encapsulated roofing granules; the colored thermoplastic polymer matrix; and combinations thereof, wherein said passivating agent is selected from multivalent metals and compounds; wherein the colored fluidizable particles are dispersed within the surface of the composite layer or either of the colored fluidizable particles or the granules are dispersed on the surface of the composite layer or are adhered thereto with a thermoplastic resin; and wherein, when the reflective material (ii) is the colored thermoplastic polymer matrix, the shaped article is made from 100% of the colored thermoplastic polymer encapsulated vulcanizate.
Assembly and connection device of a video door entry system monitor, the monitor having a screen and a housing, incorporating the aforementioned monitor first connection means to receive the energy and the communication signals through complementary second connection means established in correspondence with a wall, including also fixation means of the monitor in a stable position, characterized in that: - the first connection means comprise a single front connector protruding outwards with respect to the rear side of the housing of the monitor, - the second connection means comprise a rear connector, this rear connector being integrated in a connection box arranged embedded in a hole in a wall, being frontally fixed to said connection box a support plate provided with at least one angular flange wherein an anchoring screw that threads in turn in one part of the housing of the monitor is coupled, in correspondence with a groove of such housing where said angular flange is housed, - connection cards used for wiring the installation cables are arranged in the connection box, wherein the front connector is plugged in the rear connector remaining the front connector and the rear connector inside the hole of the wall. - the first connection means comprise a single front connector protruding outwards with respect to the rear side of the housing of the monitor, - the second connection means comprise a rear connector, this rear connector being integrated in a connection box arranged embedded in a hole in a wall, being frontally fixed to said connection box a support plate provided with at least one angular flange wherein an anchoring screw that threads in turn in one part of the housing of the monitor is coupled, in correspondence with a groove of such housing where said angular flange is housed, - connection cards used for wiring the installation cables are arranged in the connection box,
A production method for a tire, comprising a winding step of winding a rubber strip fed toward a forming drum, along an attachment target object, wherein the winding step includes an attaching process of pressing spike pins (40, 41, 42) against the rubber strip fed toward the forming drum to attach the rubber strip along an outer circumferential surface of the attachment target object, in at least a part of the winding step, characterized in that the winding step includes a pressing process of pressing the rubber strip fed toward the forming drum, against the attachment target object by a pressing roller, and the attaching process is executed after the rubber strip is pressed against the attachment target object in the pressing process. the winding step includes a pressing process of pressing the rubber strip fed toward the forming drum, against the attachment target object by a pressing roller, and the attaching process is executed after the rubber strip is pressed against the attachment target object in the pressing process.
A melt polymerization process comprising: melt polymerizing a carbonate compound and a dihydroxy compound in the presence of a catalyst composition to form a polycarbonate; and adding an end-capping agent consisting of a mono-phenolic compound to the polycarbonate, wherein the adding of the end-capping agent comprises adding the endcapping agent just upstream of and/or directly into the final polymerization unit and a final weight average molecular weight (polycarbonate standard) of the polycarbonate exiting the polymerization unit is within 10% of an initial weight average molecular weight (polycarbonate standard) of the polycarbonate entering the polymerization unit. melt polymerizing a carbonate compound and a dihydroxy compound in the presence of a catalyst composition to form a polycarbonate; and adding an end-capping agent consisting of a mono-phenolic compound to the polycarbonate, wherein the adding of the end-capping agent comprises adding the endcapping agent just upstream of and/or directly into the final polymerization unit and a final weight average molecular weight (polycarbonate standard) of the polycarbonate exiting the polymerization unit is within 10% of an initial weight average molecular weight (polycarbonate standard) of the polycarbonate entering the polymerization unit.
