mhurhangee/ep-ind-claims huggingface dataset:
Device for checking the electrical conductivity of tyres for vehicle wheels, comprising: a support frame for a tyre; at least a first electrode configured for resting against a surface of a component of the tyre; wherein said at least one first electrode is arranged radially outside the tyre and is configured for resting against a tread band of the tyre; at least a second electrode configured for closing an electric circuit with said component of said tyre; wherein said at least one second electrode is arranged radially inside the tyre and is configured for resting against at least one bead of the tyre; at least one meter operatively connected to the first electrode and to the second electrode, wherein the meter is configured for generating a voltage between the first electrode and the second electrode and obtaining an electrical resistance between said first electrode and said second electrode; wherein the first electrode comprises a rigid body and an engagement portion more yielding than the component, so as to deform when the first electrode is placed against the surface of the component and at least partially copy at least one concavity of said surface of the component; wherein the engagement portion comprises an elastically yielding and electrically conductive material; characterized in that the rigid body has at least one seat and wherein the engagement portion is at least partly housed in said seat. a support frame for a tyre; at least a first electrode configured for resting against a surface of a component of the tyre; wherein said at least one first electrode is arranged radially outside the tyre and is configured for resting against a tread band of the tyre; at least a second electrode configured for closing an electric circuit with said component of said tyre; wherein said at least one second electrode is arranged radially inside the tyre and is configured for resting against at least one bead of the tyre; at least one meter operatively connected to the first electrode and to the second electrode, wherein the meter is configured for generating a voltage between the first electrode and the second electrode and obtaining an electrical resistance between said first electrode and said second electrode; wherein the first electrode comprises a rigid body and an engagement portion more yielding than the component, so as to deform when the first electrode is placed against the surface of the component and at least partially copy at least one concavity of said surface of the component; wherein the engagement portion comprises an elastically yielding and electrically conductive material; characterized in that the rigid body has at least one seat and wherein the engagement portion is at least partly housed in said seat.
A method of wireless communication operable at an extensible hub, comprising: receiving a request message from a host device, the request message comprising a handle; if the handle corresponds to a downstream hub or peripheral, replacing the handle with a replacement handle corresponding to the downstream hub or peripheral; and transmitting the request message comprising the replacement handle to the downstream hub or peripheral; and if the handle corresponds to a device directly attached to the extensible hub, transmitting the request message comprising the handle to the device directly attached to the extensible hub. receiving a request message from a host device, the request message comprising a handle; if the handle corresponds to a downstream hub or peripheral, replacing the handle with a replacement handle corresponding to the downstream hub or peripheral; and transmitting the request message comprising the replacement handle to the downstream hub or peripheral; and replacing the handle with a replacement handle corresponding to the downstream hub or peripheral; and transmitting the request message comprising the replacement handle to the downstream hub or peripheral; and if the handle corresponds to a device directly attached to the extensible hub, transmitting the request message comprising the handle to the device directly attached to the extensible hub.
An equipment for manufacturing foundry cores, comprising a mould arranged with one or more core boxes and one or more conveying channels for the conveyance of core formation material to said one or more core boxes, wherein said equipment further comprises one or more inserts which are housed or can be housed in said conveying channels in the proximity of the core boxes; characterized in that said core boxes are arranged according to a plurality of groups, each group including a plurality of core boxes arranged in series; said conveying channels comprise connection channels connecting together said plurality of core boxes of each group; and wherein said inserts are arranged in said connection channels, so that the core formation material does not solidify or does not completely solidify, remaining at least partially friable.
