mhurhangee/ep-ind-claims huggingface dataset:
System for providing an access to a guided vehicle, said system comprising: - a mobile gangway configured for enabling a person to get in or off the guided vehicle; - moving means configured for moving the mobile gangway with respect to a platform; - detectors for determining an exact position of a door of the guided vehicle stopping at said platform; and - a control unit configured for automatically determining a position for the mobile gangway with respect to the platform so that the mobile gangway forms at said position a bridge between the guided vehicle door and the platform, and for automatically controlling said moving means for moving said mobile gangway to said position. - a mobile gangway configured for enabling a person to get in or off the guided vehicle; - moving means configured for moving the mobile gangway with respect to a platform; - detectors for determining an exact position of a door of the guided vehicle stopping at said platform; and - a control unit configured for automatically determining a position for the mobile gangway with respect to the platform so that the mobile gangway forms at said position a bridge between the guided vehicle door and the platform, and for automatically controlling said moving means for moving said mobile gangway to said position.
A tire testing apparatus comprising: a plate adapted to be buried in a road surface with which a tire is in contact; at least one ground-contact-force sensor adapted to measure a ground-contact force during a contact of the tire, the ground-contact-force sensor includes a flexure element formed in a columnar shape and a gauge attached to a side surface thereof, whereby a lower part of the flexure element is fixed to the concave portion of the plate to integrate the ground-contact-force sensor with the plate; whereby the flexure element is arranged with a gap with respect to the plate, wherein the upper surface of the flexure element is configured to form the same plane as the upper surface of the plate, and at least one plate sensor measuring a load applied to the plate. a plate adapted to be buried in a road surface with which a tire is in contact; at least one ground-contact-force sensor adapted to measure a ground-contact force during a contact of the tire, the ground-contact-force sensor includes a flexure element formed in a columnar shape and a gauge attached to a side surface thereof, whereby a lower part of the flexure element is fixed to the concave portion of the plate to integrate the ground-contact-force sensor with the plate; whereby the flexure element is arranged with a gap with respect to the plate, wherein the upper surface of the flexure element is configured to form the same plane as the upper surface of the plate, and at least one plate sensor measuring a load applied to the plate.
Mechanism for a trunk of a motor vehicle, the mechanism comprising a trunk structure, an opening provided in the trunk structure, a first opening panel that can move relative to the trunk structure between a first open position (P11a) and a first closed position (P11b) and a second opening panel that can move relative to the trunk structure between a second open position (P12a) and a second closed position (P12b), the first opening panel and the second opening panel being capable of jointly closing the opening, characterized in that the first opening panel can move in rotation from the first open position to the first closed position (P11b) in a first direction of rotation regardless of the position of the second opening panel, in that the second opening panel can move in rotation from the second open position (P12a) to the second closed position (P12b) in a second direction of rotation that is opposite the first direction of rotation regardless of the position of the first opening panel, and in that one of the first and the second opening panels (11, 12) comprises a seal and the other of the first and the second opening panels (11, 12) comprises a bearing surface for the seal, the seal being in contact with the bearing surface when the first opening panel and the second opening panel are in the closed position.
A dynamic orthosis including: - a foot sole, - a shoe in which the foot sole is mounted, - a leg cuff, - a connecting structure offset to the back of the patient's leg and foot and connecting the leg cuff and the shoe together to enable said shoe to pivot around the patient's ankle joint, the connecting structure including an actuator, an axial extension of said actuator and a hinging system mounted between an end of the axial extension and the shoe, characterised in that the hinging system includes: ▪ an insert integral with the shoe, ▪ a first removable rotating element, fitted with an anchoring head adapted to be inserted into the insert, and ▪ a second rotating element mounted at the end of the axial extension, the first and second rotating elements being assembled to allow rotational motion of the axial extension relative to the insert. - a foot sole, - a shoe in which the foot sole is mounted, - a leg cuff, - a connecting structure offset to the back of the patient's leg and foot and connecting the leg cuff and the shoe together to enable said shoe to pivot around the patient's ankle joint, the connecting structure including an actuator, an axial extension of said actuator and a hinging system mounted between an end of the axial extension and the shoe, characterised in that the hinging system includes: ▪ an insert integral with the shoe, ▪ a first removable rotating element, fitted with an anchoring head adapted to be inserted into the insert, and ▪ a second rotating element mounted at the end of the axial extension, the first and second rotating elements being assembled to allow rotational motion of the axial extension relative to the insert. ▪ an insert integral with the shoe, ▪ a first removable rotating element, fitted with an anchoring head adapted to be inserted into the insert, and ▪ a second rotating element mounted at the end of the axial extension, the first and second rotating elements being assembled to allow rotational motion of the axial extension relative to the insert.
