mhurhangee/ep-ind-claims huggingface dataset:
A transmitting apparatus for controlling a transport format used for retransmissions of data packets transmitted on uplink to a receiving apparatus (203, 204, 205, 206) via at least one uplink data channel using a synchronous hybrid automatic repeat request, referred to as HARQ, protocol, the transmitting apparatus comprising: a transmitting unit adapted to transmit an uplink data packet via the uplink data channel to the receiving apparatus (203, 204, 205, 206), and a receiving unit adapted to receive a feedback information element and a control information element from the receiving apparatus (203, 204, 205, 206), wherein the feedback information element is used for determining whether to perform a retransmission of the uplink data packet by the transmission apparatus, and wherein the control information element indicates a transport format to be used for the retransmission; wherein the control information element is received when the feedback information element indicates that retransmission of the uplink data packet is to be performed; wherein the transmitting unit is further adapted to transmit the retransmission to the receiving apparatus (203, 204, 205, 206) according to the transport format indicated in the control information element using a synchronous transmission timing based on the synchronous HARQ protocol. a transmitting unit adapted to transmit an uplink data packet via the uplink data channel to the receiving apparatus (203, 204, 205, 206), and a receiving unit adapted to receive a feedback information element and a control information element from the receiving apparatus (203, 204, 205, 206), wherein the feedback information element is used for determining whether to perform a retransmission of the uplink data packet by the transmission apparatus, and wherein the control information element indicates a transport format to be used for the retransmission; wherein the control information element is received when the feedback information element indicates that retransmission of the uplink data packet is to be performed; wherein the transmitting unit is further adapted to transmit the retransmission to the receiving apparatus (203, 204, 205, 206) according to the transport format indicated in the control information element using a synchronous transmission timing based on the synchronous HARQ protocol.
Frame fixing hook for mounting on the rear side of a frame for hanging the frame on a wall-side wall-mounting screw inserted into a door reveal in foam-free mounting, wherein the frame fixing hook comprises a hanging region for hanging a screw head of the wall-mounting screw, the hanging region having an elongate opening for the displaceable, rearwardly engaging accommodation of the screw head of the wall-mounting screw, characterized in that the frame fixing hook further comprises a frame fixing device for fixing the frame fixing hook to the frame, which is adjustable to adjust the position at which the frame fixing hook is fixed to the frame in a direction transverse to the elongated opening. the hanging region having an elongate opening for the displaceable, rearwardly engaging accommodation of the screw head of the wall-mounting screw, characterized in that the frame fixing hook further comprises a frame fixing device for fixing the frame fixing hook to the frame, which is adjustable to adjust the position at which the frame fixing hook is fixed to the frame in a direction transverse to the elongated opening.
A hat stiffener for reinforcing an aircraft skin, the hat stiffener comprising: a hat cap having a hat cap length; a plurality of hat flanges (310A, 310B) along the hat cap length; and a hat web (308A, 308B) between the hat cap and the plurality of hat flanges (310A, 310B, 410), the hat web having a first slope (420, 520A, 620A) at a first end of the hat cap length and a second slope (422, 532, 632), wherein the first slope is more gradually sloped than the second slope; characterized in that the hat web (308A, 308B) further includes a third slope (520B, 620B) at a second end of the hat cap length, wherein the second slope (422, 532, 632) is between the first slope (420, 520A, 520B) and the third slope, and wherein the third slope is more gradually sloped than the second slope. a hat cap having a hat cap length; a plurality of hat flanges (310A, 310B) along the hat cap length; and a hat web (308A, 308B) between the hat cap and the plurality of hat flanges (310A, 310B, 410), the hat web having a first slope (420, 520A, 620A) at a first end of the hat cap length and a second slope (422, 532, 632), wherein the first slope is more gradually sloped than the second slope; characterized in that the hat web (308A, 308B) further includes a third slope (520B, 620B) at a second end of the hat cap length, wherein the second slope (422, 532, 632) is between the first slope (420, 520A, 520B) and the third slope, and wherein the third slope is more gradually sloped than the second slope.
