mhurhangee/ep-ind-claims huggingface dataset:
A medical device, comprising: an atrial fibrillation circuit configured to receive physiologic information from a patient; and a signal receiver circuit configured to receive pulse pressure information from the patient, the received pulse pressure information different than the received physiologic information, wherein the AF circuit is configured to determine an AF indication using the received physiologic information and the received pulse pressure information, wherein the AF circuit is configured to determine the AF indication using the received physiologic information and a threshold, and to adjust the threshold using the received pulse pressure information, and wherein the AF circuit is configured to augment the AF determination using the received pulse pressure information. an atrial fibrillation circuit configured to receive physiologic information from a patient; and a signal receiver circuit configured to receive pulse pressure information from the patient, the received pulse pressure information different than the received physiologic information, wherein the AF circuit is configured to determine an AF indication using the received physiologic information and the received pulse pressure information, wherein the AF circuit is configured to determine the AF indication using the received physiologic information and a threshold, and to adjust the threshold using the received pulse pressure information, and wherein the AF circuit is configured to augment the AF determination using the received pulse pressure information.
A helmet comprising: A. a convex, hard outer shell; B. a concave, impact-dissipating inner layer fitted to the convex, hard outer shell, the concave, impact-dissipating inner layer comprising: i. a front portion comprising a shield indentation; ii. a back portion opposite the front portion; iii. a top portion joining the front portion and the back portion; iv. a right side portion joining the front portion, the back portion and the top portion; and v. a left side portion joining the front portion, the back portion and the top portion, wherein the left side portion opposes the right side portion; C. a shield pivotably attached to the helmet by a fulcrum, wherein the shield at least partially occludes the shield indentation; wherein the shield pivots about the fulcrum, characterised in that: the helmet further comprises a shield cover fixably attached to the helmet, wherein the shield cover at least partially occludes the front portion, and wherein the shield cover at least partially occludes the shield. A. a convex, hard outer shell; B. a concave, impact-dissipating inner layer fitted to the convex, hard outer shell, the concave, impact-dissipating inner layer comprising: i. a front portion comprising a shield indentation; ii. a back portion opposite the front portion; iii. a top portion joining the front portion and the back portion; iv. a right side portion joining the front portion, the back portion and the top portion; and v. a left side portion joining the front portion, the back portion and the top portion, wherein the left side portion opposes the right side portion; i. a front portion comprising a shield indentation; ii. a back portion opposite the front portion; iii. a top portion joining the front portion and the back portion; iv. a right side portion joining the front portion, the back portion and the top portion; and v. a left side portion joining the front portion, the back portion and the top portion, wherein the left side portion opposes the right side portion; C. a shield pivotably attached to the helmet by a fulcrum, wherein the shield at least partially occludes the shield indentation; the helmet further comprises a shield cover fixably attached to the helmet, wherein the shield cover at least partially occludes the front portion, and wherein the shield cover at least partially occludes the shield.
A method for wireless communications at a base station, comprising: transmitting an indication of which of a clustered scheme for transmitting consecutive control information resource sets, or a distributed scheme for transmitting interleaved control information and downlink data transmissions is configured for control information transmissions; transmitting, during first time resources and over a first frequency bandwidth, first control information scheduling a first data transmission during second time resources and over a second frequency bandwidth, the first time resources being selected based at least in part on the indication; transmitting, during third time resources and over a third frequency bandwidth, second control information scheduling a second data transmission during fourth time resources and over a fourth frequency bandwidth, the third time resources being selected based at least in part on the indication; transmitting the first data transmission during the second time resources; and transmitting the second data transmission during the fourth time resources. transmitting an indication of which of a clustered scheme for transmitting consecutive control information resource sets, or a distributed scheme for transmitting interleaved control information and downlink data transmissions is configured for control information transmissions; transmitting, during first time resources and over a first frequency bandwidth, first control information scheduling a first data transmission during second time resources and over a second frequency bandwidth, the first time resources being selected based at least in part on the indication; transmitting, during third time resources and over a third frequency bandwidth, second control information scheduling a second data transmission during fourth time resources and over a fourth frequency bandwidth, the third time resources being selected based at least in part on the indication; transmitting the first data transmission during the second time resources; and transmitting the second data transmission during the fourth time resources.