A mobile weighting and dimensioning system, comprising: a truck scale system, comprising: a fork scale configured to weigh a parcel that is held by forks; and a weight indicator configured to receive an indication of the weight of the parcel from the fork scale; and a tape measure, comprising: a tape cartridge configured to spool and unspool a tape having electronically readable indicia; a measurement circuit configured to determine a first linear dimension of the parcel by reading one of the electronically readable indicia in response to a first trigger event; and a communications circuit configured to transmit the first linear dimension of the parcel to the weight indicator, the weight indicator further configured to: associate the weight and the first linear dimension with an identifier of the parcel; and transmit the weight, the first linear dimension, and the identifier to a computing system. a truck scale system, comprising: a fork scale configured to weigh a parcel that is held by forks; and a weight indicator configured to receive an indication of the weight of the parcel from the fork scale; and a fork scale configured to weigh a parcel that is held by forks; and a weight indicator configured to receive an indication of the weight of the parcel from the fork scale; and a tape measure, comprising: a tape cartridge configured to spool and unspool a tape having electronically readable indicia; a measurement circuit configured to determine a first linear dimension of the parcel by reading one of the electronically readable indicia in response to a first trigger event; and a communications circuit configured to transmit the first linear dimension of the parcel to the weight indicator, the weight indicator further configured to: associate the weight and the first linear dimension with an identifier of the parcel; and transmit the weight, the first linear dimension, and the identifier to a computing system. a tape cartridge configured to spool and unspool a tape having electronically readable indicia; a measurement circuit configured to determine a first linear dimension of the parcel by reading one of the electronically readable indicia in response to a first trigger event; and a communications circuit configured to transmit the first linear dimension of the parcel to the weight indicator, the weight indicator further configured to: associate the weight and the first linear dimension with an identifier of the parcel; and transmit the weight, the first linear dimension, and the identifier to a computing system. associate the weight and the first linear dimension with an identifier of the parcel; and transmit the weight, the first linear dimension, and the identifier to a computing system.
Heat exchanger for gas, in particular the exhaust gases of an engine, comprising a bundle of tubes arranged inside a shell and intended for the circulation of gas with an exchange of heat with at least one stream of refrigerant fluid, said tubes being fixed by their ends between two support plates coupled at each end of the shell, and deflection means arranged inside the shell able to direct the at least one stream of refrigerant fluid inside the shell, the deflection means comprising a longitudinal deflector (6, 6a) substantially parallel to the tube bundle and intended to divide the shell into two circuits, said deflector (6, 6a) being fixed by its longitudinal edges to the internal walls of the shell and by its transverse edges to the two support plates by welding, characterized in that the deflector (6, 6a) includes in its transverse edges two protruding segments able to engage in respective grooves produced in the support plates for its connection by welding.
A method by a terminal, the method comprising: receiving, from a base station, downlink control information, DCI, including a value of a downlink assignment indicator, DAI; receiving, from the base station, data on first physical downlink shared channel, PDSCH based on the DCI; receiving, from the base station, data on second PDSCH based on a semi-persistent scheduling, SPS; generating first hybrid automatic repeat request-acknowledgement, HARQ-ACK, information for the data received on the first PDSCH based on the value of the DAI; generating second HARQ-ACK information for the data received on the second PDSCH based on the SPS; and transmitting, to a base station, HARQ-ACK bit sequence including the first HARQ-ACK information and the second HARQ-ACK information in a physical uplink control channel, PUCCH, wherein the value of the DAI is associated with a number of at least one pair of a serving cell and a subframe in which the PDSCH transmission is present, and the value of the DAI is indexed first in increasing order of serving cell index and then in increasing order of subframe index, and wherein the second HARQ-ACK information is included at an end of the HARQ-ACK bit sequence. receiving, from a base station, downlink control information, DCI, including a value of a downlink assignment indicator, DAI; receiving, from the base station, data on first physical downlink shared channel, PDSCH based on the DCI; receiving, from the base station, data on second PDSCH based on a semi-persistent scheduling, SPS; generating first hybrid automatic repeat request-acknowledgement, HARQ-ACK, information for the data received on the first PDSCH based on the value of the DAI; generating second HARQ-ACK information for the data received on the second PDSCH based on the SPS; and transmitting, to a base station, HARQ-ACK bit sequence including the first HARQ-ACK information and the second HARQ-ACK information in a physical uplink control channel, PUCCH, wherein the value of the DAI is associated with a number of at least one pair of a serving cell and a subframe in which the PDSCH transmission is present, and the value of the DAI is indexed first in increasing order of serving cell index and then in increasing order of subframe index, and wherein the second HARQ-ACK information is included at an end of the HARQ-ACK bit sequence.
