mhurhangee/ep-ind-claims huggingface dataset:
A system for remote positioning within the body of a patient of a catheter having a proximal portion, the system comprising: a tele-robotic device comprising: a handle controller configured to receive the proximal portion of the catheter; a sled member coupled to the handle controller; a sled base configured to advance the sled member along a guide towards the body of the patient; and a remote controller configured to receive user input commands and send control commands to the tele-robotic device; characterized in that the tele-robotic device further comprises a sterile barrier comprising a resealable delivery channel coupled to the sled base and configured to receive and guide the catheter so as to be effective to maintain sterility inside said sled base, wherein the resealable delivery channel comprises a pair of resealable lips. a tele-robotic device comprising: a handle controller configured to receive the proximal portion of the catheter; a sled member coupled to the handle controller; a sled base configured to advance the sled member along a guide towards the body of the patient; and a handle controller configured to receive the proximal portion of the catheter; a sled member coupled to the handle controller; a sled base configured to advance the sled member along a guide towards the body of the patient; and a remote controller configured to receive user input commands and send control commands to the tele-robotic device; characterized in that the tele-robotic device further comprises a sterile barrier comprising a resealable delivery channel coupled to the sled base and configured to receive and guide the catheter so as to be effective to maintain sterility inside said sled base, wherein the resealable delivery channel comprises a pair of resealable lips.
A monitoring apparatus for a vapor phase soldering system, comprising: a. a reference element (240, 510, 520, 530); b. a measuring device (245, 545) for measuring a temperature of the reference element (240, 510, 520, 530); c. a receptacle for placing the reference element (240, 510, 520, 530) together with a material to be soldered (255, 455) in the vapor phase soldering system such that it undergoes, at least in sections, substantially the same process as the material to be soldered (255, 455); d. the reference element (240, 510, 520, 530) being configured such that a thermal conductivity of the reference element (240, 510, 520, 530) is within a range of 70% to 130% of the thermal conductivity of the material to be soldered (255, 455); characterized by e. a cooling device for cooling the reference element (240, 510, 520, 530). a. a reference element (240, 510, 520, 530); b. a measuring device (245, 545) for measuring a temperature of the reference element (240, 510, 520, 530); c. a receptacle for placing the reference element (240, 510, 520, 530) together with a material to be soldered (255, 455) in the vapor phase soldering system such that it undergoes, at least in sections, substantially the same process as the material to be soldered (255, 455); d. the reference element (240, 510, 520, 530) being configured such that a thermal conductivity of the reference element (240, 510, 520, 530) is within a range of 70% to 130% of the thermal conductivity of the material to be soldered (255, 455); characterized by e. a cooling device for cooling the reference element (240, 510, 520, 530).
A terminal comprising: a receiving section configured to receive a plurality of downlink control information which schedule downlink shared channels, wherein hybrid automatic repeat request acknowledgement, HARQ-ACK, transmission timings for the downlink shared channels are notified by the plurality of downlink control information, respectively; characterized by further comprising: a transmitting section configured to, when the HARQ-ACK transmission timings for the downlink shared channels indicate a same slot, transmit HARQ-ACK information for the downlink shared channels using a physical uplink control channel, PUCCH, resource in the same slot; and a control section configured to determine the PUCCH resource which is indicated in a last received downlink control information out of the plurality of downlink control information. a receiving section configured to receive a plurality of downlink control information which schedule downlink shared channels, wherein hybrid automatic repeat request acknowledgement, HARQ-ACK, transmission timings for the downlink shared channels are notified by the plurality of downlink control information, respectively; characterized by further comprising: a transmitting section configured to, when the HARQ-ACK transmission timings for the downlink shared channels indicate a same slot, transmit HARQ-ACK information for the downlink shared channels using a physical uplink control channel, PUCCH, resource in the same slot; and a control section configured to determine the PUCCH resource which is indicated in a last received downlink control information out of the plurality of downlink control information. a transmitting section configured to, when the HARQ-ACK transmission timings for the downlink shared channels indicate a same slot, transmit HARQ-ACK information for the downlink shared channels using a physical uplink control channel, PUCCH, resource in the same slot; and a control section configured to determine the PUCCH resource which is indicated in a last received downlink control information out of the plurality of downlink control information.
Refrigeration appliance, in particular household refrigeration appliance, with a thermally insulated housing, which comprises an outer housing, a thermal insulation layer and an inner container having container walls with an inner compartment for accommodating goods to be refrigerated, wherein inner attachment parts are fastened at least to one of the container walls with the aid of a support, wherein the support is arranged in an accommodating recess open towards the inner compartment, characterised in that the support is embodied as a multifunctional support, and that the accommodating recess has at least one fastening receptacle, namely an opening, which is embodied as a borehole or as a punched hole, by which the multifunctional support is fastened to the container wall.