Opening/closing device for a container for pourable products, having at least one perforable portion, said opening/closing device comprising a collar combinable with said container at said perforable portion, a cap constrainedly movable by first guiding means, which are interposed between said cap and said collar, on the outer surface of said collar, and a cutting element constrainedly movable by second guiding means, which are interposed between said cutting element and said collar, inside said collar for severing said perforable portion, said device further comprising pushing means for said cutting element, which are actuated by said cap during at least its first displacement on said outer surface of said collar, for promoting the displacement inside said collar of said at least one cutting element in the direction of said perforable portion, wherein said cap is provided with at least one through hole for pouring said pourable product and with at least one lid integrally constrained to said cap and adapted to seal, or open, the passage of said at least one through hole, said first guiding means only rotatably constraining said cap to said collar, characterized further comprising means for limiting the rotation of said cap with respect to the outer surface of said collar between a first assembled position for said opening/closing device and a second locked position of said cap on said collar, and in that by comprising a retaining ring integrally constrained at the lower end of said cap by a plurality of frangible bridges, said frangible bridges being severed at least when said cap is displaced from said first assembled position.
A washing machine comprising: a cabinet forming an outer appearance of the washing machine; a tub fixed inside the cabinet to hold water therein; a drum rotatably placed in the tub, the drum having both side surfaces supported by the cabinet to be rotatable and a drum inlet at a circumferential surface thereof for loading and unloading laundry; a drum door installed on the drum inlet to open or close the drum inlet of the drum and including a sealing portion formed as an arc having same size as that of the drum inlet for closing the drum inlet; connecting portions extended from both end portions of the sealing portion toward the center of the drum as a sector form; and door hinge shafts mounted on end portions of the connecting portions for supporting the drum door to be rotatable, characterized in that the washing machine further comprises a suspending rod formed on one end portion of the drum inlet; a suspending hook formed on one end portion of the sealing portion of the drum door and suspended on the suspending rod for restricting movement of the drum door toward a closing direction; a locking rod formed on the other end portion of the drum inlet; and a locking hook formed on the other end portion of the sealing portion to hold the closed state of the drum door by centrifugal force of the drum when the drum rotates and inserted into the locking rod for maintaining the closed status of the drum door. a cabinet forming an outer appearance of the washing machine; a tub fixed inside the cabinet to hold water therein; a drum rotatably placed in the tub, the drum having both side surfaces supported by the cabinet to be rotatable and a drum inlet at a circumferential surface thereof for loading and unloading laundry; a drum door installed on the drum inlet to open or close the drum inlet of the drum and including a sealing portion formed as an arc having same size as that of the drum inlet for closing the drum inlet; connecting portions extended from both end portions of the sealing portion toward the center of the drum as a sector form; and door hinge shafts mounted on end portions of the connecting portions for supporting the drum door to be rotatable, characterized in that the washing machine further comprises a suspending rod formed on one end portion of the drum inlet; a suspending hook formed on one end portion of the sealing portion of the drum door and suspended on the suspending rod for restricting movement of the drum door toward a closing direction; a locking rod formed on the other end portion of the drum inlet; and a locking hook formed on the other end portion of the sealing portion to hold the closed state of the drum door by centrifugal force of the drum when the drum rotates and inserted into the locking rod for maintaining the closed status of the drum door.
A method of expanding human mesenchymal stem cells ex vivo in a hollow fiber bioreactor, the method comprising the steps of: a.) seeding a collection of unpurified cells containing the mesenchymal stem cells at a density of 1 - 100 mesenchymal stem cells/cm 2 into the hollow fiber bioreactor so that the mesenchymal stem cells adhere to a hollow fiber membrane, the collection of cells being bone marrow cells, peripheral blood cells, or umbilical cord cells which have not been subject to a purification procedure; and b.) expanding the adhered mesenchymal stem cells on the hollow fiber membrane. a.) seeding a collection of unpurified cells containing the mesenchymal stem cells at a density of 1 - 100 mesenchymal stem cells/cm 2 into the hollow fiber bioreactor so that the mesenchymal stem cells adhere to a hollow fiber membrane, the collection of cells being bone marrow cells, peripheral blood cells, or umbilical cord cells which have not been subject to a purification procedure; and b.) expanding the adhered mesenchymal stem cells on the hollow fiber membrane.
A system for retrieving shopping carts, the system comprising: a plurality of shopping carts (30, 41), each of which includes RF communication circuitry coupled to a braking mechanism, said RF communication circuitry being capable of receiving RF transmissions of commands; and a mechanized cart retrieval unit that pushes or pulls a group of nested carts to facilitate retrieval, the mechanized cart retrieval unit configured to communicate with the RF communication circuitry of the nested carts to cause the braking mechanisms of the nested carts to remain unlocked during mechanized cart retrieval. a plurality of shopping carts (30, 41), each of which includes RF communication circuitry coupled to a braking mechanism, said RF communication circuitry being capable of receiving RF transmissions of commands; and a mechanized cart retrieval unit that pushes or pulls a group of nested carts to facilitate retrieval, the mechanized cart retrieval unit configured to communicate with the RF communication circuitry of the nested carts to cause the braking mechanisms of the nested carts to remain unlocked during mechanized cart retrieval.
