mhurhangee/ep-ind-claims huggingface dataset:
A compound of Formula I: or a pharmaceutically acceptable salt thereof, wherein R is hydrogen, PO 2, P(=O)(O-(C 1 -C 18)alkylenephenyl)) 2 -, P(=O), or P(=O) 2; W is 2-halophenyl, 3-halophenyl, or 4-halophenyl; R 5 is (C 1 -C 18)alkoxy, hydroxyl, or OR 8; R 6 is hydroxyl or (C 1 -C 18)alkoxy; R 7 is hydrogen; R 8 is PO 2, P(=O)(O-(C 1 -C 18)alkylenephenyl) 2 -, P(=O), or P(=O) 2, and M is a monovalent or divalent metal ion, or alkylammonium ion. R is hydrogen, PO 2, P(=O)(O-(C 1 -C 18)alkylenephenyl)) 2 -, P(=O), or P(=O) 2; W is 2-halophenyl, 3-halophenyl, or 4-halophenyl; R 5 is (C 1 -C 18)alkoxy, hydroxyl, or OR 8; R 6 is hydroxyl or (C 1 -C 18)alkoxy; R 7 is hydrogen; R 8 is PO 2, P(=O)(O-(C 1 -C 18)alkylenephenyl) 2 -, P(=O), or P(=O) 2, and M is a monovalent or divalent metal ion, or alkylammonium ion.
Method for applying layers of ceramic or organoceramic materials to surfaces of metals, semi-metals or the compounds thereof and components or sub-assemblies produced from these materials by means of a chemical deposition process from the gas phase at atmospheric pressure or 30% below and process temperatures during the deposition below 500°C, wherein the reactive chemical substances used for layer formation from the gas phase are formed from the precursor substances alkoxy, carboxy and/or non-substituted, partially or completely substituted alkyl-alkoxy or alkyl-carboxy compounds with silicon, aluminium, titanium or zirconium with the addition of water and an acid by means of a catalysed gas phase reaction, characterised in that - the upstream catalysed gas phase reaction and the current deposition process take place in a common gas chamber, - in that the deposition process is carried out in one operating step, - in that the reactive chemical substances and the precursor substances are back-mixed in a homogeneous manner in the common gas chamber and - in that the mean dwell time of the process gas as a ratio of volume of the gas chamber and gas throughput is more than 2 minutes at a deposition rate of from 10 to 2000 nm per hour. - the upstream catalysed gas phase reaction and the current deposition process take place in a common gas chamber, - in that the deposition process is carried out in one operating step, - in that the reactive chemical substances and the precursor substances are back-mixed in a homogeneous manner in the common gas chamber and - in that the mean dwell time of the process gas as a ratio of volume of the gas chamber and gas throughput is more than 2 minutes at a deposition rate of from 10 to 2000 nm per hour.
Gearwheel set, in particular for a gyroplane having two gearwheels (1, 4) which are in engagement and are each mounted on a shaft, wherein in the case of rotation in a preferred direction the gearwheels (1, 4) have an engagement angle (α) in a perpendicular section at the start of engagement, and in the case of rotation counter to the preferred direction they have an engagement angle (α') which is different from the previously specified engagement angle (α) in a perpendicular section at the start of an engagement, wherein during the engagement the engagement angles (α, α') on a drive side of the teeth (6, 6') of one of the gearwheels (1, 4) have a profile which is different from a free-wheeling side of the teeth (6, 6') of the same gearwheel, characterized in that the sum of the respective engagement angle (α) on the drive side which arises at the point of contact when the gearwheels (1, 4) rotate in the preferred direction and of the engagement angle (α') on the free-wheeling side at the respective corresponding contact point which arises when the gearwheels (1, 4) rotate counter to the preferred direction is constant.