A system for in-line treatment of thread for use with a thread consuming device, comprising: a treatment unit comprising at least a first and a second print head (151a, 151b) wherein each print head (151a-d) comprises a plurality of nozzles (152a-f) arranged at different positions relative the at least one thread, said at least one thread being in motion in use, and each nozzle (152a-f) being configured to dispense one or more coating substances onto the at least one thread when activated; and a control unit configured to determine if a maintenance sequence is to be performed on at least the first print head, and if so schedule said maintenance sequence on at least the first print head, wherein the control unit is further configured to control the movement of the individual print heads (151a, 151b), and to perform a maintenance sequence of at least the first print head by moving said first print head from an operational position, where the print head(s) are configured to dispense one or more coating substances onto the at least one thread, to a second position, where the print head(s) are configured to no longer dispense one or more coating substances onto the at least one thread, thereby deactivating said print head from dispensing a coating substance onto the at least one thread. a treatment unit comprising at least a first and a second print head (151a, 151b) wherein each print head (151a-d) comprises a plurality of nozzles (152a-f) arranged at different positions relative the at least one thread, said at least one thread being in motion in use, and each nozzle (152a-f) being configured to dispense one or more coating substances onto the at least one thread when activated; and a control unit configured to determine if a maintenance sequence is to be performed on at least the first print head, and if so schedule said maintenance sequence on at least the first print head, wherein the control unit is further configured to control the movement of the individual print heads (151a, 151b), and to perform a maintenance sequence of at least the first print head by moving said first print head from an operational position, where the print head(s) are configured to dispense one or more coating substances onto the at least one thread, to a second position, where the print head(s) are configured to no longer dispense one or more coating substances onto the at least one thread, thereby deactivating said print head from dispensing a coating substance onto the at least one thread.
An oxytocin receptor antagonist for use as a medicament in increasing ongoing implantation rate, increasing ongoing pregnancy rate, increasing clinical pregnancy rate, and/or increasing live birth rate, in a female subject undergoing transfer of a blastocyst-stage embryo as part of an assisted reproductive technology, wherein said oxytocin receptor antagonist is administered to the female subject on the day of embryo transfer, and wherein the oxytocin receptor antagonist is OBE001 (CAS RN: 1477482-19-1).
A flow control block (1;21;51;71;101;121;151;221;271;371) for a stack (2;22;202) of chromatography column modules (3,3',3";23,23',23",23′′′;123), said flow control block in a first position or configuration being capable of connecting two chromatography column modules (3,3';23,23',23",23′′′), or a chromatography column module (23;23′′′) and an endpiece (39;239), in parallel and in a second position or configuration being capable of connecting two chromatography column modules (23,23',23",23′′′), or a chromatography column module (23;23′′′) and an endpiece (39;239), in series, characterized in that the block is moveable between the different positions by translational or rotational movement in a direction essentially orthogonal to a length axis of said chromatography column module (23,23',23";123), said flow control block comprising: a) a first set of apertures (26,27,28,29,30,31;126,127,128,129,130,131;159,160,161; 226,227,228,229,230,231) and internal conduits (40,41,67,68;140,141;240,241) adapted to fluidically connect two chromatography column modules when the block is in the first position; and b) a second set of apertures (32,33,34,35,36,37;132,133,134,135,316,137;232,233,234, 235,236,237) and internal conduits (69,72,73) adapted to fluidically connect two chromatography column modules when the block is in the second position. a) a first set of apertures (26,27,28,29,30,31;126,127,128,129,130,131;159,160,161; 226,227,228,229,230,231) and internal conduits (40,41,67,68;140,141;240,241) adapted to fluidically connect two chromatography column modules when the block is in the first position; and b) a second set of apertures (32,33,34,35,36,37;132,133,134,135,316,137;232,233,234, 235,236,237) and internal conduits (69,72,73) adapted to fluidically connect two chromatography column modules when the block is in the second position.
A method, comprising: receiving an electronic representation of a pattern design for controlling a carpet tufting operation, the pattern design including a pile height per tuft; providing a grid (302, 402) for representing the pattern design using different visual cues to represent different pile heights; characterised by the step of: generating, by a processor executing a pattern design engine, a graph (304, 404) depicting use-of-yarn per needle for the carpet tufting operation, the grid (302, 402) and the graph (304, 404) being on a common user interface and viewable at the same time on a display device; and responsive to receiving a change to a pile height of one or more tufts for the pattern design on the grid (302, 402), modifying the graph (304, 404) to illustrate a new use-of-yarn per needle that accounts for the change. receiving an electronic representation of a pattern design for controlling a carpet tufting operation, the pattern design including a pile height per tuft; providing a grid (302, 402) for representing the pattern design using different visual cues to represent different pile heights; generating, by a processor executing a pattern design engine, a graph (304, 404) depicting use-of-yarn per needle for the carpet tufting operation, the grid (302, 402) and the graph (304, 404) being on a common user interface and viewable at the same time on a display device; and responsive to receiving a change to a pile height of one or more tufts for the pattern design on the grid (302, 402), modifying the graph (304, 404) to illustrate a new use-of-yarn per needle that accounts for the change.