Method for straightening of strip-like or part products to be straightened, in particular of flat parts, and for cyclic supply to a following processing apparatus or machine, in particular a punch press, a shear or shaping machine, which has the following steps, feeding the product to be straightened to a first straightening unit and optionally straightening the product to be straightened in this first straightening unit, forwarding the product to be straightened without a loop to a second straightening unit and optionally straightening the product to be straightened in this second straightening unit, forwarding the product to be straightened without a loop to the following processing machine, wherein the extent of the forward feed to the following processing machine is controlled by means of an open-loop or closed-loop control device, which controls cyclic venting of the straightening units (5, 7) synchronously with the cycling of the following processing apparatus, wherein, following closure of the two position controllers of the two straightening units, the two straightening units are coupled via a synchronization bus, wherein the product to be straightened is forwarded with position accuracy and with synchronization of the two straightening units by means of a system superimposed on the two straightening units, which comprises a measuring device, in which position and torque of the individual straightening units (5, 7) and the movement of the product to be straightened are monitored, wherein, when the product to be straightened has reached its desired position, compensation of the torque acting on the product to be straightened with superimposed position stabilization is initiated in the higher-order system, and wherein the use of the first and/or the second straightening unit (5, 7) is controlled by means of the open-loop or closed-loop control device.
Device for monitoring a coating process comprising at least one coating operation, with a carrier plate which has a central clearance and receiving spaces (203, 206, 209, 212), with a turntable which is rotatably mounted in the central clearance of the carrier plate and which has at least one analysis recess, with a drive with which the turntable can be driven to rotate in at least one direction of rotation, and with a trigger unit for controlling the drive, characterized in that there is a cover plate which can be detachably connected to the carrier plate and which has at least one sensor recess (130, 133), that there is control electronics comprising the trigger unit and which is arranged in a receiving space. and which has a sensor unit (245, 248, 251) with which the trigger unit can be controlled at specific times (t1, t2, t3, t4, t7, t9) of the coating process depending on measurement signals characteristic of a coating process and detected by the sensor unit (245, 248, 251).
An in vitro use of microRNA (miRNA) selected from the group comprising of miR-103, miR-98, let-7c, let-7b, miR-302d, miR-380, miR-874, miR-582, miR-490, miR-329b, miR-487b, and combinations thereof for diagnosing chronic valvular disease in a canine.
A light emitting device comprising: anode electrode layers (700; 1100) disposed in a first direction; cathode electrode layers (702; 1102) disposed in a second direction different from the first direction; a plurality of pixels (704; 1104) formed in cross areas of the anode electrode layers and the cathode electrode layers; and cathode lines (710A, 710B; 1110) coupled to the cathode electrode layers; characterized in that a center portion of each of the cathode electrode layers (702; 1102) is wider than first and second end portions of the cathode electrode layer, the cathode electrode layer presenting a smaller electric resistance between pixels (E21/E31; E31/E41; E41/E51) formed in the center portion than between pixels (E11/E12; E51/E61) formed in the end portions. anode electrode layers (700; 1100) disposed in a first direction; cathode electrode layers (702; 1102) disposed in a second direction different from the first direction; a plurality of pixels (704; 1104) formed in cross areas of the anode electrode layers and the cathode electrode layers; and cathode lines (710A, 710B; 1110) coupled to the cathode electrode layers; characterized in that a center portion of each of the cathode electrode layers (702; 1102) is wider than first and second end portions of the cathode electrode layer, the cathode electrode layer presenting a smaller electric resistance between pixels (E21/E31; E31/E41; E41/E51) formed in the center portion than between pixels (E11/E12; E51/E61) formed in the end portions.
Bulk bin device for storing and feeding sell-by-weight loose products, which device comprises a container for storing said products and for feeding the products towards a front opening of the container and a first lid which is hingedly connected to the container and arranged pivotal about a horizontal pivotal axis between a forward position at which the first lid closes said front opening and a rear position at which the front opening is open for allowing pick-out of products, wherein the centre of gravity of the first lid, in the first lid's rear position, is positioned behind a vertical line through the pivotal axis characterized in that the device further comprises biasing means comprising a resilient tongue (40, 42, 42a) arranged for urging the first lid from the rear position towards the front position.
A computer-implemented method for providing context affinity in a remote scripting environment, comprising: initiating on a local computer a remote scripting component; determining from a dictionary if a connection pool is available; in response to determining that the connection pool is available, determining if a connection to the remote computer is available in the connection pool; in response to determining that the connection to the remote computer is available in the connection pool, using the connection to execute a command at the remote computer; and receiving result data from the execution of the command; characterized by: the method further comprising initiating a global context object; wherein using the connection to execute the command at the remote computer further comprises passing the global context object from the local computer to the remote computer; and wherein receiving result data from the execution of the command comprises updating the global context object at the local computer; the method further comprising executing a second command using the updated global context object. initiating on a local computer a remote scripting component; determining from a dictionary if a connection pool is available; in response to determining that the connection pool is available, determining if a connection to the remote computer is available in the connection pool; in response to determining that the connection to the remote computer is available in the connection pool, using the connection to execute a command at the remote computer; and receiving result data from the execution of the command; characterized by: the method further comprising initiating a global context object; wherein using the connection to execute the command at the remote computer further comprises passing the global context object from the local computer to the remote computer; and wherein receiving result data from the execution of the command comprises updating the global context object at the local computer; the method further comprising executing a second command using the updated global context object. the method further comprising initiating a global context object; wherein using the connection to execute the command at the remote computer further comprises passing the global context object from the local computer to the remote computer; and wherein receiving result data from the execution of the command comprises updating the global context object at the local computer; the method further comprising executing a second command using the updated global context object.
