mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for filling containers with rod-shaped articles, comprising a hopper for feeding the articles, having at least one mouth for dispensing the articles through a respective lower end, conveyor means located in the vicinity of the at least one dispensing mouth and supporting a plurality of containers designed to receive inside the superposed layers of articles, extractor means for removing in succession the layers of articles from an unloading zone of each dispensing mouth and inserting them inside containers carried by the conveyor means, the extractor means comprising, for each dispensing mouth, a pick-up element designed to pick up from above and to hold a layer of articles supported by a supporting element moved away from the unloading zone, being provided with an actuating device for moving the pick-up element above a container carried by the conveyor means, with subsequent release of the relative layer of articles inside the container, characterised in that the extractor means also comprise, for each dispensing mouth, a supporting element positioned below the unloading zone of the dispensing mouth and designed to receive from above and to hold a layer of articles, being equipped with motor means for moving the supporting element away from the unloading zone after receiving one layer of articles, and in that the pick-up element is connected to the actuating device using an articulated arm.
A method for performing wireless communication between terminals, by a main terminal comprising a touch sensor, the method comprising the steps of: transmitting an inquiry message to a neighboring terminal; receiving an inquiry response message from the neighboring terminal; determining, by the main terminal, whether the main terminal overlaps the neighboring terminal, wherein the determining comprises: detecting a signal in form of an electromagnetic wave output from a touch sensor of the neighboring terminal; and determining whether the detected signal has a voltage value greater than or equal to a threshold, wherein it is determined that the main terminal overlaps the neighboring terminal, when the detected signal has the voltage value greater than or equal to the threshold; when the main terminal overlaps the neighboring terminal, automatically performing paging with respect to the neighboring terminal and establishing pairing between the main terminal and the neighboring terminal; and when the main terminal does not overlap the neighboring terminal, displaying, to the user, a list of terminals, which are capable of being paired with the main terminal and include the neighboring terminal. transmitting an inquiry message to a neighboring terminal; receiving an inquiry response message from the neighboring terminal; determining, by the main terminal, whether the main terminal overlaps the neighboring terminal, wherein the determining comprises: detecting a signal in form of an electromagnetic wave output from a touch sensor of the neighboring terminal; and determining whether the detected signal has a voltage value greater than or equal to a threshold, wherein it is determined that the main terminal overlaps the neighboring terminal, when the detected signal has the voltage value greater than or equal to the threshold; detecting a signal in form of an electromagnetic wave output from a touch sensor of the neighboring terminal; and determining whether the detected signal has a voltage value greater than or equal to a threshold, wherein it is determined that the main terminal overlaps the neighboring terminal, when the detected signal has the voltage value greater than or equal to the threshold; when the main terminal overlaps the neighboring terminal, automatically performing paging with respect to the neighboring terminal and establishing pairing between the main terminal and the neighboring terminal; and when the main terminal does not overlap the neighboring terminal, displaying, to the user, a list of terminals, which are capable of being paired with the main terminal and include the neighboring terminal.
A motor vehicle comprising - a vehicle frame, - a cab unit which comprises a driver space, is hingingly connected to the vehicle frame and is tiltable relative to the vehicle frame between a lowered state and a raised state, and - a first circuit intended for circulation of a first medium and situated on the vehicle frame, - a second circuit intended for circulation of a second medium and situated in the cab unit, and a heat transfer arrangement for transfer of heat between said media, and - the heat transfer arrangement comprises a first heat transfer unit fitted on the vehicle frame, facing towards the cab unit and incorporated in the first circuit in order to have said first medium flowing through it, characterized in that the motor vehicle comprises a second heat transfer unit fitted on the cab unit, facing towards the vehicle frame and incorporated in the second circuit in order to have said second medium flowing through it, said heat transfer units (11, 21) being arranged to be in heat-transferring contact with one another when the cab unit is in the lowered state and be separated from one another when the cab unit is in the raised state. - a vehicle frame, - a cab unit which comprises a driver space, is hingingly connected to the vehicle frame and is tiltable relative to the vehicle frame between a lowered state and a raised state, and - a first circuit intended for circulation of a first medium and situated on the vehicle frame, - a second circuit intended for circulation of a second medium and situated in the cab unit, and a heat transfer arrangement for transfer of heat between said media, and - the heat transfer arrangement comprises a first heat transfer unit fitted on the vehicle frame, facing towards the cab unit and incorporated in the first circuit in order to have said first medium flowing through it, characterized in that the motor vehicle comprises a second heat transfer unit fitted on the cab unit, facing towards the vehicle frame and incorporated in the second circuit in order to have said second medium flowing through it, said heat transfer units (11, 21) being arranged to be in heat-transferring contact with one another when the cab unit is in the lowered state and be separated from one another when the cab unit is in the raised state.