Antenna array having the following features: - a dielectric having a length, a width and a height is provided, the substrate comprising an upper side and an underside, - above the dielectric or on the upper side of the dielectric, a patch electrode with a patch electrode surface is provided, - the patch electrode is fed via a feeder, which passes through the dielectric and in the process is guided to a feeding point which is galvanically or capacitively connected to the patch electrode, - at a distance above the patch electrode, an electrically conductive attachment patch is provided with an attachment patch surface, the patch electrode and the attachment patch being arranged perpendicularly to a central axis passing through the antenna array, - between the patch electrode and the attachment patch at least one electrical connecting line is provided, - the at least one electrical connecting line between the patch electrode and the attachment patch has at least line portions, which are aligned transverse to the central axis, characterised by the following additional features: - the antenna array is configured as a left or right circularly polarised antenna array, and - the at least one connecting line or the plurality of connecting lines is/are positioned and/or have a length such that the linear resonance frequency (FR L) created for this purpose is in the range of the circular resonance (RF Z) of the patch electrode and brings about a pivoting of the main lobe direction in relation to a central axis passing through the patch antenna array. - a dielectric having a length, a width and a height is provided, the substrate comprising an upper side and an underside, - above the dielectric or on the upper side of the dielectric, a patch electrode with a patch electrode surface is provided, - the patch electrode is fed via a feeder, which passes through the dielectric and in the process is guided to a feeding point which is galvanically or capacitively connected to the patch electrode, - at a distance above the patch electrode, an electrically conductive attachment patch is provided with an attachment patch surface, the patch electrode and the attachment patch being arranged perpendicularly to a central axis passing through the antenna array, - between the patch electrode and the attachment patch at least one electrical connecting line is provided, - the at least one electrical connecting line between the patch electrode and the attachment patch has at least line portions, which are aligned transverse to the central axis, - the antenna array is configured as a left or right circularly polarised antenna array, and - the at least one connecting line or the plurality of connecting lines is/are positioned and/or have a length such that the linear resonance frequency (FR L) created for this purpose is in the range of the circular resonance (RF Z) of the patch electrode and brings about a pivoting of the main lobe direction in relation to a central axis passing through the patch antenna array.
A user equipment comprising: a reception unit configured to receive service support information in a first cell from a base station; and a control unit configured to execute cell selection or cell reselection to a second cell that supports a predetermined service when detecting that the predetermined service is not supported in the first cell based on the service support information, wherein if the service support information does not include information whether the predetermined service is supported in the first cell, it is determined that connection to the first cell is not permitted. a reception unit configured to receive service support information in a first cell from a base station; and a control unit configured to execute cell selection or cell reselection to a second cell that supports a predetermined service when detecting that the predetermined service is not supported in the first cell based on the service support information, wherein if the service support information does not include information whether the predetermined service is supported in the first cell, it is determined that connection to the first cell is not permitted.
A Foley catheter assembly comprising a Foley catheter for insertion into a patient and a removable access sheath for placing the Foley catheter, the Foley catheter comprising: an elongated linear member with a drainage port at an external, proximal end and comprising a drainage lumen; a retention balloon on a distal end of the linear member for retaining the catheter within a hollow body part; and an inflation tube independent from the drainage lumen, the inflation tube comprising an inflation lumen within the elongated linear member extending from an inflation port at the proximal end of the inflation tube to the retention balloon on a distal end of the inflation lumen; said access sheath having a proximal end and a distal end and having a length that enables the distal end of the access sheath to gain access to the hollow body part while the proximal end of the access sheath is exterior to the patient; characterized by: the drainage port and the inflation port having a diameter narrower than that of the access sheath; and the inflation tube also extending sufficiently beyond the proximal end of the elongated linear member so that the access sheath may on removal be first maneuvered around the drainage port and then maneuvered around the inflation fitting; so that the access sheath may be removed without splitting the access sheath. an elongated linear member with a drainage port at an external, proximal end and comprising a drainage lumen; a retention balloon on a distal end of the linear member for retaining the catheter within a hollow body part; and an inflation tube independent from the drainage lumen, the inflation tube comprising an inflation lumen within the elongated linear member extending from an inflation port at the proximal end of the inflation tube to the retention balloon on a distal end of the inflation lumen; said access sheath having a proximal end and a distal end and having a length that enables the distal end of the access sheath to gain access to the hollow body part while the proximal end of the access sheath is exterior to the patient; characterized by: the drainage port and the inflation port having a diameter narrower than that of the access sheath; and the inflation tube also extending sufficiently beyond the proximal end of the elongated linear member so that the access sheath may on removal be first maneuvered around the drainage port and then maneuvered around the inflation fitting; so that the access sheath may be removed without splitting the access sheath. the drainage port and the inflation port having a diameter narrower than that of the access sheath; and the inflation tube also extending sufficiently beyond the proximal end of the elongated linear member so that the access sheath may on removal be first maneuvered around the drainage port and then maneuvered around the inflation fitting; so that the access sheath may be removed without splitting the access sheath.