A bicycle wheel rim and a plurality of spokes, wherein each spoke has a spoke head at one end and a threaded section at its opposite end for insertion and attachment to a suitably configured hub flange, the rim including an outer annular portion adapted to receive a tyre, an inner peripheral radial portion having a plurality of circumferentially arranged spoke openings wherein the inner peripheral radial portion is characterised in that it has a braking surface (25, 26) thereon, wherein the spoke openings are shaped to receive the head of a spoke.
A refrigerating appliance including a body in which a refrigerating compartment is defined and a door connected to said body to open and close said compartment, and a height adjustable support assembly (10,10',100) connected to said body and/or said door, said refrigerating appliance further comprising: - a first and a second rail (23a,23b;23a',23b') each including a rack portion attached to said body within said compartment and/or to said door, said rail extending substantially along a vertical axis; said height adjustable support assembly (10;10';100) comprising: - a support member (11; 11'; 11") to support items to be refrigerated/frozen, - a first and a second gear (15a, 15b) rotatably connected to said support member (11;11';11") and connected each other by a shaft so that rotation of any one of the first and second gear implies a rotation also of the other one of the first and second gear, said first and second gear (15a,15b) meshing with a corresponding rack portion on said first and second rail (23a,23b;23a',23b') so that said support member can be vertically moved along said rail (23a,23b;23a',23b'), - a single unidirectional stopper unit (19; 70) coupled to one side of the support member (11;11';11") to regulate rotation of said first and second gear (15a, 15b) meshed with said rack portions, allowing an upward movement of said support member (11;11';11") along said vertical axis and blocking downward movements along said vertical axis, and - a single lever coupled to said unidirectional stopper unit, said lever being apt to disengage said unidirectional stopper unit so as to allow a downward movement of said support member (11;11';11") along said vertical axis when operated. - a first and a second rail (23a,23b;23a',23b') each including a rack portion attached to said body within said compartment and/or to said door, said rail extending substantially along a vertical axis; - a support member (11; 11'; 11") to support items to be refrigerated/frozen, - a first and a second gear (15a, 15b) rotatably connected to said support member (11;11';11") and connected each other by a shaft so that rotation of any one of the first and second gear implies a rotation also of the other one of the first and second gear, said first and second gear (15a,15b) meshing with a corresponding rack portion on said first and second rail (23a,23b;23a',23b') so that said support member can be vertically moved along said rail (23a,23b;23a',23b'), - a single unidirectional stopper unit (19; 70) coupled to one side of the support member (11;11';11") to regulate rotation of said first and second gear (15a, 15b) meshed with said rack portions, allowing an upward movement of said support member (11;11';11") along said vertical axis and blocking downward movements along said vertical axis, and - a single lever coupled to said unidirectional stopper unit, said lever being apt to disengage said unidirectional stopper unit so as to allow a downward movement of said support member (11;11';11") along said vertical axis when operated.
A mattress arrangement, such as a bed arrangement, having adjustable firmness, comprising: an upper mattress; a lower mattress being arranged beneath said upper mattress; a support layer (6, 6') arranged between the upper mattress and the lower mattress, to support the upper mattress, wherein the lower mattress has a variable extension in a length and/or a width direction of the mattress, whereby at least one side of the lower mattress is moveable in said length and/or width direction in relation to an opposite side of the lower mattress, the lower mattress thereby being expandable into an expanded state, having a lower firmness, and compressible into a contracted state, having a higher firmness; and in that the support layer (6, 6') is arranged overlying said at least one moveable side of the lower mattress, thereby forming at least one compartment beneath the upper mattress, characterized in that said support layer (6, 6') being arranged only partly to support the upper mattress, whereby a greater part of a lower surface of the upper mattress remains unsupported by the support layer, this part instead being supported directly by the lower mattress, and in that said compartment(s) being at least partly empty when the lower mattress is in the contracted state and at least partly filled when the lower mattress is in the expanded state. an upper mattress; a lower mattress being arranged beneath said upper mattress; a support layer (6, 6') arranged between the upper mattress and the lower mattress, to support the upper mattress, wherein the lower mattress has a variable extension in a length and/or a width direction of the mattress, whereby at least one side of the lower mattress is moveable in said length and/or width direction in relation to an opposite side of the lower mattress, the lower mattress thereby being expandable into an expanded state, having a lower firmness, and compressible into a contracted state, having a higher firmness; and in that the support layer (6, 6') is arranged overlying said at least one moveable side of the lower mattress, thereby forming at least one compartment beneath the upper mattress, characterized in that said support layer (6, 6') being arranged only partly to support the upper mattress, whereby a greater part of a lower surface of the upper mattress remains unsupported by the support layer, this part instead being supported directly by the lower mattress, and in that said compartment(s) being at least partly empty when the lower mattress is in the contracted state and at least partly filled when the lower mattress is in the expanded state.
