mhurhangee/ep-ind-claims huggingface dataset:
Control system for playing a data stream, comprising: • a first device, called a receiving device, comprising: - means (10, 16) for receiving the data stream to be played, - means for transmitting the received data stream through the external output means to a device capable of playing the stream, • a second device, called a control device, which is separate from the receiving device, incorporating the user interface means for allowing a user to select a data stream to be played and comprising means for, following the selection, by a user, of a stream to be played, transmitting to the receiving device a command to play the selected stream, said control device being designed to decode and play the selected stream and being separate from the device capable of playing the stream, said command being transmitted following a command from the user to play said stream on the device capable of playing the stream after preview on the control device, said command containing data for locating the selected stream, said data stream being a content stored on a storage device and said location data comprising a storage address for the content on said storage device. • a first device, called a receiving device, comprising: - means (10, 16) for receiving the data stream to be played, - means for transmitting the received data stream through the external output means to a device capable of playing the stream, - means (10, 16) for receiving the data stream to be played, - means for transmitting the received data stream through the external output means to a device capable of playing the stream, • a second device, called a control device, which is separate from the receiving device, incorporating the user interface means for allowing a user to select a data stream to be played and comprising means for, following the selection, by a user, of a stream to be played, transmitting to the receiving device a command to play the selected stream, said control device being designed to decode and play the selected stream and being separate from the device capable of playing the stream, said command being transmitted following a command from the user to play said stream on the device capable of playing the stream after preview on the control device, said command containing data for locating the selected stream, said data stream being a content stored on a storage device and said location data comprising a storage address for the content on said storage device.
An acoustic pressure transducer, comprising: a flexure layer (108, 200, 300, 400, 500, 608) including a plate area (202, 302, 410, 510), a first hinge portion and a second hinge portion (110, 204, 310, 402, 502 610), the flexure layer (108, 200, 300, 400, 500, 608) also including a flexible portion (112, 214, 304, 404, 504, 612) extending away from the plate area (202, 302, 410, 510) and configured to exhibit a varying electrical characteristic responsive to an acoustic pressure (210, 314, 416, 516, 604), wherein the first hinge portion and the second hinge portion (110, 204, 310, 402, 502 610) are respectively configured to torsionally couple the plate area (202, 302, 410, 510) to a support structure (208, 308, 408, 508, 614), wherein the flexible portion (112, 214, 304, 404, 504, 612) is configured to flexibly couple the plate area (202, 302, 410, 510) to the support structure (208, 308, 408, 508, 614), and wherein the first hinge portion and the second hinge portion (110, 204, 310, 402, 502 610) are configured to define a torsional pivot axis for the flexure layer (108, 200, 300, 400, 500, 608) when the plate area (202, 302, 410, 510) is subjected to acoustic pressure (210, 314, 416, 516, 604). a flexure layer (108, 200, 300, 400, 500, 608) including a plate area (202, 302, 410, 510), a first hinge portion and a second hinge portion (110, 204, 310, 402, 502 610), the flexure layer (108, 200, 300, 400, 500, 608) also including a flexible portion (112, 214, 304, 404, 504, 612) extending away from the plate area (202, 302, 410, 510) and configured to exhibit a varying electrical characteristic responsive to an acoustic pressure (210, 314, 416, 516, 604), wherein the first hinge portion and the second hinge portion (110, 204, 310, 402, 502 610) are respectively configured to torsionally couple the plate area (202, 302, 410, 510) to a support structure (208, 308, 408, 508, 614), wherein the flexible portion (112, 214, 304, 404, 504, 612) is configured to flexibly couple the plate area (202, 302, 410, 510) to the support structure (208, 308, 408, 508, 614), and wherein the first hinge portion and the second hinge portion (110, 204, 310, 402, 502 610) are configured to define a torsional pivot axis for the flexure layer (108, 200, 300, 400, 500, 608) when the plate area (202, 302, 410, 510) is subjected to acoustic pressure (210, 314, 416, 516, 604).
