mhurhangee/ep-ind-claims huggingface dataset:
A dipped and heat-set polyester cord has at least two plies and has spacing(s) between the said cord plies which has less than 2.0cN/dtex TASE at 2.0% elongation (determined in accordance with ASTM D885-16) is characterized in that, the spacing(s) between the said cord plies is longer than 10% and shorter than 60% of the cord diameter.
A method, comprising: a) receiving (300; 400) a request to establish (310, 320; 410) at least a portion of a media session associated with a media signal between a session exchange device and a network entity (160, 170) based on at least a portion of a session description, the session exchange device and the network entity (160, 170) being associated with a media over internet protocol, MoIP, network; b) querying a data-transfer-rate database configured to store predetermined data-transfer-rate values to obtain a predefined data-transfer-value based on the portion of the session description (205, 210, 220, 230, 240, 280); c) in response to querying the data-transfer-rate database, receiving an indicator at the session exchange device that the portion of the session description is not associated with a predefined data-transfer-rate value; d) sending a request for a user-defined data-transfer-rate value in response to the indicator to a user interface; e) in response to the request, receiving said user-defined data-transfer-rate value; J 2. and f) managing the media signal based on the user-defined data-transfer-rate value. a) receiving (300; 400) a request to establish (310, 320; 410) at least a portion of a media session associated with a media signal between a session exchange device and a network entity (160, 170) based on at least a portion of a session description, the session exchange device and the network entity (160, 170) being associated with a media over internet protocol, MoIP, network; b) querying a data-transfer-rate database configured to store predetermined data-transfer-rate values to obtain a predefined data-transfer-value based on the portion of the session description (205, 210, 220, 230, 240, 280); c) in response to querying the data-transfer-rate database, receiving an indicator at the session exchange device that the portion of the session description is not associated with a predefined data-transfer-rate value; d) sending a request for a user-defined data-transfer-rate value in response to the indicator to a user interface; e) in response to the request, receiving said user-defined data-transfer-rate value; J 2. and f) managing the media signal based on the user-defined data-transfer-rate value.
Stator for a rotary electric machine comprising: • an interconnector comprising annular shaped frames extending along a radial plane in order to interconnect coils for forming the various phases U, V, W; • a coil wound around a stator body; • a support comprising a resilient body that comprises a temperature sensor oriented towards the coil, said resilient body being configured to have, along a vertical axis A, a first position, in which the body is decompressed, and a second position, in which the body is compressed, the support comprising at least one attachment element having a contact wall that is adapted to be fixedly held on and in contact with the interconnector, characterized in that the support is borne by the interconnector and in that along the vertical axis A, in said second position, the sensor is closer to said wall than in said first position. • an interconnector comprising annular shaped frames extending along a radial plane in order to interconnect coils for forming the various phases U, V, W; • a coil wound around a stator body; • a support comprising a resilient body that comprises a temperature sensor oriented towards the coil, said resilient body being configured to have, along a vertical axis A, a first position, in which the body is decompressed, and a second position, in which the body is compressed, the support comprising at least one attachment element having a contact wall that is adapted to be fixedly held on and in contact with the interconnector,
Operator control apparatus (105, 107) for a vehicle, wherein the operator control apparatus (105, 107) comprises the following features: a rotatable base body having a first operator control section for adjusting at least one first vehicle function of the vehicle, which first vehicle function is associated or associable with the first operator control section, an electronics unit designed to provide a first touch signal, which represents a manual touch of the first operator control section or approach toward the first operator control section, and a rotation unit to allow a rotary movement of the base body, characterized by a second operator control section of the base body for adjusting at least one second vehicle function of the vehicle, which second vehicle function is associated or associable with the second operator control section, wherein the electronics unit provides a second touch signal, which represents a manual touch of the second operator control section or approach toward the second operator control section, and wherein the rotation unit is designed to respond to the first touch signal by adjusting a first rotation characteristic of the rotary movement and to respond to the second touch signal by adjusting a second rotation characteristic of the rotary movement, which is different than the first rotation characteristic. a rotatable base body having a first operator control section for adjusting at least one first vehicle function of the vehicle, which first vehicle function is associated or associable with the first operator control section, an electronics unit designed to provide a first touch signal, which represents a manual touch of the first operator control section or approach toward the first operator control section, and a rotation unit to allow a rotary movement of the base body, characterized by a second operator control section of the base body for adjusting at least one second vehicle function of the vehicle, which second vehicle function is associated or associable with the second operator control section, wherein the electronics unit provides a second touch signal, which represents a manual touch of the second operator control section or approach toward the second operator control section, and wherein the rotation unit is designed to respond to the first touch signal by adjusting a first rotation characteristic of the rotary movement and to respond to the second touch signal by adjusting a second rotation characteristic of the rotary movement, which is different than the first rotation characteristic.