Tank (5, 9) for a motor vehicle, intended for containing liquefied gas, such as liquefied natural gas, characterised in that it comprises: - a liquefied gas storage container (500, 900), the container comprising an internal reinforcement structure, and - a protective external shell arranged around said container, said container and said external shell each having a substantially parallelepiped general shape, said container (500, 900) being secured to said external shell by suspension means (MS1, MS2) allowing a relative movement of said container (500, 900) with respect to said external shell. - a liquefied gas storage container (500, 900), the container comprising an internal reinforcement structure, and - a protective external shell arranged around said container,
Household appliance, specifically gas hob, comprising a horizontal appliance portion, preferably an appliance worktop, and one or more control elements provided at said appliance portion, the control element comprising a shaft (3.1), wherein an area between an opening of said appliance portion and a shaft (3.1) of the control element is sealed by a gasket, the gasket sealing a passage of the shaft (3.1) through the appliance portion, the gasket comprising: - a first gasket portion being adapted to provide a sealed connection around the shaft (3.1) of the control element; - a second gasket portion adapted to be arranged below said appliance portion; and - a coupling portion for coupling said first and second gasket portions (6, 7); wherein said gasket is adapted to seal a ring-shaped passage between said shaft (3.1) of the control element and the edge (4.1) of the opening of the appliance portion in order to avoid an ingress of liquid into one or more control element portions arranged below the gasket, characterized in that the first gasket portion comprises a lip (6.1) or neckband protruding upwardly from the coupling portion both in an assembled state and in a non-assembled state, wherein the radial width of the second gasket portion is greater than the radial width of the coupling portion, and wherein particularly said first gasket portion, preferably said lip (6.1), at least partially extends along said shaft (3.1) in that providing a tubular passage for said shaft (3.1). - a first gasket portion being adapted to provide a sealed connection around the shaft (3.1) of the control element; - a second gasket portion adapted to be arranged below said appliance portion; and - a coupling portion for coupling said first and second gasket portions (6, 7);
Method for the safe switching of a DC voltage system, in particular a photovoltaic system, in the event of a DC-side arc, in which the generated direct current and the DC voltage produced are adjusted with respect to output management, wherein a DC interruption is produced in the event of a serial arc and a short circuit current is produced in the event of a parallel arc, characterised in that, in the event of an arc recorded by a sensor, output management is shifted and a power change of the arc is recorded, wherein, in the event of a power reduction of the arc, a serial or parallel arc is detected on the basis of the adjustment direction (ΔP Uo, ΔP IK) of output management.
A method for improving a manufacture of topology optimized 3D parts, the method comprising: by a computing system (100, 900): accessing geometries associated with a topology optimization process, the geometries comprising: an original geometry that represents a design space upon which the topology optimization process applies to, wherein the original geometry also represents the 3D part, and wherein the original geometry comprises fixed regions designated to remain unchanged by the topology optimization process; and a topology optimized geometry that represents an output of the topology optimization process performed for the original geometry; and generating a final geometry from the topology optimized geometry by: conforming the topology optimized geometry to the original geometry at portions of the topology optimized geometry that correspond to said fixed regions of the original geometry; and smoothing the topology optimized geometry at portions that correspond to non-fixed regions of the original geometry. accessing geometries associated with a topology optimization process, the geometries comprising: an original geometry that represents a design space upon which the topology optimization process applies to, wherein the original geometry also represents the 3D part, and wherein the original geometry comprises fixed regions designated to remain unchanged by the topology optimization process; and a topology optimized geometry that represents an output of the topology optimization process performed for the original geometry; and an original geometry that represents a design space upon which the topology optimization process applies to, wherein the original geometry also represents the 3D part, and wherein the original geometry comprises fixed regions designated to remain unchanged by the topology optimization process; and a topology optimized geometry that represents an output of the topology optimization process performed for the original geometry; and generating a final geometry from the topology optimized geometry by: conforming the topology optimized geometry to the original geometry at portions of the topology optimized geometry that correspond to said fixed regions of the original geometry; and smoothing the topology optimized geometry at portions that correspond to non-fixed regions of the original geometry. conforming the topology optimized geometry to the original geometry at portions of the topology optimized geometry that correspond to said fixed regions of the original geometry; and smoothing the topology optimized geometry at portions that correspond to non-fixed regions of the original geometry.