A method for making an electrical connection between an electronic chip and a support plate on which this chip is mounted, comprising the following steps: placing an electrical connection wire between an exposed electrical connection pad of the electronic chip and an exposed electrical connection pad of the support plate and making electrical junctions (114, 115) between the ends of the electrical connection wire and the pads, the electrical connection wire being provided with an insulating sheath made of a dielectric material which surrounds it; producing first and second local dielectric coatings (117a, 117b) from a dielectric material, which respectively cover said pads and the adjacent junctions and surround an adjacent end portion of the insulating sheath, by local distributions of determined amounts of the dielectric material in the liquid state, respectively in the form of a calibrated drop which flows by capillarity or wetting effect, using a controlled tool comprising a controlled dispensing syringe, and hardening this dielectric material, and producing a local conductive shield from an electrically conductive material, which covers said local dielectric coatings and surrounds the insulating sheath, by local distribution of a determined amount of an electrically conductive material in the liquid state, in the form of a calibrated drop which flows by capillarity or wetting effect, using a controlled tool comprising a controlled dispensing syringe, and hardening this conductive material. placing an electrical connection wire between an exposed electrical connection pad of the electronic chip and an exposed electrical connection pad of the support plate and making electrical junctions (114, 115) between the ends of the electrical connection wire and the pads, the electrical connection wire being provided with an insulating sheath made of a dielectric material which surrounds it; producing first and second local dielectric coatings (117a, 117b) from a dielectric material, which respectively cover said pads and the adjacent junctions and surround an adjacent end portion of the insulating sheath, by local distributions of determined amounts of the dielectric material in the liquid state, respectively in the form of a calibrated drop which flows by capillarity or wetting effect, using a controlled tool comprising a controlled dispensing syringe, and hardening this dielectric material, and producing a local conductive shield from an electrically conductive material, which covers said local dielectric coatings and surrounds the insulating sheath, by local distribution of a determined amount of an electrically conductive material in the liquid state, in the form of a calibrated drop which flows by capillarity or wetting effect, using a controlled tool comprising a controlled dispensing syringe, and hardening this conductive material.
A method for detecting the presence of sepsis in a subject, the method comprising detecting a level of at least one target RNA in a blood sample from the subject, wherein the at least one target RNA comprises at least 15 contiguous nucleotides of a sequence selected from SEQ ID NOs: 235, 253, and 302; wherein a level of at least one target RNA in the sample that is greater than a normal level of the at least one target RNA indicates the presence of sepsis in the subject.
A combined-type cup comprising an inner cup, wherein the inner cup comprises a cup bottom and a cup wall, and a water storage cavity is defined around the cup bottom by the cup wall; wherein a cup rim extending outwards is integrally formed at a top end of the cup wall and comprises a horizontal section and a vertical section in smooth transition with the horizontal section, a buckle is formed on an outer side of the cup wall by the horizontal section and the vertical section, a cup sleeve surrounding the cup wall is detachably arranged outside the inner cup, a clamping part matched with the buckle is integrally formed at a top end of the cup sleeve, a bent part is arranged at a lower end of the vertical section towards the cup wall and is in interference fit with the clamping part; characterised in that a cup lid is detachably arranged on the cup wall, a clamping groove allowing the cup rim to be clamped therein is formed in an outer edge of a lower portion of the cup lid and comprises an inner wall and an outer wall, and a groove allowing the buckle to be wrapped therein is formed between the inner wall and the outer wall, wherein the inner wall is in interference fit with an inner side of the buckle, and the outer wall is in interference fit with an outer side of the buckle; in that the horizontal interference between the bent part and the clamping part is 0.05-0.5 mm, and the vertical interference between the bent part and the clamping part is 0.2-1 mm; and in that a contact step is arranged on an inner side of a lower portion of the cup sleeve and has an inner side in contact with the cup wall. a cup rim extending outwards is integrally formed at a top end of the cup wall and comprises a horizontal section and a vertical section in smooth transition with the horizontal section, a buckle is formed on an outer side of the cup wall by the horizontal section and the vertical section, a cup sleeve surrounding the cup wall is detachably arranged outside the inner cup, a clamping part matched with the buckle is integrally formed at a top end of the cup sleeve, a bent part is arranged at a lower end of the vertical section towards the cup wall and is in interference fit with the clamping part; characterised in that a cup lid is detachably arranged on the cup wall, a clamping groove allowing the cup rim to be clamped therein is formed in an outer edge of a lower portion of the cup lid and comprises an inner wall and an outer wall, and a groove allowing the buckle to be wrapped therein is formed between the inner wall and the outer wall, wherein the inner wall is in interference fit with an inner side of the buckle, and the outer wall is in interference fit with an outer side of the buckle; in that the horizontal interference between the bent part and the clamping part is 0.05-0.5 mm, and the vertical interference between the bent part and the clamping part is 0.2-1 mm; and in that a contact step is arranged on an inner side of a lower portion of the cup sleeve and has an inner side in contact with the cup wall.
A method of controlling the commutation of a brushless direct current motor (BLDC) comprising: a) providing one or more linear sensors, said linear sensors adapted to provide a variable output dependent on the rotational angle of the motor or the relative position of the stator (2a, 2b, 2c) and rotor of the motor; b) sampling the output from said sensor(s) signals at a determined time t n between a past block commutation event C m-1 and the next block commutation event C m to be implemented; c) determining an angular position α n between rotor and stator at time t n at said time since the last block commutation event from step b); d) determining the time T m of next block commutation event Cm based on said time t n, instantaneous motor speed ω, and output from step c). a) providing one or more linear sensors, said linear sensors adapted to provide a variable output dependent on the rotational angle of the motor or the relative position of the stator (2a, 2b, 2c) and rotor of the motor; b) sampling the output from said sensor(s) signals at a determined time t n between a past block commutation event C m-1 and the next block commutation event C m to be implemented; c) determining an angular position α n between rotor and stator at time t n at said time since the last block commutation event from step b); d) determining the time T m of next block commutation event Cm based on said time t n, instantaneous motor speed ω, and output from step c).