Middle seal block system for a lift and slide door, at least comprising: - a middle seal block for arrangement between a fixed sash and a structure profile which increases a ground sill, at least comprising a base which, in the assembled state, extends in a longitudinal direction of the structure profile, and a transverse bar which adjoins the base at a right angle, wherein at least one downwardly open sealant/adhesive chamber (19.1, 19.2) is configured on an underside which is to be turned towards the structure profile, said chamber having at least one fill opening (18.1, 18.2) which opens with respect to the upper side; characterized in that the middle seal block system - comprises a middle seal termination piece for insertion into a lower end face of a middle seal profile which is to be attached to the sliding sash, wherein - at least one support surface is configured on the base of the middle seal block, and a guide element which projects above the support surface is integrally formed on the base, - the guide element has, on the upper side thereof, a support surface (16.1) for a middle seal profile of the sliding sash, in which support surface at least one groove (16.2) which extends in the longitudinal direction is formed, and has, on a side which is to be turned towards the sliding sash, at least one oblique surface (16.3), and - the middle seal termination piece has at least one oblique surface which is to be arranged in a plane-parallel manner with respect to the oblique surface (16.3) of the guide element. - a middle seal block for arrangement between a fixed sash and a structure profile which increases a ground sill, at least comprising a base which, in the assembled state, extends in a longitudinal direction of the structure profile, and a transverse bar which adjoins the base at a right angle, wherein at least one downwardly open sealant/adhesive chamber (19.1, 19.2) is configured on an underside which is to be turned towards the structure profile, said chamber having at least one fill opening (18.1, 18.2) which opens with respect to the upper side; characterized in that the middle seal block system - comprises a middle seal termination piece for insertion into a lower end face of a middle seal profile which is to be attached to the sliding sash, wherein - at least one support surface is configured on the base of the middle seal block, and a guide element which projects above the support surface is integrally formed on the base, - the guide element has, on the upper side thereof, a support surface (16.1) for a middle seal profile of the sliding sash, in which support surface at least one groove (16.2) which extends in the longitudinal direction is formed, and has, on a side which is to be turned towards the sliding sash, at least one oblique surface (16.3), and - the middle seal termination piece has at least one oblique surface which is to be arranged in a plane-parallel manner with respect to the oblique surface (16.3) of the guide element.
A double-structure bush made of a polymeric composite, comprising: a slide layer configured to receive a pin unit, in which the inner circumferential surface of the slide layer is in contact with the pin unit to support rotation of the pin unit; and a load support layer integrally stacked on the outer circumferential surface of the slide layer, configured to be received in a boss, in which the load support layer is in contact with the inner circumferential surface of the boss to support radial load of the pin unit, characterized in that the ratio T 2 /T 1 of the thermal expansion coefficient T 2 of the load support layer to the thermal expansion coefficient T 1 of the boss in a temperature range of - 40 to 50°C is 1.5 to 3.1, and the ratio T 4 /T 3 of the thermal expansion coefficient T 4 of the slide layer to the thermal expansion coefficient T 3 of the load support layer in a temperature range of 50 to 130°C is 3.5 to 5. a slide layer configured to receive a pin unit, in which the inner circumferential surface of the slide layer is in contact with the pin unit to support rotation of the pin unit; and a load support layer integrally stacked on the outer circumferential surface of the slide layer, configured to be received in a boss, in which the load support layer is in contact with the inner circumferential surface of the boss to support radial load of the pin unit, characterized in that the ratio T 2 /T 1 of the thermal expansion coefficient T 2 of the load support layer to the thermal expansion coefficient T 1 of the boss in a temperature range of - 40 to 50°C is 1.5 to 3.1, and the ratio T 4 /T 3 of the thermal expansion coefficient T 4 of the slide layer to the thermal expansion coefficient T 3 of the load support layer in a temperature range of 50 to 130°C is 3.5 to 5.