A process for the production of phosgene (COCl 2) from carbon monoxide and chlorine according to the reaction scheme CO (g) + Cl 2 (g) → COCl 2 (g) wherein the CO is produced electrolytically on site from a feed stock based on carbon dioxide (CO 2) according to the equation 2 CO 2 → 2 CO + O 2 in a solid oxide electrolysis cell (SOEC) stack system.
A 3-dimensional cell encapsulating assembly, said assembly comprising at least two cell chambers for encapsulating living cells, a cell-free region along the longest axis separating the cell chambers, characterized in that the cell-free region is bent to form folds and in that the folds decrease the effective area of the assembly as compared to the assembly without the folds, thereby forming a 3- dimensional cell encapsulating device.
A method for effecting handoff of a communication session between a cellular telephone and a desktop telephone, comprising: anchoring a communication session involving a remote device and a cellular telephone in an enterprise network in which signaling for the communication session passes through an element of the enterprise network; receiving (164, 166, 176) an indication to handoff the communication session from the cellular telephone to a desktop telephone coupled to the enterprise network; placing (168, 174) the remote device in a holding state in response to the indication; and handing off the communication session, which is anchored in the enterprise network, to resume the communication session between the desktop telephone and the remote device. anchoring a communication session involving a remote device and a cellular telephone in an enterprise network in which signaling for the communication session passes through an element of the enterprise network; receiving (164, 166, 176) an indication to handoff the communication session from the cellular telephone to a desktop telephone coupled to the enterprise network; placing (168, 174) the remote device in a holding state in response to the indication; and handing off the communication session, which is anchored in the enterprise network, to resume the communication session between the desktop telephone and the remote device.
A biopsy device comprising: a stylet having a distal end and a proximal end, the stylet having a sample opening and an interior volume adjacent its distal end, the opening providing access to the interior volume, the stylet having a recovery position proximal of the distal end; a first shuttle mounted in the stylet and free to travel from the sample opening to the recovery position, the shuttle having at least one bulkhead shaped and positioned to push a sample in the shuttle toward the proximal end of the stylet; and a transport subassembly coupled to the shuttle and the at least one bulkhead to move a tissue sample from the sample port to the proximal end of the stylet, characterized in that the transport subassembly includes a spooling tape adapted to wind and unwind to transport the shuttle in proximal and distal directions, respectively.
A method for choosing a transmission mode in a vehicle over the course of a road section, wherein a lowest permitted speed v min, which an actual speed for said vehicle should exceed, is defined for said road section; the method comprising: - simulation of at least one future speed profile v sim for an actual speed for said vehicle over the course of said road section, in which said simulation is conducted when said road section lies ahead of said vehicle and in which said simulation of each of said at least one future speed profile v sim is based on a road slope and on a transmission mode for said vehicle; - evaluation of an applicability for a transmission mode, wherein said transmission mode for the respective said at least one future speed profile v sim is deemed applicable if the respective said at least one future speed profile v sim is greater than said lowest permitted speed v min throughout a first time period T 12, which extends from a first moment T 1, when said at least one simulation is conducted, to a second, later moment T 2, wherein said second moment T 2 constitutes a moment such that said first time period T 12 corresponds to a smallest permitted time period for which a transmission mode should be utilized after said simulation; and - utilization of said evaluation in said choice of a transmission mode, characterized in that a magnitude for said lowest permitted speed v min has different values for different transmission modes. - simulation of at least one future speed profile v sim for an actual speed for said vehicle over the course of said road section, in which said simulation is conducted when said road section lies ahead of said vehicle and in which said simulation of each of said at least one future speed profile v sim is based on a road slope and on a transmission mode for said vehicle; - evaluation of an applicability for a transmission mode, wherein said transmission mode for the respective said at least one future speed profile v sim is deemed applicable if the respective said at least one future speed profile v sim is greater than said lowest permitted speed v min throughout a first time period T 12, which extends from a first moment T 1, when said at least one simulation is conducted, to a second, later moment T 2, wherein said second moment T 2 constitutes a moment such that said first time period T 12 corresponds to a smallest permitted time period for which a transmission mode should be utilized after said simulation; and - utilization of said evaluation in said choice of a transmission mode, characterized in that a magnitude for said lowest permitted speed v min has different values for different transmission modes.