A computer implemented method of generating graphical data for display on a graphical display station having a plurality of pixels configured in an arbitrary array or shape, the method comprising the steps of: receiving graphical display data organized in a first, regular array; mapping the received graphical display data to generated graphical user data using a translation table to create the generated graphical user data as a second, arbitrary array of data corresponding to the array of pixels of the graphical display station by translating each address from the first array to an address in the second array; and transmitting the second array of data to the graphical display station for the display of the second array of data on the array of pixels of the graphical display station. receiving graphical display data organized in a first, regular array; mapping the received graphical display data to generated graphical user data using a translation table to create the generated graphical user data as a second, arbitrary array of data corresponding to the array of pixels of the graphical display station by translating each address from the first array to an address in the second array; and transmitting the second array of data to the graphical display station for the display of the second array of data on the array of pixels of the graphical display station.
A method of simulating an aircraft one-engine inoperative, OEI, event, the method comprising: operating a supplemental power unit, SPU, at a first SPU power level less than an SPU contingency power rating; operating a primary engine at a first primary-engine power level; reducing the primary-engine power level to less than the first primary-engine power level; and maintaining a sum of the primary-engine power level and the SPU power level at a power level substantially equal to the SPU contingency power rating, characterized in that the SPU power level is zero. operating a supplemental power unit, SPU, at a first SPU power level less than an SPU contingency power rating; operating a primary engine at a first primary-engine power level; reducing the primary-engine power level to less than the first primary-engine power level; and maintaining a sum of the primary-engine power level and the SPU power level at a power level substantially equal to the SPU contingency power rating, characterized in that the SPU power level is zero.
A synthetic small molecule that inhibits myeloid differentiation primary response protein 88, said synthetic small molecule having the following chemical structure:
An agricultural working machine (1, 2) comprising a cabin and a control unit, wherein the control unit is operatively connected to at least one optical sensor unit (10, 17) in order to detect the environment of the working machine, and an optical display device for projecting images detected by means of the at least one optical sensor unit (10, 17) and analysed by the control unit, characterized in that a sensor device is associated with the cabin and detects the position of the field of vision of an operative of the working machine, and in that the control unit is configured to analyse the signals from the sensor device in order to command the display device to adapt the displayed image to the position of the detected field of vision of the operative.
A microfluidic device comprising a blood circuit with one or more cell culture compartments and a urine circuit comprising a filtration unit and a reabsorption unit, wherein both circuits are connected with each other via the filtration unit and the reabsorption unit, and further comprising a reservoir compartment in addition to the one or more cell culture compartments, which serves to add nutrient solution to the system.
Method for identifying substances which prime plant cells for a stress response comprising the steps of: - inoculating plant cells in a suitable culture medium and culturing them in said medium; - adding one or more candidate substances to the culture medium thereby treating the plant cells with said candidate substance; and - measuring the oxygen transfer rate in the cells treated with the candidate substance and in control cells not treated with the candidate substance, wherein an increase in the oxygen transfer rate in the cells treated with the candidate substance compared to the control cells indicates that the candidate substance primes the plant cells for a stress response. - inoculating plant cells in a suitable culture medium and culturing them in said medium; - adding one or more candidate substances to the culture medium thereby treating the plant cells with said candidate substance; and - measuring the oxygen transfer rate in the cells treated with the candidate substance and in control cells not treated with the candidate substance,
A cartridge chip (10,100,200,300,402) for use with an imaging cartridge installed in an imaging device, comprising a memory element for storing imaging cartridge data, wherein the memory element includes a separate read-only memory subunit and a separate writable memory subunit for being selectively read and written by the imaging device, characterized in that - the read-only memory sub-unit includes a data frame corresponding to only a portion of an operational requirement of at least one imaging device; - the writable memory sub-unit includes a data frame corresponding to a remainder of the portion of the operational requirement of at least one imaging device, by which the cartridge chip is unable to determine the type of the imaging device and by which the cartridge chip is selectively operable to function with a plurality of imaging devices. - the read-only memory sub-unit includes a data frame corresponding to only a portion of an operational requirement of at least one imaging device; - the writable memory sub-unit includes a data frame corresponding to a remainder of the portion of the operational requirement of at least one imaging device,