An illuminating surgical device (220, 300, 400), comprising: an array of illuminating elements; a substrate layer (272, 872) to accommodate the array of illuminating elements; an array of angled reflective surfaces; a reflective layer (276, 1076, 1077) to accommodate the array of angled reflective surfaces; a spacing layer (274, 1074) to accommodate the array of illuminating elements and the array of angled reflective surfaces, individual illuminating elements of the array of illuminating elements and individual reflective surfaces of the array of reflective surfaces being proximate to one another; and characterised in that the illuminating surgical device further comprises a louvered layer comprising an array of louvered devices, wherein the louvered devices comprise a reflective underside; wherein the array of angled reflective surfaces is configured to direct light from the individual illuminating elements towards the array of louvered devices, wherein the reflective underside of the array of louvered devices is configured to direct the light from the array of angled reflective surfaces toward a target surgical field. an array of illuminating elements; a substrate layer (272, 872) to accommodate the array of illuminating elements; an array of angled reflective surfaces; a reflective layer (276, 1076, 1077) to accommodate the array of angled reflective surfaces; a spacing layer (274, 1074) to accommodate the array of illuminating elements and the array of angled reflective surfaces, individual illuminating elements of the array of illuminating elements and individual reflective surfaces of the array of reflective surfaces being proximate to one another; and characterised in that the illuminating surgical device further comprises a louvered layer comprising an array of louvered devices, wherein the louvered devices comprise a reflective underside; wherein the array of angled reflective surfaces is configured to direct light from the individual illuminating elements towards the array of louvered devices, wherein the reflective underside of the array of louvered devices is configured to direct the light from the array of angled reflective surfaces toward a target surgical field.
Method for adjusting a field distribution of an antenna arrangement of a magnetic resonance system, wherein the antenna arrangement is a cylinder-shaped antenna arrangement for generating radio-frequency signals, which has a cylinder-shaped radio-frequency screen around the antenna arrangement, wherein the antenna arrangement comprises multiple oscillating circuit antenna elements (60, 63, 66) and multiple switching elements (59, 62, 65), wherein each oscillating circuit antenna element out of the multiple oscillating circuit antenna elements (60, 63, 66) is in each case assigned a switching element of the multiple switching elements (59, 62, 65), wherein a respective switching element is embodied to couple the assigned oscillating circuit antenna element operatively to the antenna arrangement in dependence on a switching status of the switching element, wherein the method comprises: - measuring symmetry information on the field distribution in the antenna arrangement, and - automatically adjusting the multiple switching elements (59, 62, 65) using the measured symmetry information such that a symmetry of the field distribution in the interior of the antenna arrangement is increased, characterised in that the symmetry of the field distribution is negatively impacted by a positional inaccuracy of the antenna arrangement in the magnetic resonance system, wherein the positional inaccuracy of the antenna arrangement comprises a positional inaccuracy of an arrangement of the antenna arrangement relative to the radio-frequency screen, wherein the adjustment of the multiple switching elements (59, 62, 65) such that a symmetry of the field distribution in the interior of the antenna arrangement is increased at least partially compensates the positional inaccuracy. - measuring symmetry information on the field distribution in the antenna arrangement, and - automatically adjusting the multiple switching elements (59, 62, 65) using the measured symmetry information such that a symmetry of the field distribution in the interior of the antenna arrangement is increased, characterised in that the symmetry of the field distribution is negatively impacted by a positional inaccuracy of the antenna arrangement in the magnetic resonance system, wherein
A method for harvesting cells grown in culture, comprising: a) growing the cells on an adherent material, wherein the cells are attached to the adherent material, and the adherent material is held in a basket that is within a container; b) dissociating the cells from the adherent material by exposing them to a dissociating agent; c) vibrating the adherent material for a period of time at a frequency and amplitude sufficient to release the cells from the adherent material; and d) recovering the cells; wherein the basket includes a wall located perpendicularly to a top screen and a bottom screen, each screen having perforations therein; wherein the basket is operatively linked to a vibrator configured to impart vibrational motion to the basket and its contents; and wherein the adherent material provides a 3-dimensional matrix to which the cells attach. a) growing the cells on an adherent material, wherein the cells are attached to the adherent material, and the adherent material is held in a basket that is within a container; b) dissociating the cells from the adherent material by exposing them to a dissociating agent; c) vibrating the adherent material for a period of time at a frequency and amplitude sufficient to release the cells from the adherent material; and d) recovering the cells;