A method for transmitting a signal, applying to User Equipment, UE, the method comprising: acquiring a first Physical Uplink Control Channel, PUCCH, signal and a second PUCCH signal to be transmitted jointly, the first PUCCH signal being transmitted within a duration of one designated symbol, the second PUCCH signal being transmitted within a duration of a plurality of designated symbols; the method further comprising acquiring a third PUCCH signal by replacing, with the first PUCCH signal, a first Demodulation Reference Signal, DMRS, of at least one of the designated symbols in the second PUCCH signal; and transmitting the third PUCCH signal to a base station, wherein the first PUCCH signal is transmitted in a format in which different Uplink Control Information, UCI, is represented using different sequences, or wherein the first PUCCH signal is transmitted in a format in which different UCI is represented using different sequences, wherein sequence symbols at one or more fixed locations in the different sequences are identical, or wherein the first PUCCH signal is transmitted in a format in which a second DMRS and UCI are arranged according to a designated density in a frequency domain, wherein the designated density refers to a form in which the second DMRS and UCI are arranged in the frequency domain. acquiring a first Physical Uplink Control Channel, PUCCH, signal and a second PUCCH signal to be transmitted jointly, the first PUCCH signal being transmitted within a duration of one designated symbol, the second PUCCH signal being transmitted within a duration of a plurality of designated symbols; the method further comprising acquiring a third PUCCH signal by replacing, with the first PUCCH signal, a first Demodulation Reference Signal, DMRS, of at least one of the designated symbols in the second PUCCH signal; and transmitting the third PUCCH signal to a base station, wherein the first PUCCH signal is transmitted in a format in which different Uplink Control Information, UCI, is represented using different sequences, or wherein the first PUCCH signal is transmitted in a format in which different UCI is represented using different sequences, wherein sequence symbols at one or more fixed locations in the different sequences are identical, or wherein the first PUCCH signal is transmitted in a format in which a second DMRS and UCI are arranged according to a designated density in a frequency domain, wherein the designated density refers to a form in which the second DMRS and UCI are arranged in the frequency domain.
A switch device, comprising: a moving member provided so as to be capable of protruding from a housing; a latch member provided in the moving member, and engaging a striker; an urging member urging the moving member in a direction protruding from the housing; a lock mechanism comprising a lever locking the moving member relative to the housing so as to be incapable of moving in a state wherein an urging force is accumulated in the urging member, and releasing a lock state of the moving member when the moving member is pushed into the housing in a state wherein the moving member is locked in the housing; a movable terminal provided in the moving member; and fixed terminals provided at a fixed member formed as a terminal base fixed inside the housing, wherein the movable terminal is contacted and conducted in the lock state of the moving member, and wherein the movable terminal is not contacted and is not conducted in an unlock state of the moving member, and wherein in a state wherein elastic energy is accumulated at least in the movable terminal or the fixed terminal, the movable terminal and the fixed terminal are contacted, characterised in that inside the housing a stopper is provided and the lever is retained between the terminal base and the stopper, so that a movement of the terminal base is controlled. a moving member provided so as to be capable of protruding from a housing; a latch member provided in the moving member, and engaging a striker; an urging member urging the moving member in a direction protruding from the housing; a lock mechanism comprising a lever locking the moving member relative to the housing so as to be incapable of moving in a state wherein an urging force is accumulated in the urging member, and releasing a lock state of the moving member when the moving member is pushed into the housing in a state wherein the moving member is locked in the housing; a movable terminal provided in the moving member; and fixed terminals provided at a fixed member formed as a terminal base fixed inside the housing, wherein the movable terminal is contacted and conducted in the lock state of the moving member, and wherein the movable terminal is not contacted and is not conducted in an unlock state of the moving member, and wherein in a state wherein elastic energy is accumulated at least in the movable terminal or the fixed terminal, the movable terminal and the fixed terminal are contacted, characterised in that inside the housing a stopper is provided and the lever is retained between the terminal base and the stopper, so that a movement of the terminal base is controlled.