A vehicle interior equipment, the interior equipment comprising: - a structure having a visible external surface, a window being cut out in the external surface, the window being surrounded by an edge area of the external surface; - an electronic display screen placed in the window and having a peripheral area adjacent to the edge area; - a device for management of the electronic display screen; wherein the edge area bears a visible decoration, the management device being configured for selectively placing the electronic display screen in an active condition in which information is displayed on the electronic display screen, or in a standby condition in which a decorative image is displayed on the electronic display screen, the decorative image being coordinated with the visible decoration so that at least the peripheral area of the electronic display screen and the edge area coincide visually, characterized in that the interior equipment comprises an optical film having at least one first area covering the edge area and a second area covering the electronic display screen, the first area having a first light transmission rate, the second area having a second light transmission rate of less than the first light transmission rate. - a structure having a visible external surface, a window being cut out in the external surface, the window being surrounded by an edge area of the external surface; - an electronic display screen placed in the window and having a peripheral area adjacent to the edge area; - a device for management of the electronic display screen;
A method for achieving at least 90% N-glycan deglycosylation of a glycoprotein to form an N-glycan deglycosylated protein and N-glycan cleavage products, the method comprising incubating the glycoprotein with a dialyzable non-cleavable carboxylate anionic surfactant not including sodium dodecyl sulfate, and one or more N-glycan glycosidases, for less than 60 minutes at a temperature of 20°C - 60°C, thereby achieving at least 90% N-glycan deglycosylation of the glycoprotein.
A container swap body or trailer, for a cargo bike, with pivotable and extendable support legs, wherein - viewed in plan view, in the outer areas at least two support legs are arranged in the lower area in the case of a trailer and at least three, preferably four, in the case of a swap container, - each support leg contains - a leg base attached to the swap container or trailer, - a leg rod extending away from the leg base and - at the free end of the leg rod a contact surface, in particular a foot plate, - the leg rod can be pivoted relative to the leg base about a horizontally extending pivot axis, - the length of the support leg can be changed from the pivot axis to the support surface in an extension direction by means of an extension drive, in particular the leg strut can be extended in its main extension direction, characterized in that the free end of the leg rod is coupled to the leg base via such an operative connection that when the length of the leg rod is reduced, the leg rod automatically pivots upwards about the horizontal pivot axis relative to the leg base and vice versa. - viewed in plan view, in the outer areas at least two support legs are arranged in the lower area in the case of a trailer and at least three, preferably four, in the case of a swap container, - each support leg contains - a leg base attached to the swap container or trailer, - a leg rod extending away from the leg base and - at the free end of the leg rod a contact surface, in particular a foot plate, - a leg base attached to the swap container or trailer, - a leg rod extending away from the leg base and - at the free end of the leg rod a contact surface, in particular a foot plate, - the leg rod can be pivoted relative to the leg base about a horizontally extending pivot axis, - the length of the support leg can be changed from the pivot axis to the support surface in an extension direction by means of an extension drive, in particular the leg strut can be extended in its main extension direction,
A device for non-invasive monitoring of intracranial pressure of the patient including a measuring mat and a device for measurement of heart activity, wherein the measuring mat includes at least one sensor for measurement of mechanical manifestations when the mat is placed under the head of the patient, and the device further comprises a processor unit configured for determining the time delay between a first signal originating from the device for measurement of the heart activity and a second signal related to the time, when the pulse wave is reflected in the bloodstream in the brain, the second signal originating from the measuring mat, the processor unit being further configured for converting this time delay T into the intracranial pressure of the patient. including a measuring mat and a device for measurement of heart activity, wherein the measuring mat includes at least one sensor for measurement of mechanical manifestations when the mat is placed under the head of the patient, and the device further comprises a processor unit configured for determining the time delay between a first signal originating from the device for measurement of the heart activity and a second signal related to the time, when the pulse wave is reflected in the bloodstream in the brain, the second signal originating from the measuring mat, the processor unit being further configured for converting this time delay T into the intracranial pressure of the patient.