Inductive power transfer circuit comprising at least an inductive rotating coupler having a primary side rotatably arranged against a secondary side, the primary side comprising at least a primary winding, the secondary side comprising at least a secondary winding, being connected to a rectifier (221 - 224) for delivering a DC output, the inductive rotating coupler further having a stray inductance, a resonance capacitor coupled in series with at least one of the primary winding or secondary winding, the resonance capacitor forming a series resonance circuit together with the stray inductance defining at least one series resonance frequency, an inverter for converting a DC input voltage from a DC voltage source into an AC voltage, the inverter comprising at least four semiconductor switches (141 - 144) forming a first branch of a first switch and a second switch and a second branch of a third switch and a fourth switch in a full bridge circuit, and a control circuit for generating control signals (191 -194) to control the switches, the control circuit being enabled to generate control signals for a full bridge mode operation where alternatingly the first switch together with the fourth switch and the second switch together with the third switch are closed, characterized in that the control circuit is further enabled to generate control signals for a half bridge mode operation where one switch of one branch is permanently closed and the switches of the other branch are alternatingly closed, and the control circuit is adapted to generate control signals for the half bridge mode in a start sequence and switches later to the full bridge mode, wherein the control signals start with a low duty cycle, which is increased with time.
Pressing tool for producing an non-detachable pipe connection, comprising - holding means for holding the periphery of at least one first tubular or sleeve-shaped connection element and - slide means for peripherally holding and axially displacing at least one second tubular or sleeve-shaped connection element (46, 114), - the slide means being movable along a first axial operating direction towards the holding means to press two interengaging tubular or sleeve-shaped connection elements (42, 46, 114), - the slide means are movable towards the holding means along a second axial operating direction opposite the first axial operating direction to press two interengaging tubular or sleeve-shaped connection elements (42, 46, 114), - the slide means have at least one first slide unit and at least one second slide unit and - the slide units (70, 72) being axially displaceable in opposite directions and being configured to cooperate with the holding means in opposite operating directions (R1, R2), characterised in that - the slide units (70, 72) are guided along at least one common axis, - the slide units (70, 72) being arranged, closely, next to one another in a starting position. - holding means for holding the periphery of at least one first tubular or sleeve-shaped connection element and - slide means for peripherally holding and axially displacing at least one second tubular or sleeve-shaped connection element (46, 114), - the slide means being movable along a first axial operating direction towards the holding means to press two interengaging tubular or sleeve-shaped connection elements (42, 46, 114), - the slide means are movable towards the holding means along a second axial operating direction opposite the first axial operating direction to press two interengaging tubular or sleeve-shaped connection elements (42, 46, 114), - the slide means have at least one first slide unit and at least one second slide unit and - the slide units (70, 72) being axially displaceable in opposite directions and being configured to cooperate with the holding means in opposite operating directions (R1, R2), - the slide units (70, 72) are guided along at least one common axis, - the slide units (70, 72) being arranged, closely, next to one another in a starting position.