A switch assembly (100; 200), adapted to be disposed in a holding portion of a hand-held device, the switch assembly (100; 200) comprising: a first key, to be exposed on a surface of the holding portion; a second key, to be exposed on the surface of the holding portion, and the first key and the second key respectively located on two opposite sides of the holding portion; a first connecting portion, to connect the first key and the holding portion; a second connecting portion, to connect the second key and the holding portion, wherein the first connecting portion and the second connecting portion are disposed for allowing the first key generating a displacement with respect to the second key along a connecting direction (AA') of the first key and the second key; a switch element, to be located within the holding portion, wherein the first key has a first backside toward the second key, and the switch element is disposed on the first backside; a plunger, to be located within the holding portion, wherein the second key has a second backside toward the first key, and the plunger is disposed on the second backside, the plunger is adapted to press the switch element and activate the switch element through the displacement; characterised by a sensing element adjacent to the first key and used for detecting the displacement of the first key; wherein the sensing element comprises a magnetic force sensor, and wherein the first key has a magnet corresponding to the magnetic force sensor. a first key, to be exposed on a surface of the holding portion; a second key, to be exposed on the surface of the holding portion, and the first key and the second key respectively located on two opposite sides of the holding portion; a first connecting portion, to connect the first key and the holding portion; a second connecting portion, to connect the second key and the holding portion, wherein the first connecting portion and the second connecting portion are disposed for allowing the first key generating a displacement with respect to the second key along a connecting direction (AA') of the first key and the second key; a switch element, to be located within the holding portion, wherein the first key has a first backside toward the second key, and the switch element is disposed on the first backside; a plunger, to be located within the holding portion, wherein the second key has a second backside toward the first key, and the plunger is disposed on the second backside, the plunger is adapted to press the switch element and activate the switch element through the displacement; characterised by a sensing element adjacent to the first key and used for detecting the displacement of the first key; wherein the sensing element comprises a magnetic force sensor, and wherein the first key has a magnet corresponding to the magnetic force sensor.
A blank of paper or cardboard for producing a bottle-like article, including a flap section for forming a bottleneck and a body section for forming a bottle body, wherein the flap section is arranged at an end of the body section, characterized in that the flap section includes a sequence of a group of first neck flaps and a group of second neck flaps, wherein the first and the second neck flaps (22, 24) are differently formed such that at least one area of the respective first neck flap abuts on at least one corresponding adhesive and/or compound section of the respective second neck flap in mounted state of the blank, and the flap section includes an equal or unequal number of first and second neck flaps (22, 24), wherein the group of the first neck flaps includes at least two first neck flaps and the group of the second neck flaps includes at least two second neck flaps.
Device for temporarily storing thermal energy, comprising - a first portion through which at least one pipeline system extends, in which a working medium for supplying and discharging the thermal energy flows, - a second portion in which a storage medium is arranged which can be thermally charged and discharged and - a fluid which flows through the first portion and the second portion of the device in order to transfer the thermal energy between the pipeline system and the storage medium during charging and discharging the storage medium, - wherein the storage medium has flow chambers for guiding the fluid therethrough, - wherein the first portion and the second portion are arranged in a cuboid housing and the housing comprises a cover and a base, - wherein the second portion is formed by two plate-shaped monolithic solid bodies, which form the storage medium, are opposite one another with lateral spacing in a plane-parallel manner and enclose the first portion in a sandwich-like manner, - wherein the space between the solid bodies corresponds to the first portion, which is arranged in the central plane, - wherein the upper end face and the lower end face of the solid body form an incline, wherein the axial distance from the cover or the base towards the central plane increases, as a result of which open areas (7, 8) are produced between the cover and the upper end face and between the base and the lower end face, which areas have a triangular cross section, - wherein the flow chambers open into the open areas (7, 8) at their ends. - a first portion through which at least one pipeline system extends, in which a working medium for supplying and discharging the thermal energy flows, - a second portion in which a storage medium is arranged which can be thermally charged and discharged and - a fluid which flows through the first portion and the second portion of the device in order to transfer the thermal energy between the pipeline system and the storage medium during charging and discharging the storage medium, - wherein the storage medium has flow chambers for guiding the fluid therethrough, - wherein the first portion and the second portion are arranged in a cuboid housing and the housing comprises a cover and a base, - wherein the second portion is formed by two plate-shaped monolithic solid bodies, which form the storage medium, are opposite one another with lateral spacing in a plane-parallel manner and enclose the first portion in a sandwich-like manner, - wherein the space between the solid bodies corresponds to the first portion, which is arranged in the central plane, - wherein the upper end face and the lower end face of the solid body form an incline, wherein the axial distance from the cover or the base towards the central plane increases, as a result of which open areas (7, 8) are produced between the cover and the upper end face and between the base and the lower end face, which areas have a triangular cross section, - wherein the flow chambers open into the open areas (7, 8) at their ends.