An apparatus of an access point, AP, the apparatus comprising: memory; and processing circuitry configured to: encode, for transmission, a legacy long training field, L-LTF, based on L-LTF pilot symbols mapped to a group of legacy subcarriers; scale a per-subcarrier power for a group of legacy signal, L-SIG, extension pilot symbols to match a per-subcarrier power of the L-LTF pilot symbols; encode, for transmission, an L-SIG field based on L-SIG legacy symbols mapped to the legacy subcarriers and further based on the scaled L-SIG extension pilot symbols mapped to a group of high efficiency, HE, extension subcarriers wherein the group of HE extension subcarriers includes four subcarriers; encode, for transmission, an HE signal field, HE-SIG, based on HE-SIG symbols mapped to a group of HE subcarriers that includes the legacy subcarriers and the HE extension subcarriers; and generate, for transmission, an HE physical layer convergence procedure, PLCP, protocol data unit, PPDU, to include the L-LTF, the L-SIG, and the HE-SIG; and characterized by: wherein when the HE PPDU is configured for extended coverage mode, the processing circuitry is configured to apply a 3dB power boost to the L-LTF and to the HE extension subcarriers of the L-SIG. memory; and processing circuitry configured to: encode, for transmission, a legacy long training field, L-LTF, based on L-LTF pilot symbols mapped to a group of legacy subcarriers; scale a per-subcarrier power for a group of legacy signal, L-SIG, extension pilot symbols to match a per-subcarrier power of the L-LTF pilot symbols; encode, for transmission, a legacy long training field, L-LTF, based on L-LTF pilot symbols mapped to a group of legacy subcarriers; scale a per-subcarrier power for a group of legacy signal, L-SIG, extension pilot symbols to match a per-subcarrier power of the L-LTF pilot symbols; encode, for transmission, an L-SIG field based on L-SIG legacy symbols mapped to the legacy subcarriers and further based on the scaled L-SIG extension pilot symbols mapped to a group of high efficiency, HE, extension subcarriers wherein the group of HE extension subcarriers includes four subcarriers; encode, for transmission, an HE signal field, HE-SIG, based on HE-SIG symbols mapped to a group of HE subcarriers that includes the legacy subcarriers and the HE extension subcarriers; and generate, for transmission, an HE physical layer convergence procedure, PLCP, protocol data unit, PPDU, to include the L-LTF, the L-SIG, and the HE-SIG; and characterized by: wherein when the HE PPDU is configured for extended coverage mode, encode, for transmission, an HE signal field, HE-SIG, based on HE-SIG symbols mapped to a group of HE subcarriers that includes the legacy subcarriers and the HE extension subcarriers; and generate, for transmission, an HE physical layer convergence procedure, PLCP, protocol data unit, PPDU, to include the L-LTF, the L-SIG, and the HE-SIG; and characterized by: wherein when the HE PPDU is configured for extended coverage mode, the processing circuitry is configured to apply a 3dB power boost to the L-LTF and to the HE extension subcarriers of the L-SIG.
An outdoor unit comprising: an air-sending-device chamber including a heat exchanger disposed at least on a rear side within an outdoor unit body, a propeller fan having a plurality of blades and disposed on a front side of the heat exchanger, and a bell mouth disposed on a front side of the propeller fan to face an air outlet; a machine chamber in which a compressor is disposed; and a partition plate that separates the air-sending-device chamber and the machine chamber, wherein the partition plate has a recessed area protruding from the air-sending-device chamber toward the machine chamber, and an amount of recess of the recessed area takes ascending values from upper and lower end portions toward a vertical center portion of the partition plate, and a horizontal cross section of the recessed area of the partition plate is defined by a curved surface convex from the machine chamber toward the air-sending-device chamber, and a curvature of the curved surface is minimized at a position equal in height to a center of rotation of the propeller fan.
A transmission gear for a drive rod fitting of a window, a French window or the like, having a drivable nut and a gear coupled with the nut for driving a drive rod, wherein the gear is arranged between a slide and the drive rod and has a transmission ratio unequal to 1:1, that the nut has a drive pinion, that the drive pinion is coupled with the slide and has a series of recesses into which the drive pinion engages, characterized in that the slide is guided on the drive rod.
Closer for closing containers (380, 530), such as bottles, comprising at least one closing element for applying a closure to a container (380, 530), wherein the closing element comprises a gripping element for gripping a closure and an adjustment mechanism, which can move the gripping element between a gripping position, in which the gripping element can grip and a hold a closure, and an open position, wherein the adjustment mechanism can adjust the gripping element via a pressure impact when picking up the closure to the gripping position, characterized in that upon a renewed pressure impact upon transfer of a held closure to a container (380, 530), the adjustment mechanism can adjust the gripping element in the open position, wherein the adjustment mechanism comprises a holding element, which is configured to hold the gripping element in the gripping position.