An oral care implement comprising: a handle; a head connected to the handle, the head having a front surface, a rear surface, and a peripheral surface extending between the front and rear surfaces; cleaning elements extending from the front surface of the head; a first cleaner for cleansing soft oral tissue fixed to the rear surface of the head; a second cleaner for cleansing soft oral tissue fixed to the rear surface of the head; and a third cleaner for cleansing soft oral tissue fixed to the peripheral surface of the head; characterized in that the first cleaner is constructed of a resilient elastomeric material having a first density, the second cleaner is constructed of a resilient elastomeric material having a second density, and the third cleaner is constructed of a resilient elastomeric material having a third density, wherein the first cleaner and the second cleaner have a different hardness. a handle; a head connected to the handle, the head having a front surface, a rear surface, and a peripheral surface extending between the front and rear surfaces; cleaning elements extending from the front surface of the head; a first cleaner for cleansing soft oral tissue fixed to the rear surface of the head; a second cleaner for cleansing soft oral tissue fixed to the rear surface of the head; and a third cleaner for cleansing soft oral tissue fixed to the peripheral surface of the head; characterized in that the first cleaner is constructed of a resilient elastomeric material having a first density, the second cleaner is constructed of a resilient elastomeric material having a second density, and the third cleaner is constructed of a resilient elastomeric material having a third density, wherein the first cleaner and the second cleaner have a different hardness.
Method for realizing hard floor panels, said floor panels having a laminated structure, wherein at least at the upper surface a printed decorative layer with a wood pattern comprising printed wood nerves is present, with thereupon a transparent layer of synthetic material in which impressions (18A-18B-18C) are formed, characterized in that the floor panels are formed of larger plates and wherein, during the formation of the plates, at least one printed decorative layer and a layer of synthetic material are provided on a base plate, wherein, when said layers are pressed onto the base plate, heat is supplied and simultaneously said impressions (18A-18B-18C) are formed in said layer of synthetic material by means of a pressing mould, wherein said impressions (18A-18B-18C) are formed to substantially follow the wood pattern of the printed decorative layer by means of said impressions being situated at at least one wood nerve or between two adjacent wood nerves and positioned such that their configuration globally follows at least one wood nerve.
A composite IC card comprising: a card base having a recess; an antenna sheet arranged inside the card base; and an IC module arranged in the recess of the card base, wherein the IC module comprises an IC chip having both a contact communication function and a non-contact communication function, a module substrate provided with an external terminal which is a contact communication element, and a first coupling coil which is a non-contact communication mechanism, the antenna sheet comprises an antenna coil configured to perform reception of electric power and transmission and reception of signals with an external reader, and a second coupling coil connected to the antenna coil, the first coupling coil and the second coupling coil are arranged so as to be capable of achieving close coupling therebetween and configured to couple the IC module with the antenna sheet in a non-contact manner by trans coupling, the second coupling coil of the antenna sheet is arranged outside a region in which the recess of the card base is formed, characterized in that the second coupling coil is formed from a coil having a plurality of turns, and the innermost turn of the second coil is greater in line width than the other turns of the second coil. a card base having a recess; an antenna sheet arranged inside the card base; and an IC module arranged in the recess of the card base, wherein the IC module comprises an IC chip having both a contact communication function and a non-contact communication function, a module substrate provided with an external terminal which is a contact communication element, and a first coupling coil which is a non-contact communication mechanism, the antenna sheet comprises an antenna coil configured to perform reception of electric power and transmission and reception of signals with an external reader, and a second coupling coil connected to the antenna coil, the first coupling coil and the second coupling coil are arranged so as to be capable of achieving close coupling therebetween and configured to couple the IC module with the antenna sheet in a non-contact manner by trans coupling, the second coupling coil of the antenna sheet is arranged outside a region in which the recess of the card base is formed, characterized in that the second coupling coil is formed from a coil having a plurality of turns, and the innermost turn of the second coil is greater in line width than the other turns of the second coil.