A refillable fluid product dispenser comprising: - a fluid product reservoir defining a neck, - a dispensing member, such as a pump, that is mounted on the neck of the fluid product reservoir for taking up the fluid product, the dispensing member comprising an inlet, - a fastening member (2, 2) for fastening the dispenser member onto the neck of the fluid product reservoir, - a dip tube that is connected to the inlet of the dispensing member and extends into the fluid product reservoir, the dip tube being secured to the fluid product reservoir by means of a support (1; 1') that forms at least one filling window (15; 15') communicating directly with the inside of the fluid product reservoir, the fastening member (2, 3) enabling withdrawal of the dispensing member, thus providing access to the support (1; 1') in order to fill the fluid product reservoir through said at least one filling window (15; 15'), the support (1; 1') being integrated in a fixed portion (F; F') mounted on the fluid product reservoir and the dispensing member is integral with a movable portion removably mounted on the fixed portion (F; F'), characterised in that the support (1; 1') comprises an annular support plate extending above the neck and supporting a pump seal. - a fluid product reservoir defining a neck, - a dispensing member, such as a pump, that is mounted on the neck of the fluid product reservoir for taking up the fluid product, the dispensing member comprising an inlet, - a fastening member (2, 2) for fastening the dispenser member onto the neck of the fluid product reservoir, - a dip tube that is connected to the inlet of the dispensing member and extends into the fluid product reservoir, the dip tube being secured to the fluid product reservoir by means of a support (1; 1') that forms at least one filling window (15; 15') communicating directly with the inside of the fluid product reservoir, the fastening member (2, 3) enabling withdrawal of the dispensing member, thus providing access to the support (1; 1') in order to fill the fluid product reservoir through said at least one filling window (15; 15'), the support (1; 1') being integrated in a fixed portion (F; F') mounted on the fluid product reservoir and the dispensing member is integral with a movable portion removably mounted on the fixed portion (F; F'), characterised in that the support (1; 1') comprises an annular support plate extending above the neck and supporting a pump seal.
Refill for an appliance for treating the hair, comprising: - a reservoir containing a haircare product and comprising a rigid or semi-rigid body in contact with the product, and - an end piece for dispensing the product contained in the reservoir, - a fluidic connection disposed between the dispensing end piece and the reservoir, - a support for the dispensing end piece, the fluidic connection and at least a part of the reservoir, this support being produced in an integral manner, characterized in that the refill is extending along a longitudinal axis, the length of the support, measured along said longitudinal axis, being less than that ( L rech) of the refill. - a reservoir containing a haircare product and comprising a rigid or semi-rigid body in contact with the product, and - an end piece for dispensing the product contained in the reservoir, - a fluidic connection disposed between the dispensing end piece and the reservoir, - a support for the dispensing end piece, the fluidic connection and at least a part of the reservoir, this support being produced in an integral manner,
Straddle carrier for use in container terminals and for general transportation tasks, having a rack with vertical columns, a spreader which is suspended between the vertical columns of the rack and can be locked to a container, hoisting winches by means of which the spreader is movable vertically, carriage beams which are arranged in the lower region of the rack and each have a plurality of wheels arranged in a row, and an energy supply and/or signal line cable via which the spreader is connected to an energy supply source and/or a control unit of the straddle carrier, characterised in that a cable tensioning device is assigned to the energy supply and/or signal line cable to the spreader, by means of which the energy supply and/or signal line cable can be tensioned, that the cable tensioning device is arranged close to or in the region of a spreader-side connection for the energy supply and/or signal line cable, and that at least parts of the cable tensioning device and the energy supply and/or signal line cable to the spreader are arranged in a vertical column of the rack.
A composition for scavenging hydrogen sulfide from a stream, comprising: (a) a suspension of a metal component; (b) a carrier solvent; and (c) a polymer comprising styrene, propylene and ethylene. (a) a suspension of a metal component; (b) a carrier solvent; and (c) a polymer comprising styrene, propylene and ethylene.
A method in a radio frequency identification (RFID) system for distinguishing standard tag data and truncated tag data representing a serialized identifier, the method comprising: 1.1 receiving a tag reply; 1.2 examining a bit length of the received reply to determine a word length 1.3 comparing the word length to a bit length of the data structure implied by a received header of the tag reply; and 1.4 determining that the serialized identifier has been truncated if the word length is less than what is indicated by the header of the tag. 1.1 receiving a tag reply; 1.2 examining a bit length of the received reply to determine a word length 1.3 comparing the word length to a bit length of the data structure implied by a received header of the tag reply; and 1.4 determining that the serialized identifier has been truncated if the word length is less than what is indicated by the header of the tag.