Production plant for producing concrete tubbing of a tunnel lining system having at least one formwork for producing the concrete tubbing, wherein the production plant is provided as a stationary plant having at least two formworks which are disposed so as to be stationary, wherein the required operating steps for producing the concrete tubbing are in each case carried out on the formworks, and having at least one curing station for curing concrete, which, for producing the concrete tubbing has been filled into the formwork, wherein at least one robot is provided for carrying out the at least one operating step on the at least two formworks, wherein at least one travel route which at least partially extends along or transversely to the formworks is provided, wherein at least one travel element, on which the at least one robot is disposed by way of a base and by way of which the at least one robot is at least partially displaceable along or transversely to the at least two formworks, is provided. wherein at least one robot is provided for carrying out the at least one operating step on the at least two formworks, wherein at least one travel route which at least partially extends along or transversely to the formworks is provided, wherein at least one travel element, on which the at least one robot is disposed by way of a base and by way of which the at least one robot is at least partially displaceable along or transversely to the at least two formworks, is provided.
A non-degenerate polarization-entangled photon pair generation device (1;1a;1c) comprising: a quantum-entangled photon pair generator (2;2b;2c) including a single crystal in which a first periodically poled structure (3a;3d) and a second periodically poled structure (3b;3e) are formed; and light radiating means arranged for entering light into the single crystal such that the light passes through the first periodically poled structure (3a;3d) and then through the second periodically poled structure (3b;3e); characterized in that the first periodically poled structure (3a;3d) has a first period and the second periodically poled structure (3b;3e) has a second period that is different from the first period. a quantum-entangled photon pair generator (2;2b;2c) including a single crystal in which a first periodically poled structure (3a;3d) and a second periodically poled structure (3b;3e) are formed; and light radiating means arranged for entering light into the single crystal such that the light passes through the first periodically poled structure (3a;3d) and then through the second periodically poled structure (3b;3e); characterized in that the first periodically poled structure (3a;3d) has a first period and the second periodically poled structure (3b;3e) has a second period that is different from the first period.
A driving device for a deceleration clutch, comprising a drive motor, a drive wheel, a shift fork lever and a clutch sleeve, characterized in that, the drive wheel is directly arranged on a driving motor shaft, a drive wheel axis is parallel with an axis line of the clutch sleeve, the drive wheel is provided with a supporting surface or a supporting slide rail with a height difference in the axial direction, a head of the shift fork lever is a shift fork for controlling the clutch sleeve to move up and down, a tail of the shift fork lever is a drive end supported on the supporting surface or in the supporting slide rail, the drive motor drives the drive wheel to rotate, the tail of the shift fork lever relatively slides on the supporting surface or in the supporting slide rail, so that a height of the tail of the shift fork lever changes and a height of the head of the shift fork lever changes and further drives the clutch sleeve to move up and down.
A non-aqueous oral care composition with a liquid continuous phase comprising a thickening agent which is a carboxyvinyl polymer having a molecular weight of at least 750,000 g/mol, a humectant, an anionic surfactant and one or more liquid polyethylene glycols having a melting point below 25°C, in which the liquid continuous phase is structured with crystals of one or more solid polyethylene glycols having a melting point of 25°C or above and a molecular weight from 1800 to 6000 g/mol
A method for packaging a dianhydrohexitol, comprising: - providing an aqueous dianhydrohexitol solution, - introducing said aqueous dianhydrohexitol solution into a container, - and then closing said container, characterised in that said container is made of one single layer, said layer being polyolefin based and said layer containing no more than 0.1% by weight of antioxidant relative to its total weight and wherein the aqueous dianhydrohexitol solution has a dry solids content between 40% and 95% relative to its total weight. - providing an aqueous dianhydrohexitol solution, - introducing said aqueous dianhydrohexitol solution into a container, - and then closing said container,
A method of executing, out of order, a conditional instruction in a pipelined processor, the conditional instruction architected to receive one or more operands as inputs, to output to a target the result of an operation performed on the operands if a condition is satisfied and to not perform the operation and not provide the result as an output if the condition is not satisfied, comprising: receiving one or more operand values; receiving a prior value of the target prior to the conditional instruction being executed; evaluating a condition; characterised in that: if the condition is satisfied, performing an operation on the operand values to generate a result value and outputting the result to the target; and if the condition is not satisfied, outputting the prior target value to the target. receiving one or more operand values; receiving a prior value of the target prior to the conditional instruction being executed; evaluating a condition; if the condition is satisfied, performing an operation on the operand values to generate a result value and outputting the result to the target; and if the condition is not satisfied, outputting the prior target value to the target.