Elongate luminaire comprising: an elongate luminaire support which extends along a longitudinal axis, the luminaire support having a contact surface extending along the longitudinal axis, an elongate lamp having a main emission direction, the lamp extending along the longitudinal axis in order to bear against the contact surface, an elongate light guide having a frontal coupling region facing the lamp for coupling in the light emitted by the lamp and a decoupling region for emitting the light coupled in via the coupling region, and a spring element which is clamped in the luminaire support in such a way as to press the lamp against the contact surface and to align it in such a way that the frontal coupling region is opposite the lamp when viewed in the main emission direction, in order to couple in light emitted by the lamp in the main emission direction into the light guide via the frontal coupling region, characterized in that the longitudinal axis along which the luminaire support, the contact surface and the lamp extend is a longitudinal axis of the elongate luminaire, and the spring element can be releasably clamped at different points on the luminaire support. an elongate luminaire support which extends along a longitudinal axis, the luminaire support having a contact surface extending along the longitudinal axis, an elongate lamp having a main emission direction, the lamp extending along the longitudinal axis in order to bear against the contact surface, an elongate light guide having a frontal coupling region facing the lamp for coupling in the light emitted by the lamp and a decoupling region for emitting the light coupled in via the coupling region, and a spring element which is clamped in the luminaire support in such a way as to press the lamp against the contact surface and to align it in such a way that the frontal coupling region is opposite the lamp when viewed in the main emission direction, in order to couple in light emitted by the lamp in the main emission direction into the light guide via the frontal coupling region, characterized in that the longitudinal axis along which the luminaire support, the contact surface and the lamp extend is a longitudinal axis of the elongate luminaire, and the spring element can be releasably clamped at different points on the luminaire support.
Carrier material for producing a carrier for a decorated wall or floor panel, wherein the carrier material comprises a matrix material and a solid material, wherein the matrix material is present in an amount, based on the carrier material, from ≥ 25 wt.-% to ≤ 55 wt.-%, in particular from ≥ 35 wt.-% to ≤ 45 wt.-%, and wherein the solid material is present in an amount, based on the carrier material, from ≥ 45 wt.-% to ≤ 75 wt.-%, in particular from ≥ 55 wt.-% to ≤ 65 wt.-%, and wherein the matrix material and the solid material together, based on the carrier material, are present in an amount from ≥ 95 wt.-%, in particular ≥ 99 wt.-%, characterized in that the solid material is present in an amount, based on the carrier material, of at least 50 wt.-%, in particular at least 80 wt.-%, in particular at least 95 wt.-%, is formed from a solid composition consisting of at least a first layered silicate powder and a second layered silicate powder, wherein the first layered silicate powder has a particle size D 50 which is smaller than the particle size D 50 of the second layered silicate powder, and the matrix material is formed, based on the matrix material, to at least 50 wt.-%, in particular at least 80 wt.-%, in particular at least 95 wt.-%, by a plastic composition consisting of a homopolymer and at least one first copolymer and one second copolymer, wherein the first copolymer is different from the second copolymer.
A method for monitoring a vehicle by means of a monitoring system comprising a monitoring device (300, 400) comprising a lens, the monitoring device (300, 400) being installed in a parking lot and the system further comprising an in-vehicle device having a GPS module and a collision sensor, the method comprising: establishing a wireless connection between the in-vehicle device and the monitoring device (300, 400) when the in-vehicle device enters the parking lot; detecting (S401, S402) by the in-vehicle device that a collision has occurred using its collision sensor; on detecting that a collision occurs, the in-vehicle device determining its GPS location using its GPS module and subsequently sending a monitoring request comprising the GPS location to the monitoring device over the wireless connection; the monitoring device (300, 400) receiving (S404, S402, S302) the monitoring request and adjusting (S102, S302) at least one of a direction and a focal length of the lens according to the location information of the vehicle and collecting (S103, S206, S305) environment data of the vehicle by using the lens adjusted, and storing the environment data. establishing a wireless connection between the in-vehicle device and the monitoring device (300, 400) when the in-vehicle device enters the parking lot; detecting (S401, S402) by the in-vehicle device that a collision has occurred using its collision sensor; on detecting that a collision occurs, the in-vehicle device determining its GPS location using its GPS module and subsequently sending a monitoring request comprising the GPS location to the monitoring device over the wireless connection; determining its GPS location using its GPS module and subsequently sending a monitoring request comprising the GPS location to the monitoring device over the wireless connection; the monitoring device (300, 400) receiving (S404, S402, S302) the monitoring request and adjusting (S102, S302) at least one of a direction and a focal length of the lens according to the location information of the vehicle and collecting (S103, S206, S305) environment data of the vehicle by using the lens adjusted, and storing the environment data. adjusting (S102, S302) at least one of a direction and a focal length of the lens according to the location information of the vehicle and collecting (S103, S206, S305) environment data of the vehicle by using the lens adjusted, and storing the environment data.