Method of producing a heat exchanger comprising a number of thin metal plates, wherein: the plates are being pressed to provide pressings providing a predetermined flow of liquid through the channels so as to provide an internal reinforcement and an efficient heat transmission to the surrounding air flowing through the spaces between the channels; a portion (21, 22) of the edges of the plates are processed into a thickness allowing a welding; the plates are joined to provide channels between each pair of said plates; whereafter manifolds for delivering liquid to and from the channels are secured by welding to the processed portions (21, 22) of the edges of the plates; characterised in that the portions (21, 22) of the edges of said plates are processed at the ends by folding into a thickness allowing a welding, and in that said joining of the plates to provide channels between each pair of said plates is performed by brazing. the plates are being pressed to provide pressings providing a predetermined flow of liquid through the channels so as to provide an internal reinforcement and an efficient heat transmission to the surrounding air flowing through the spaces between the channels; a portion (21, 22) of the edges of the plates are processed into a thickness allowing a welding; the plates are joined to provide channels between each pair of said plates; whereafter manifolds for delivering liquid to and from the channels are secured by welding to the processed portions (21, 22) of the edges of the plates; characterised in that the portions (21, 22) of the edges of said plates are processed at the ends by folding into a thickness allowing a welding, and in that said joining of the plates to provide channels between each pair of said plates is performed by brazing.
An imaging system comprising: a rolling shutter sensor that captures a plurality of images of a scene, wherein each of the plurality of images is captured as a series of lines; a continuous illumination source that illuminates the scene; a time-varying illumination source that illuminates the scene, wherein the rolling shutter sensor and the time-varying illumination source are operated synchronously when capturing each of the plurality of images to cause a plurality of on-cadence lines of the rolling shutter sensor to receive illumination from the continuous illumination source and a first amount of illumination from the time-varying illumination source and to cause a plurality of off-cadence lines of the rolling shutter sensor to receive illumination from the continuous illumination source and a second amount of illumination from the time-varying illumination source, wherein the first amount of illumination is greater than the second amount of illumination; and a processor that receives the plurality of images from the rolling shutter sensor and separates the plurality of images into a plurality of feeds, wherein each of the plurality of feeds includes a different contribution of the time-varying illumination source to an overall illumination of the scene. a rolling shutter sensor that captures a plurality of images of a scene, wherein each of the plurality of images is captured as a series of lines; a continuous illumination source that illuminates the scene; a time-varying illumination source that illuminates the scene, wherein the rolling shutter sensor and the time-varying illumination source are operated synchronously when capturing each of the plurality of images to cause a plurality of on-cadence lines of the rolling shutter sensor to receive illumination from the continuous illumination source and a first amount of illumination from the time-varying illumination source and to cause a plurality of off-cadence lines of the rolling shutter sensor to receive illumination from the continuous illumination source and a second amount of illumination from the time-varying illumination source, wherein the first amount of illumination is greater than the second amount of illumination; and a processor that receives the plurality of images from the rolling shutter sensor and separates the plurality of images into a plurality of feeds, wherein each of the plurality of feeds includes a different contribution of the time-varying illumination source to an overall illumination of the scene.
A test board comprising a support substrate and a set of one or more sockets being mounted on the support substrate each one for housing an electronic device to be tested with a main surface thereof facing the support substrate, each socket comprising a thermal conditioning element for acting on the main surface of the electronic device, characterized in that each socket comprises biasing means being switchable between an active condition, wherein the biasing means biases the thermal conditioning element in contact with the main surface of the electronic device, and a passive condition, wherein the biasing means maintains the thermal conditioning element separate from the main surface of the electronic device.