A ride control system for controlling a plurality of vehicles on a path, the ride control system comprising: a path processor; a bus bar for conducting electrical signals along the path; an electrical generator for energizing the bus bar; and an electronically-controlled circuit breaker in circuit with the path processor and the electrical generator; wherein each vehicle of the plurality of vehicles comprises: a vehicle processor supported by the at least one vehicle; a vehicle track monitor system arranged to monitor the energy output along the bus bar and in the absence of energy to notify the vehicle processor, and a shunt relay in circuit with the at least one vehicle processor and the electronically-controlled circuit breaker; wherein the bus bar is in circuit between the path processor and each vehicle processor; and each vehicle processor is configured to close a respective shunt relay upon a predetermined condition of the vehicle whereby the electronically-controlled circuit breaker is activated to de-energize the bus bar thereby notifying all other vehicles of the plurality of vehicles via their respective vehicle track monitoring systems. a path processor; a bus bar for conducting electrical signals along the path; an electrical generator for energizing the bus bar; and an electronically-controlled circuit breaker in circuit with the path processor and the electrical generator; wherein each vehicle of the plurality of vehicles comprises: a vehicle processor supported by the at least one vehicle; a vehicle track monitor system arranged to monitor the energy output along the bus bar and in the absence of energy to notify the vehicle processor, and a shunt relay in circuit with the at least one vehicle processor and the electronically-controlled circuit breaker; a vehicle processor supported by the at least one vehicle; a vehicle track monitor system arranged to monitor the energy output along the bus bar and in the absence of energy to notify the vehicle processor, and a shunt relay in circuit with the at least one vehicle processor and the electronically-controlled circuit breaker;
A method for facilitating the establishment of a virtual private network in a cellular communication network, the cellular communication network comprising a plurality of core network portions and a plurality of antennas, each antenna being associated with a core network portion, the method comprising the steps of: - arranging a network interface device in close proximity to the plurality of antennas, wherein the network interface device is part of mobile backhauling of the core network portions; - identifying an access request from a client device to establish a virtual private network connection through a core network portion by means of the network interface device; - determining application information from the client device by means of the network interface device; - comparing the application information to a network information of the core network portion to determine whether the application information matches the network information by means of the network interface device; - if the application information matches the network information, establishing a virtual private network connection of the client device through the core network portion using the application information by means of the network interface device; - if the application information does not match the network information, translating the application information into an information valid in the virtual private network connection of the client device and establishing a virtual private network connection of the client device using the information valid in the virtual private network connection of the client device by means of the network interface device, wherein the network interface device routes data flow from the client device to the core network portion via a tunnel established between the core network portion and the respective antenna. - arranging a network interface device in close proximity to the plurality of antennas, wherein the network interface device is part of mobile backhauling of the core network portions; - identifying an access request from a client device to establish a virtual private network connection through a core network portion by means of the network interface device; - determining application information from the client device by means of the network interface device; - comparing the application information to a network information of the core network portion to determine whether the application information matches the network information by means of the network interface device; - if the application information matches the network information, establishing a virtual private network connection of the client device through the core network portion using the application information by means of the network interface device; - if the application information does not match the network information, translating the application information into an information valid in the virtual private network connection of the client device and establishing a virtual private network connection of the client device using the information valid in the virtual private network connection of the client device by means of the network interface device,
Apparatus for sorting rod-like elements (3 1, 3 2,...3 n), in particular constituting cigarette production waste, each element having a defined different length (b 1, b 2,...b n), comprising a sorting transporter inclined with respect to the horizontal at an angle (α), the transporter comprising a longitudinal sieve element above and along which at least one pusher slat moves, the at least one pusher slat being transversal to its movement direction and being adapted to shift the elements (3 1, 3 2,...3 n) upwards along the sieve element, the shifted elements (3 1, 3 2,...3 n) being oriented substantially along the pusher slats, characterized in that the sieve element comprises at least one sieve section (7 1, 7 2,...7 m) in the form of a through opening in the transporter, the opening being divided by means of askew bars (11 1, 11 2,...11 m) into at least two neighboring through sub-sections (12 1, 12 2,...12 m), the widths (a 1, a 2,...a m) of the sub-sections in the respective sections, as measured in the direction parallel to the pusher slats being the same, and the bars (11 1, 11 2,...11 m) of each section being oriented substantially at the same acute angle (β 1, β 2,.. β m) to the pusher slats, the width (a 1, a 2,...a m) being different in each section (7 1, 7 2,...7 m), said width (a 1, a 2,...a m) and the length (c 1, c 2,...c m) of each section (7 1, 7 2,...7 m) being selected specifically for one selected length (b n) of the rod-like elements so that only the rod-like elements having the length smaller or equal to the one selected length (b n) pass through the sub-sections (12 1, 12 2...12 m) of this section while being oriented along the pusher slats.
A polysaccharide conjugate comprising: a chondroitin; at least one aspartic acid; and at least one molecule having platinum wherein said polysaccharide conjugate is represented by the following formula: a chondroitin; at least one aspartic acid; and at least one molecule having platinum wherein said polysaccharide conjugate is represented by the following formula: