mhurhangee/ep-ind-claims huggingface dataset:
Electromagnetic actuator comprising an actuating member associated with an armature and able to move between two extreme positions under the action of an elastic member and of two electromagnets (1; 101) that are designed to attract the armature to one of the extreme positions, said electromagnets each comprising: - a coil (3; 103); - a core (2; 102) designed to channel a flux of the coil so that it forms a return path in the armature; and - one or more permanent magnets (13; 113) associated with the core so that the latter channels a flux of the permanent magnets so that it forms a return path in the armature; in which actuator the permanent magnet or magnets of one of the electromagnets are designed to exert a force on the armature sufficient to retain the armature in the associated extreme position against the springs, whereas the permanent magnet or magnets of the other of the electromagnets are designed to exert a force on the armature insufficient to retain the armature in the associated extreme position against the springs, characterized in that: - one of the electromagnets which is designed to retain the armature comprises permanent magnets placed in the form of a V in a central branch of the associated core, around which branch the associated coil lies, whereas the other electromagnet includes a permanent magnet placed flat, parallel to the armature, in a central branch of the associated core, around which branch the associated coil lies, - in each of the electromagnets, the central branch of the core has an end face (15, 115) that lies set back by an amount (h) relative to end faces (16, 116) of other branches of the core. - a coil (3; 103); - a core (2; 102) designed to channel a flux of the coil so that it forms a return path in the armature; and - one or more permanent magnets (13; 113) associated with the core so that the latter channels a flux of the permanent magnets so that it forms a return path in the armature; in which actuator the permanent magnet or magnets of one of the electromagnets are designed to exert a force on the armature sufficient to retain the armature in the associated extreme position against the springs, whereas the permanent magnet or magnets of the other of the electromagnets are designed to exert a force on the armature insufficient to retain the armature in the associated extreme position against the springs, characterized in that: - one of the electromagnets which is designed to retain the armature comprises permanent magnets placed in the form of a V in a central branch of the associated core, around which branch the associated coil lies, whereas the other electromagnet includes a permanent magnet placed flat, parallel to the armature, in a central branch of the associated core, around which branch the associated coil lies, - in each of the electromagnets, the central branch of the core has an end face (15, 115) that lies set back by an amount (h) relative to end faces (16, 116) of other branches of the core.
A battery cell aligner using a magnetic conveyor, the battery cell aligner comprising: a magnetic conveyor configured to hold a plurality of battery cells by a magnetic force and to move the plurality of battery cells forward; a guide block provided at each of opposite side surfaces of the magnetic conveyor to align the plurality of battery cells; a rotation block coupled to the guide block by a shaft, and configured such that a front portion thereof and a rear portion thereof are alternately located at an inside and an outside of the guide block by a rotation angle of the rotation block rotated around the shaft, wherein when the front portion of the rotation block is rotated from the outside of the guide block to the inside thereof by one of the battery cells moved forward, the rear portion thereof is rotated to be exposed from the inside of the guide block to the outside of the guide block to lock a following battery cell, so that the battery cells are aligned at predetermined intervals; and a fixed magnet provided in the guide block and configured to rotate the rear portion of the rotation block toward the inside of the guide block by the magnetic force, so that the front portion thereof is exposed to the outside of the guide block. a magnetic conveyor configured to hold a plurality of battery cells by a magnetic force and to move the plurality of battery cells forward; a guide block provided at each of opposite side surfaces of the magnetic conveyor to align the plurality of battery cells; a rotation block coupled to the guide block by a shaft, and configured such that a front portion thereof and a rear portion thereof are alternately located at an inside and an outside of the guide block by a rotation angle of the rotation block rotated around the shaft, wherein when the front portion of the rotation block is rotated from the outside of the guide block to the inside thereof by one of the battery cells moved forward, the rear portion thereof is rotated to be exposed from the inside of the guide block to the outside of the guide block to lock a following battery cell, so that the battery cells are aligned at predetermined intervals; and a fixed magnet provided in the guide block and configured to rotate the rear portion of the rotation block toward the inside of the guide block by the magnetic force, so that the front portion thereof is exposed to the outside of the guide block.
A fluid transfer assembly comprising: means for connection to a syringe; means for receiving a vial having a closure element, wherein the receiving means is adapted to engage and open the closure element and permit fluid in the vial to be transferred to the syringe from the vial, characterised in that the connection means comprises a second end which is open and dimensioned to fit over or in an open end of the syringe which is opposite a needle end of the syringe, and wherein the fluid transfers in use from the vial to the syringe under the force of gravity, when the receiving means is located above the connection means. means for connection to a syringe; means for receiving a vial having a closure element, wherein the receiving means is adapted to engage and open the closure element and permit fluid in the vial to be transferred to the syringe from the vial, characterised in that the connection means comprises a second end which is open and dimensioned to fit over or in an open end of the syringe which is opposite a needle end of the syringe, and wherein the fluid transfers in use from the vial to the syringe under the force of gravity, when the receiving means is located above the connection means.
A communication method performed by a network device for a 3GPP based mobile communication system, comprising: determining one or more candidate physical channels in a candidate physical channel set; sending a first physical channel to a user equipment on resources of the one or more candidate physical channels, wherein a payload of the first physical channel comprises control information and a transport block, the control information comprises first information, the first information is used to indicate an acknowledgment resource to the user equipment, and the acknowledgment resource is a resource used by the user equipment to send acknowledgment information to a network device; and receiving, on the acknowledgment resource, the acknowledgment information from the user equipment; wherein the payload of the first physical channel further comprises cyclic redundancy check, CRC, information of the control information and the transport block, wherein the control information and the transport block are jointly used to generate the CRC information. determining one or more candidate physical channels in a candidate physical channel set; sending a first physical channel to a user equipment on resources of the one or more candidate physical channels, wherein a payload of the first physical channel comprises control information and a transport block, the control information comprises first information, the first information is used to indicate an acknowledgment resource to the user equipment, and the acknowledgment resource is a resource used by the user equipment to send acknowledgment information to a network device; and receiving, on the acknowledgment resource, the acknowledgment information from the user equipment; wherein the payload of the first physical channel further comprises cyclic redundancy check, CRC, information of the control information and the transport block, wherein the control information and the transport block are jointly used to generate the CRC information.
A capsule comprising: - a casing which extends about an axis, which casing comprises a base wall and a side wall defining a cavity containing an initial product to be combined with a fluid to obtain a final product, and a flanged edge extending from said side wall and comprising an annular bead; - a covering element, fixed to the flanged edge so as to close the cavity; - a sealing element, associated to the flanged edge to make a fluidic seal with a dispensing machine; wherein - the casing is made of aluminium and the sealing element comprises a cellulose-based ring; and wherein - the flanged edge comprises a first portion which comprises the annular bead, a second portion, contiguous to the side wall, and a connecting portion, between the first portion and the second portion; wherein the second portion is annular and lies on a first plane between the connecting portion and the side wall being defined a seat in which, at least partially, the ring is housed; the capsule being characterized in that the first portion is displaced towards the base wall and is at least at a predetermined distance from the first plane. - a casing which extends about an axis, which casing comprises a base wall and a side wall defining a cavity containing an initial product to be combined with a fluid to obtain a final product, and a flanged edge extending from said side wall and comprising an annular bead; - a covering element, fixed to the flanged edge so as to close the cavity; - a sealing element, associated to the flanged edge to make a fluidic seal with a dispensing machine; wherein - the casing is made of aluminium and the sealing element comprises a cellulose-based ring; and wherein - the flanged edge comprises a first portion which comprises the annular bead, a second portion, contiguous to the side wall, and a connecting portion, between the first portion and the second portion; wherein the second portion is annular and lies on a first plane between the connecting portion and the side wall being defined a seat in which, at least partially, the ring is housed; the capsule being characterized in that the first portion is displaced towards the base wall and is at least at a predetermined distance from the first plane.
A method for establishing or resuming a wireless communication connection in a wireless communication network, the method comprising: - transmitting a first message from a first device of the wireless communication network to a second device of the wireless communication network, the first message including a request for the second device to provide a data link layer communication forwarding between the first device and a base station of the wireless communication network, - upon receiving the first message, the second device transmitting a second message to the base station, the second message including a request to the base station for a resource for the data link layer communication forwarding between the first device and the base station, and - establishing or resuming a connection between the first device and the base station via the data link layer communication forwarding of the second device, wherein data received from the first device is relayed at the data link layer of the second device using the resource to the base station, and wherein data received using the resource from the base station is relayed at the data link layer of the second device to the first device. - transmitting a first message from a first device of the wireless communication network to a second device of the wireless communication network, the first message including a request for the second device to provide a data link layer communication forwarding between the first device and a base station of the wireless communication network, - upon receiving the first message, the second device transmitting a second message to the base station, the second message including a request to the base station for a resource for the data link layer communication forwarding between the first device and the base station, and - establishing or resuming a connection between the first device and the base station via the data link layer communication forwarding of the second device, wherein data received from the first device is relayed at the data link layer of the second device using the resource to the base station, and wherein data received using the resource from the base station is relayed at the data link layer of the second device to the first device.
A door for a refrigerator, the door comprising: a front panel and a rear panel having insulation therebetween; a door cover that defines an upper surface of the refrigerator door, wherein the door cover comprises: a microphone pocket accommodating a microphone; and a speaker pocket accommodating a speaker, wherein the microphone pocket and the speaker pocket are separated from each other; characterized by the door further comprising: a microphone mount provided in the microphone pocket, and a speaker mount made of a separate component from the microphone mount and installed in the speaker pocket, and wherein a substrate mount is detachably installed on the speaker mount, and a substrate for controlling the refrigerator is mounted on the substrate mount. a front panel and a rear panel having insulation therebetween; a door cover that defines an upper surface of the refrigerator door, wherein the door cover comprises: a microphone pocket accommodating a microphone; and a speaker pocket accommodating a speaker, wherein the microphone pocket and the speaker pocket are separated from each other; characterized by the door further comprising: a microphone mount provided in the microphone pocket, and a speaker mount made of a separate component from the microphone mount and installed in the speaker pocket, and wherein a substrate mount is detachably installed on the speaker mount, and a substrate for controlling the refrigerator is mounted on the substrate mount. a microphone pocket accommodating a microphone; and a speaker pocket accommodating a speaker, wherein the microphone pocket and the speaker pocket are separated from each other; characterized by the door further comprising: a microphone mount provided in the microphone pocket, and a speaker mount made of a separate component from the microphone mount and installed in the speaker pocket, and wherein a substrate mount is detachably installed on the speaker mount, and a substrate for controlling the refrigerator is mounted on the substrate mount.
Apparatus for detecting uterine activity comprising: first input means configured to receive electrical signals (60, 70) from cutaneous electrodes; second input means configured to receive movement signals indicative of a movement of the maternal body from a movement detector; signal processing means configured to separate a uterine electromyogram signal from fetal and maternal heart rate signals in the electrical signals and to filter maternal motion artefacts from the uterine electromyogram signal using the movement signals by attenuating the electromyogram signal as a function of the magnitude of the movement signals; and output means (100, 101) configured to present electrohysterogram data from the filtered uterine electromyogram signal. first input means configured to receive electrical signals (60, 70) from cutaneous electrodes; second input means configured to receive movement signals indicative of a movement of the maternal body from a movement detector; signal processing means configured to separate a uterine electromyogram signal from fetal and maternal heart rate signals in the electrical signals and to filter maternal motion artefacts from the uterine electromyogram signal using the movement signals by attenuating the electromyogram signal as a function of the magnitude of the movement signals; and output means (100, 101) configured to present electrohysterogram data from the filtered uterine electromyogram signal.
A ballistic protection means, comprising a plurality of hard-ballistic shaped elements, wherein each of the shaped elements has at least two congruent planes (4 and 5) which are arranged offset to each other in parallel and diagonally in direction plane and comprise a first plane and a second plane, and the first plane and the second plane overlap each other in sections in an overlapping area and are connected materially surface to surface in this overlapping area, and each of the planes and has a constant thickness, wherein the majority of shaped elements (2.1) and (2.2) are fixed to one another in a shaped element assembly in a position relative to each other in such a manner that the plane of a shaped element is overlapped in sections in an overlapping area by the first plane of the adjacent shaped elements so that the total overlapping area has a size approximately three times larger than the overlapping area, wherein a total area without height offset is formed by each of the at least two planes and of the shaped elements in the shaped element assembly and all shaped elements are designed identically.