A method for preparation of expanded polylactide bead foams comprising the following steps: A) providing unfoamed PLA pellets, B) heating said unfoamed PLA pellets to an annealing temperature in the range of 60 °C - 180 °C and saturating with a blowing agent, C) maintaining in the range of 10 min - 300 min said PLA pellets on the annealing temperature and saturating with said blowing agent, D) depressurizing and cooling the saturated PLA pellets of step C) to room temperature to form expanded PLA bead foams having a double crystal melting peak, characterized in that the distance between the low temperature melting peak and the high temperature melting peak is in the range of 10 °C - 20 °C, the temperature of the high melting temperature peak is above the annealing temperature. A) providing unfoamed PLA pellets, B) heating said unfoamed PLA pellets to an annealing temperature in the range of 60 °C - 180 °C and saturating with a blowing agent, C) maintaining in the range of 10 min - 300 min said PLA pellets on the annealing temperature and saturating with said blowing agent, D) depressurizing and cooling the saturated PLA pellets of step C) to room temperature to form expanded PLA bead foams having a double crystal melting peak, characterized in that the distance between the low temperature melting peak and the high temperature melting peak is in the range of 10 °C - 20 °C, the temperature of the high melting temperature peak is above the annealing temperature.
A method of responding to coupling of a headset to an intercom system, the method comprising: monitoring results of a test of at least one microphone conductor of a pair of microphone conductors used to convey signals representing audio detected by a communications microphone of the headset to determine whether the at least one microphone is coupled to the intercom system; monitoring a wireless transceiver of the headset to determine whether the wireless transceiver is inactive, on standby in preparation to be used in two-way communications, or in use in two-way communications; and coupling a ground conductor associated with at least one audio conductor used to convey a signal representing audio to an acoustic driver (110a,110b) of the headset to a microphone conductor of the pair of microphone conductors, and providing a microphone bias voltage across the pair of microphone conductors in response to the at least one microphone conductor not being coupled to the intercom system, and in response to the wireless transceiver being in use. monitoring results of a test of at least one microphone conductor of a pair of microphone conductors used to convey signals representing audio detected by a communications microphone of the headset to determine whether the at least one microphone is coupled to the intercom system; monitoring a wireless transceiver of the headset to determine whether the wireless transceiver is inactive, on standby in preparation to be used in two-way communications, or in use in two-way communications; and coupling a ground conductor associated with at least one audio conductor used to convey a signal representing audio to an acoustic driver (110a,110b) of the headset to a microphone conductor of the pair of microphone conductors, and providing a microphone bias voltage across the pair of microphone conductors in response to the at least one microphone conductor not being coupled to the intercom system, and in response to the wireless transceiver being in use.
A safety label for proving a first-time opening procedure of a container, comprising: a first web-shaped label layer comprising an upper side and an underside; a second web-shaped label layer comprising an upper side and an underside; a weakening line incorporated in the second label layer; a first glue application which connects the underside of the first label layer and the upper side of the second label layer to each other at at least two areas (b) which are spatially separated from each other; and a second glue application which is applied on the underside of the second label layer at at least two areas which are spatially separated from each other, characterized in that the second label layer is free of any adhesive on the upper side and the underside in the area (a) of the weakening line, the weakening line fully penetrates the second label layer between the upper side and the underside of the second label layer and the weakening line extends in the second label layer in a wavelike or zigzag-like or curved fashion. a first web-shaped label layer comprising an upper side and an underside; a second web-shaped label layer comprising an upper side and an underside; a weakening line incorporated in the second label layer; a first glue application which connects the underside of the first label layer and the upper side of the second label layer to each other at at least two areas (b) which are spatially separated from each other; and a second glue application which is applied on the underside of the second label layer at at least two areas which are spatially separated from each other, characterized in that the second label layer is free of any adhesive on the upper side and the underside in the area (a) of the weakening line, the weakening line fully penetrates the second label layer between the upper side and the underside of the second label layer and the weakening line extends in the second label layer in a wavelike or zigzag-like or curved fashion.