mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: providing magnetic and radio maps (118, 132) storing location information concerning respectively, previous measurements of magnetic field strengths and Wi-Fi signals in a building; measuring magnetic field strengths and information on Wi-Fi signals at a plurality of locations along a motion trace within a building using a mobile device; characterized in that the method further comprises: identifying a location of the mobile device by fusing Wi-Fi based and magnetic field based location-finding methods using a two-pass bidirectional particle filtering method, which comprises in a first pass, obtaining a rough location estimate using Wi-Fi signals, and starting from an initial distribution of particles within proximity thereof, applying backward particle filtering along a reversed direction of the motion trace, and in a second pass, performing a forward particle filtering along the motion trace normally, wherein performing the particle filtering involves comparing the measured magnetic field strengths and information on Wi-Fi signals to the previous measurements of magnetic field strength and known Wi-Fi signals in the magnetic and radio maps. providing magnetic and radio maps (118, 132) storing location information concerning respectively, previous measurements of magnetic field strengths and Wi-Fi signals in a building; measuring magnetic field strengths and information on Wi-Fi signals at a plurality of locations along a motion trace within a building using a mobile device; characterized in that the method further comprises: identifying a location of the mobile device by fusing Wi-Fi based and magnetic field based location-finding methods using a two-pass bidirectional particle filtering method, which comprises in a first pass, obtaining a rough location estimate using Wi-Fi signals, and starting from an initial distribution of particles within proximity thereof, applying backward particle filtering along a reversed direction of the motion trace, and in a second pass, performing a forward particle filtering along the motion trace normally, identifying a location of the mobile device by fusing Wi-Fi based and magnetic field based location-finding methods using a two-pass bidirectional particle filtering method, which comprises in a first pass, obtaining a rough location estimate using Wi-Fi signals, and starting from an initial distribution of particles within proximity thereof, applying backward particle filtering along a reversed direction of the motion trace, and in a second pass, performing a forward particle filtering along the motion trace normally, wherein performing the particle filtering involves comparing the measured magnetic field strengths and information on Wi-Fi signals to the previous measurements of magnetic field strength and known Wi-Fi signals in the magnetic and radio maps.
Coil turn layer of an electrical conductor of a planar transformer comprising separate electrical connections and thermal connections, characterized in that a thermal connection comprises a hole provided with a protuberance towards the interior of the coil turn.
A method of inter-call manager messaging comprising: establishing, by a first call manager residing on a first processor, a first leg between two first parties (A, B) of a multi-party call; creating, by a second call manager residing on a second processor, a second leg of the multi-party call between one of the first parties (A, B) of the first leg and a third party; exchanging one or more inter-call management messages between the first call manager controlling the first call leg and the second call manager controlling the second call leg for determining, by at least one of the first call manager and the second call manager, that one of the first call manager and the second call manager is to be a controlling call manager of the multi-party call associated with a controlling leg, and that the other of the first call manager and the second call manager is to be a controlled call manager associated with a controlled leg; and making, by the controlling call manager, a voice path request for a path to the controlled leg to establish the multi-party call. establishing, by a first call manager residing on a first processor, a first leg between two first parties (A, B) of a multi-party call; creating, by a second call manager residing on a second processor, a second leg of the multi-party call between one of the first parties (A, B) of the first leg and a third party; exchanging one or more inter-call management messages between the first call manager controlling the first call leg and the second call manager controlling the second call leg for determining, by at least one of the first call manager and the second call manager, that one of the first call manager and the second call manager is to be a controlling call manager of the multi-party call associated with a controlling leg, and that the other of the first call manager and the second call manager is to be a controlled call manager associated with a controlled leg; and making, by the controlling call manager, a voice path request for a path to the controlled leg to establish the multi-party call.