A headrest for a seat of a vehicle, comprising: a body securable to the seat; a side portion adjacent the body; a receiver pivotally attached to the body; a slide attached to the side portion so as to be movable along the receiver between a first position in which the side portion is in a retracted position and a second position in which the side portion is in an extended position; a friction member on one of the receiver and the slide; a securing mechanism attached to the body for causing the friction member to hold the slide in a selected position relative to the receiver; and a pivot arm having a first end attached to the side portion and a second end attached to the body spaced from a front surface of the body, the side portion pivoting relative to the body via the pivot arm when the slide moves relative to the receiver. a body securable to the seat; a side portion adjacent the body; a receiver pivotally attached to the body; a slide attached to the side portion so as to be movable along the receiver between a first position in which the side portion is in a retracted position and a second position in which the side portion is in an extended position; a friction member on one of the receiver and the slide; a securing mechanism attached to the body for causing the friction member to hold the slide in a selected position relative to the receiver; and a pivot arm having a first end attached to the side portion and a second end attached to the body spaced from a front surface of the body, the side portion pivoting relative to the body via the pivot arm when the slide moves relative to the receiver.
A supercapacitor with a double electrochemical layer, comprising: - at least two juxtaposed complexes (1, 2), each one including one electrode, said juxtaposed complexes being spaced apart by a distance d, along a longitudinal axis, and, - at least one common complex including one electrode, said common complex facing both juxtaposed complexes (1, 2) and being separated from the latter by at least one separator, the separator and the complexes (1, 2, 3) being wound together in turns, along the longitudinal axis, in order to form a wound element, characterized in that the separator consists of at least two portions spaced apart by a distance w of less than the distance d, each of the portions entirely separating the complexes (1, 2, 3) facing each other. - at least two juxtaposed complexes (1, 2), each one including one electrode, said juxtaposed complexes being spaced apart by a distance d, along a longitudinal axis, and, - at least one common complex including one electrode, said common complex facing both juxtaposed complexes (1, 2) and being separated from the latter by at least one separator,
Foundation pile for offshore structures which is composed in a modular manner of individual pipe sections, of which at least one pipe section is anchored as a permanent borehole casing in the subsoil, wherein the pipe sections are formed as concrete pipes which are connected to one another via clamping elements in a longitudinally force-locked manner.
Method for synchronising a first display device in a motor vehicle, which display device includes a head-up display, and a second display device, to be synchronised, of the motor vehicle, wherein the first display device displays a first dataset which includes a first display content regarding a predetermined thematic context, wherein an optical sensor device on the basis of 3D-image data detects an operating gesture of a user, which includes a movement, carried out freely in space, of a body part of the operating person, and generates a signal describing the operating gesture and transmits it to a gesture recognising device and the gesture recognising device determines the operating gesture on the basis of the signal, wherein - the gesture recognising device on the basis of the detected operating gesture detects a dataset selected by the user by means of the operating gesture and displayed by the first display device, and wherein - a control device receives from the gesture recognising device a control signal which describes the detected dataset, characterised in that - the control device on the basis of the control signal detects the predetermined thematic context of the detected dataset, and that - on the basis of the detected predetermined thematic context a further dataset is provided having a second display content regarding the detected predetermined thematic context, and - the further dataset is displayed on the second display device, and that - the gesture recognising device determines on the basis of the signal from the sensor device, which of the display devices (30, 34) is the display device already displaying the first dataset and which of the display devices (30, 34) is the display device to be synchronised. - the gesture recognising device on the basis of the detected operating gesture detects a dataset selected by the user by means of the operating gesture and displayed by the first display device, and wherein - a control device receives from the gesture recognising device a control signal which describes the detected dataset, characterised in that - the control device on the basis of the control signal detects the predetermined thematic context of the detected dataset, and that - on the basis of the detected predetermined thematic context a further dataset is provided having a second display content regarding the detected predetermined thematic context, and - the further dataset is displayed on the second display device, and that - the gesture recognising device determines on the basis of the signal from the sensor device, which of the display devices (30, 34) is the display device already displaying the first dataset and which of the display devices (30, 34) is the display device to be synchronised.