A method for the production of a film comprising microfibrillated cellulose, wherein the method comprises the steps of: - providing a suspension comprising between 70 weight-% to 100 weight-% of microfibrillated cellulose based on total dry weight, - forming a fibrous web of said suspension, - applying the web to a support wherein the support is a metal belt heated to a temperature between 60-150 °C before the web is applied to the support, thereafter - drying the web in a drying equipment wherein the web is at least partly dried at a drying rate above 75 kg(H 2 O)/m 2 /h by use of hot air whereby a film is formed wherein the air has a temperature of 250-350°C and is applied at a velocity of 20-100 m/s and the film has an Oxygen Transmission Rate value (23°C, 50% RH) below 400 cc/m 2 /24h according to ASTM D-3985 after drying. - providing a suspension comprising between 70 weight-% to 100 weight-% of microfibrillated cellulose based on total dry weight, - forming a fibrous web of said suspension, - applying the web to a support wherein the support is a metal belt heated to a temperature between 60-150 °C before the web is applied to the support, thereafter - drying the web in a drying equipment wherein the web is at least partly dried at a drying rate above 75 kg(H 2 O)/m 2 /h by use of hot air whereby a film is formed wherein the air has a temperature of 250-350°C and is applied at a velocity of 20-100 m/s and the film has an Oxygen Transmission Rate value (23°C, 50% RH) below 400 cc/m 2 /24h according to ASTM D-3985 after drying.
A method in a second node of obtaining precoding information, comprising the steps of: - receiving, from a first node, a control message containing information that describes properties of an associated wireless data transmission between the first and second nodes employing spatial multiplexing and precoding information for sending codewords corresponding to transport blocks in said wireless data transmission, said control message including precoding parameters determined by the first node, and - detecting said precoding parameters by decoding precoding information in at least one precoding information field of the control message by means of values in payload size related TBS, Transport Block Size, fields in the control message, wherein said TBS fields values are used to interpret said precoding information in the at least one precoding information field. - receiving, from a first node, a control message containing information that describes properties of an associated wireless data transmission between the first and second nodes employing spatial multiplexing and precoding information for sending codewords corresponding to transport blocks in said wireless data transmission, said control message including precoding parameters determined by the first node, and - detecting said precoding parameters by decoding precoding information in at least one precoding information field of the control message by means of values in payload size related TBS, Transport Block Size, fields in the control message, wherein said TBS fields values are used to interpret said precoding information in the at least one precoding information field.
A method of color mapping comprising: - decoding a video signal represented in a first color volume to obtain a decoded video signal; - decoding color mapping data to obtain color mapping data; - obtaining an indicator indicating whether a color mapping based on color mapping data is to be applied directly on said decoded video signal represented in said first color volume or whether said color mapping based on said color mapping data is to be applied on said decoded video signal after a prior color mapping of said decoded video signal from said first color volume into a second color volume different from said first color volume and further indicating said second color volume, wherein obtaining said indicator comprises decoding said indicator from one of i) a color remapping information Supplemental Enhancement Information message, using information containing an identifying number used to identify the purpose of the colour remapping information or ii) a transport stream; - color mapping said decoded video signal by applying the color mapping data directly on the decoded video signal in the case where said indicator indicates said color mapping based on said color mapping data is to be applied directly on the decoded video signal represented in the first color volume; and otherwise - color mapping said decoded video signal by color mapping said video signal from said first color volume into said second color volume and by applying the color mapping data on the decoded video signal represented in said second color volume. - decoding a video signal represented in a first color volume to obtain a decoded video signal; - decoding color mapping data to obtain color mapping data; - obtaining an indicator indicating whether a color mapping based on color mapping data is to be applied directly on said decoded video signal represented in said first color volume or whether said color mapping based on said color mapping data is to be applied on said decoded video signal after a prior color mapping of said decoded video signal from said first color volume into a second color volume different from said first color volume and further indicating said second color volume, wherein obtaining said indicator comprises decoding said indicator from one of i) a color remapping information Supplemental Enhancement Information message, using information containing an identifying number used to identify the purpose of the colour remapping information or ii) a transport stream; - color mapping said decoded video signal by applying the color mapping data directly on the decoded video signal in the case where said indicator indicates said color mapping based on said color mapping data is to be applied directly on the decoded video signal represented in the first color volume; and otherwise - color mapping said decoded video signal by color mapping said video signal from said first color volume into said second color volume and by applying the color mapping data on the decoded video signal represented in said second color volume.