A bicycle bag comprising a shopping bag and a bag attachment rail for suspension of the bicycle bag on a bicycle; - the bag attachment rail comprising an elongated body portion forming a front face, an opposite rear face, an upper edge and a lower edge extending between first and second end portions (9,10), and bicycle attachment means forming at least one suspension hook; - the shopping bag forming space for carrying shopping items between a front layer and a rear layer of a soft pliable sheet material, the shopping bag having a bottom edge, side edges extending upwards from the bottom towards a top edge; where the bag attachment rail is attached to the front layer, and where the bag attachment rail is attached with the elongated body portion extending along the top edge, wherein the bag attachment rail is received in a pocket in the shopping bag; characterized in that the bag attachment rail is movable relative to the shopping bag. - the bag attachment rail comprising an elongated body portion forming a front face, an opposite rear face, an upper edge and a lower edge extending between first and second end portions (9,10), and bicycle attachment means forming at least one suspension hook; - the shopping bag forming space for carrying shopping items between a front layer and a rear layer of a soft pliable sheet material, the shopping bag having a bottom edge, side edges extending upwards from the bottom towards a top edge;
A saddle-riding-type vehicle cable support structure configured to support a plurality of first cables (61, 62) and a second cable that are joined to a side part of a wheel, the cable support structure comprising: a first joint section provided on a middle of one of the plurality of first cables (61, 62) and which is fixed to a vehicle body; a second joint section provided on a middle of another of the plurality of first cables and which is fixed to the vehicle body; a second cable support member attached to any one of the first and second joint sections and which supports the second cable; and a fixation member that fixes the first joint section and the second joint section in a state where the first joint section is in contact with the second joint section, wherein at least part of the first and second joint sections is fixed to a stay that is formed integrally with a front fork, and one of the plurality of first cables is a first brake hose that connects a first brake caliper which is provided at one side part of the wheel in a vehicle width direction and a fluid pressure supply unit or an ABS module, another of the plurality of first cables is a second brake hose that connects the first brake caliper and a second brake caliper which is provided at another side part of the wheel in the vehicle width direction, and the second cable is a sensor cord that is connected to a vehicle speed sensor which is provided at a side part of the wheel. a first joint section provided on a middle of one of the plurality of first cables (61, 62) and which is fixed to a vehicle body; a second joint section provided on a middle of another of the plurality of first cables and which is fixed to the vehicle body; a second cable support member attached to any one of the first and second joint sections and which supports the second cable; and a fixation member that fixes the first joint section and the second joint section in a state where the first joint section is in contact with the second joint section, wherein at least part of the first and second joint sections is fixed to a stay that is formed integrally with a front fork, and one of the plurality of first cables is a first brake hose that connects a first brake caliper which is provided at one side part of the wheel in a vehicle width direction and a fluid pressure supply unit or an ABS module, another of the plurality of first cables is a second brake hose that connects the first brake caliper and a second brake caliper which is provided at another side part of the wheel in the vehicle width direction, and the second cable is a sensor cord that is connected to a vehicle speed sensor which is provided at a side part of the wheel.
A combination of a static spray mixer for mixing and spraying at least two flowable components with an intermediate piece, wherein the static spray mixer has a tubular mixer housing having at least one mixing element and an atomization sleeve, wherein the mixer housing extends in the direction of a longitudinal axis up to a distal end which has an outlet opening for the components, and wherein the atomization sleeve has an inlet passage for a pressurized atomization medium and an inner surface having a plurality of separate grooves which can form separate flow passages together with the mixer housing, characterized in that the intermediate piece has an inlet region for cooperating with the distal end region of the mixer housing and an outlet region for cooperating with the atomization sleeve, with the inlet region and the outlet region including a deflection angle (a) different from zero, and with the outlet region having at its end remote from the inlet region an end section whose outer contour is the same as that of the mixer housing so that the end section of the outlet region can cooperate with the atomization sleeve in the same manner as the distal end region of the mixer housing can cooperate with the atomization sleeve.
A device for quantifying the dexterity of the fingers of a hand, comprising: - a main body, the dimensions of the main body allowing a user to take the device in the palm of the hand, - several assemblies for measuring the movement and/or the force applied by a finger along a supporting direction, each measuring assembly comprising a deformation sensor, the deformation sensor comprising a deformable body, each measuring assembly also comprising: • a guide bearing, secured to the main body, • an axis having a supporting surface, the supporting surface being in contact with the deformable body, • a tube, adapted to slide in translation in the guide bearing and about the axis along the supporting direction, having a head adapted to fix the finger to the tube, • a first spring connecting the bearing to the tube, • a second spring connecting the axis to the tube, the first spring and the second spring being pre-stressed so as to pre-stress the deformable body and keep the tube at equilibrium in the absence of pressure of the finger on the head, the first spring and the second spring each being in compression at equilibrium of the measuring system, this arrangement of the device making it possible to carry out: - finger flexion force measurements, by movement of the finger towards the deformable body along the supporting direction, - finger extension force measurements, by movement of the finger away from the deformable body along the supporting direction. - a main body, the dimensions of the main body allowing a user to take the device in the palm of the hand, - several assemblies for measuring the movement and/or the force applied by a finger along a supporting direction, each measuring assembly comprising a deformation sensor, the deformation sensor comprising a deformable body, • a guide bearing, secured to the main body, • an axis having a supporting surface, the supporting surface being in contact with the deformable body, • a tube, adapted to slide in translation in the guide bearing and about the axis along the supporting direction, having a head adapted to fix the finger to the tube, • a first spring connecting the bearing to the tube, • a second spring connecting the axis to the tube, the first spring and the second spring being pre-stressed so as to pre-stress the deformable body and keep the tube at equilibrium in the absence of pressure of the finger on the head, the first spring and the second spring each being in compression at equilibrium of the measuring system, this arrangement of the device making it possible to carry out: the first spring and the second spring being pre-stressed so as to pre-stress the deformable body and keep the tube at equilibrium in the absence of pressure of the finger on the head, the first spring and the second spring each being in compression at equilibrium of the measuring system, this arrangement of the device making it possible to carry out: - finger flexion force measurements, by movement of the finger towards the deformable body along the supporting direction, - finger extension force measurements, by movement of the finger away from the deformable body along the supporting direction.
A communication device, comprising: a receiver configured to receive a signal set; a first equalizer configured to equalize the signal set in accordance with a first equalization process taking into account that the signal set includes an inter cell interference signal and to thereby generate a first equalized signal set; a first calculating circuit configured to calculate a predefined characteristic of the first equalized signal set; a second equalizer configured to equalize the signal set in accordance with a second equalization process taking into account that the signal set is free from an inter cell interference signal and to thereby generate a second equalized signal set; a second calculating circuit configured to calculate a predefined characteristic of the second equalized signal set; a selecting circuit configured to select the first equalized signal set or the second equalized signal set for further processing based on the determined predefined characteristics; wherein the signal set is a combined signal set superimposed of at least a first signal set transmitted by a first base station and a second signal set transmitted by a second base station. a receiver configured to receive a signal set; a first equalizer configured to equalize the signal set in accordance with a first equalization process taking into account that the signal set includes an inter cell interference signal and to thereby generate a first equalized signal set; a first calculating circuit configured to calculate a predefined characteristic of the first equalized signal set; a second equalizer configured to equalize the signal set in accordance with a second equalization process taking into account that the signal set is free from an inter cell interference signal and to thereby generate a second equalized signal set; a second calculating circuit configured to calculate a predefined characteristic of the second equalized signal set; a selecting circuit configured to select the first equalized signal set or the second equalized signal set for further processing based on the determined predefined characteristics; wherein the signal set is a combined signal set superimposed of at least a first signal set transmitted by a first base station and a second signal set transmitted by a second base station.
A method for magnetic resonance imaging of an area of a subject of interest, comprising the steps of issuing a breath-hold command to the subject of interest, performing motion detection of the subject of interest to detect a breath-hold condition in the area of the subject of interest, performing k-space sampling of the area of the subject of interest to acquire a first subset of k-space samples from the set of k-space samples covering the area of the subject of interest prior to detection of the breath-hold condition in the area of the subject of interest, upon detection of the breath-hold condition in the area of the subject of interest, performing k-space sampling of the area of the subject of interest with a given resolution, comprising performing k-space sampling to acquire a second subset of k-space samples covering the area of the subject of interest, processing the k-space samples covering the area of the subject of interest to obtain a MR image of the area of the subject of interest comprising processing the first and second subset of k-space samples to obtain the MR image of the area of the subject of interest, wherein the first and the second subset of k-space samples together cover the area of the subject of interest with the given resolution, and the step of performing motion detection of the subject of interest to detect a breath-hold condition in the area of the subject of interest is performed at least partially during the acquisition of the first and/or second subset of k-space samples, wherein the step of processing the k-space samples covering the area of the subject of interest to obtain a MR image of the area of the subject of interest further comprises rejecting and/or weighing k-space samples from the first and/or the second subset of k-space samples depending on the detected motion of the area of the subject of interest,
Tread for a tyre of a civil engineering work vehicle, this vehicle being intended to carry very heavy loads, this tread having a tread surface intended to come into contact with the ground, this tread being axially bounded by edge parts, this tread having a thickness of material to be worn away at least equal to 60 mm, this thickness corresponding to the thickness of material measured between the tread surface intended to come into contact with the ground in the new state and a previously set wear limit, this tread being provided with cuts (3, 4) delimiting material parts forming raised elements, each raised element comprising a contact face, all of the contact faces of all the raised elements forming the tread surface of the tread, there also being formed, in a plurality of raised elements, at least one ventilation cavity that opens in the new state onto the contact face of these raised elements, each ventilation cavity having a depth at least equal to 70% of the thickness of material of the tread to be worn away, each ventilation cavity being delimited by a wall surface ending at a bottom surface, the wall surface of a ventilation cavity intersecting the tread surface along a closed corner edge contour, the tread according to the invention being such that each ventilation cavity comprises a first cavity part that is continued into the depth by a second cavity part, this second cavity part connecting to a cavity bottom, the tread being characterized in that, in the first cavity part situated between the tread surface and an intermediate depth level HI situated at between 30% and 70% of the maximum depth H of the ventilation cavity, the mean relief angle A of the wall delimiting the ventilation cavity is at least equal to 20 degrees, while, in the second cavity part that continues the first cavity part into the depth as far as the bottom of the cavity, the mean relief angle B of the wall delimiting the ventilation cavity is at most equal to 15 degrees, and in that the ventilation cavities intersect the contact faces of the raised elements along a contour having the shape of an ellipse, the major axis of which is oriented transversely.
A method for providing a ranging service, the method comprising: receiving one or more messages from a mobile device (102, 400) to obtain measurements in support of the ranging service, the one or more messages comprising one or more parameters corresponding to one or more characteristics of the mobile device; and the method being characterised by assigning a level of privilege to the mobile device (102, 400) to receive a particular quality of ranging service based, at least in part, on the one or more parameters in the one or more messages received from the mobile device. receiving one or more messages from a mobile device (102, 400) to obtain measurements in support of the ranging service, the one or more messages comprising one or more parameters corresponding to one or more characteristics of the mobile device; and the method being characterised by assigning a level of privilege to the mobile device (102, 400) to receive a particular quality of ranging service based, at least in part, on the one or more parameters in the one or more messages received from the mobile device.
Device for applying retractable lipstick, comprising: - a support part comprising a zone intended to carry a lip product, - a complementary part coupled to this support part, one of these said parts (4, 5) comprising a male portion inserted into a female portion of the other of these said parts through an inlet orifice of the female portion, the inlet orifice being defined by a peripheral border, the male portion comprising an outer shape (56a, 56b) cooperating with an inner shape (47a, 47b) of the female portion in such a way as to allow a movement of screwing or a movement of unscrewing of the male and female portions to/from each other, in such a way as to cause the movement of the support part with respect to the complementary part between a retracted position and a deployed position, the male portion comprising at least one rigid pin (54a, 54b) and the female portion comprising at least one housing (64a, 64b) arranged on said peripheral border and having a retractable edge (60a, 60b), the female portion comprising a zone elastically deformable between a stressed shape and an initial shape, characterised in that said inner shape, said outer shape, the elastically deformable zone, the pin and the housing are arranged in such a way that the pin and the retractable edge interfere with each other at the end of the movement of screwing, the pin then exerting a direct and/or indirect pressure on the elastically deformable zone, which thus deforms towards its stressed shape in such a way as to shift the retractable edge with respect to the pin, in such a way as to let the pin be housed in the housing, in such a way that the elastically deformable zone thus returns to its initial shape, the retractable edge returning behind the pin according to the screwing direction, the support part thus being in its retracted position. - a support part comprising a zone intended to carry a lip product, - a complementary part coupled to this support part,