A method for a more efficient use of a combustion engine in a vehicle during driving of said vehicle, said vehicle further comprising an automatic step geared transmission for automatic gear ratio adaptation of the gear ratio between the engine rotational speed and rotational speed of driving wheels of the vehicle, said method comprising the steps of: - sensing current engine rotational speed and engine rotational speed increase, - estimating necessary minimum upshift engine rotational speed which has to be reached for a coming gear upshift; - registering that the engine rotational speed stops increasing without reaching said minimum upshift engine rotational speed at a relatively high but inefficient engine rotational speed just below the said minimum upshift rotational speed or registering that said engine rotational speed stops increasing relatively close to a maximum engine rotational speed where engine efficiency is relatively low and that there is no other possible gear to upshift to; and where said method is further characterized in the step of: - automatically controlling engine output torque in order to decrease the engine rotational speed to a first predetermined engine speed, without initiating a gear upshift, where engine efficiency is relatively high. - sensing current engine rotational speed and engine rotational speed increase, - estimating necessary minimum upshift engine rotational speed which has to be reached for a coming gear upshift; - registering that the engine rotational speed stops increasing without reaching said minimum upshift engine rotational speed at a relatively high but inefficient engine rotational speed just below the said minimum upshift rotational speed or registering that said engine rotational speed stops increasing relatively close to a maximum engine rotational speed where engine efficiency is relatively low and that there is no other possible gear to upshift to; and where said method is further characterized in the step of: - automatically controlling engine output torque in order to decrease the engine rotational speed to a first predetermined engine speed, without initiating a gear upshift, where engine efficiency is relatively high. - automatically controlling engine output torque in order to decrease the engine rotational speed to a first predetermined engine speed, without initiating a gear upshift, where engine efficiency is relatively high.
An apparatus for a portable electronic device for receiving a jack of a headset, the jack including a first set of lines, the set of lines including at least one audio line, a ground signal line and a microphone signal line, the microphone signal line and the ground signal line connected to a microphone; the apparatus comprising: a set of switches (316, 320, 324, 327) for receiving the ground signal line and the microphone signal line; a second set of lines (314, 318, 326, 332) comprising: a first MIC+ line of the second set of lines connected via a first switch of the set of switches to the microphone signal line; a second MIC- line of the second set of lines connected via a second switch of the set of switches to the microphone ground line; a third ground reference voltage line of the second set of lines connected via a third switch of the set of switches to the ground signal line; a fourth MIC Bias voltage signal line of the second set of lines connected via a fourth switch of the set of switches to the microphone signal line; the MIC+ line and the MIC- line respectively connected to the microphone signal line and the ground signal line via a sensing circuit, wherein the sensing circuit is connected between the first and second switches (316, 320) on one hand and the microphone signal line and ground signal line on the other hand, and the switches enable the portable electronic device to support headsets that have the ground and the microphone signal reversed. a set of switches (316, 320, 324, 327) for receiving the ground signal line and the microphone signal line; a second set of lines (314, 318, 326, 332) comprising: a first MIC+ line of the second set of lines connected via a first switch of the set of switches to the microphone signal line; a second MIC- line of the second set of lines connected via a second switch of the set of switches to the microphone ground line; a third ground reference voltage line of the second set of lines connected via a third switch of the set of switches to the ground signal line; a fourth MIC Bias voltage signal line of the second set of lines connected via a fourth switch of the set of switches to the microphone signal line; a first MIC+ line of the second set of lines connected via a first switch of the set of switches to the microphone signal line; a second MIC- line of the second set of lines connected via a second switch of the set of switches to the microphone ground line; a third ground reference voltage line of the second set of lines connected via a third switch of the set of switches to the ground signal line; a fourth MIC Bias voltage signal line of the second set of lines connected via a fourth switch of the set of switches to the microphone signal line; the MIC+ line and the MIC- line respectively connected to the microphone signal line and the ground signal line via a sensing circuit, wherein the sensing circuit is connected between the first and second switches (316, 320) on one hand and the microphone signal line and ground signal line on the other hand, and the switches enable the portable electronic device to support headsets that have the ground and the microphone signal reversed.