An information processing apparatus comprising: a processor; a storage device that is connected to the processor; a display apparatus that is connected to the processor; and a communication apparatus that is connected to the processor and is adapted to communicate with a server apparatus, wherein the storage device is adapted to hold map information indicating a connection relationship between roads, when the processor is adapted to receive information indicating a completion degree of automatic driving track information including coordinate values of a traveling track when a vehicle travels on each road by automatic driving from the server apparatus through the communication apparatus, the processor is adapted to hold the information indicating the completion degree in the storage device, and the display apparatus is adapted to display a map including the roads based on the map information, and to superimpose and display information indicating the completion degree calculated for each of the roads on the map.
A washing machine comprising: a washing function unit that performs washing or drying of laundry; a detection unit that includes various sensors for detecting an operation condition of the washing function unit; a communication control unit that communicates with a network terminal via a communication network, wherein the network terminal has a transmitting and receiving function and is connected to the communication network; and an operation control unit that controls an operation of the washing function unit to perform washing or drying in accordance with an operation control program, the washing machine being configured to be capable of setting an operation control action performed by the operation control unit through communication from the network terminal, wherein when detecting an occurrence of a failure in the operation condition of the washing function unit based on a detection signal from the detection unit during control of the operation, the operation control unit notifies the network terminal of the failure, and characterised in that the operation control unit then waits for a communication for instructing a corrective action for failure from the network terminal, and when a predetermined time has elapsed from start of waiting without receiving a communication for instructing the corrective action from the network terminal, the operation control unit controls the operation to continue an action based on contents that are preset in the operation control program. a washing function unit that performs washing or drying of laundry; a detection unit that includes various sensors for detecting an operation condition of the washing function unit; a communication control unit that communicates with a network terminal via a communication network, wherein the network terminal has a transmitting and receiving function and is connected to the communication network; and an operation control unit that controls an operation of the washing function unit to perform washing or drying in accordance with an operation control program, the washing machine being configured to be capable of setting an operation control action performed by the operation control unit through communication from the network terminal, wherein when detecting an occurrence of a failure in the operation condition of the washing function unit based on a detection signal from the detection unit during control of the operation, the operation control unit notifies the network terminal of the failure, and characterised in that the operation control unit then waits for a communication for instructing a corrective action for failure from the network terminal, and when a predetermined time has elapsed from start of waiting without receiving a communication for instructing the corrective action from the network terminal, the operation control unit controls the operation to continue an action based on contents that are preset in the operation control program.
Brake control system for a vehicle, the brake control system including: a post-collision automatic braking function to activate at least one brake of the vehicle upon detection of a collision of the vehicle; characterised by a plurality of mechanisms (31, 32, 34) configured to release the at least one brake upon activation of at least one of the mechanisms (31, 32, 34) of the plurality of mechanisms (31, 32, 34); the plurality of mechanisms (31, 32, 34) being positioned at different locations in the vehicle, the different locations including at least one of: trunk, engine compartment, passenger cabin. a post-collision automatic braking function to activate at least one brake of the vehicle upon detection of a collision of the vehicle; characterised by a plurality of mechanisms (31, 32, 34) configured to release the at least one brake upon activation of at least one of the mechanisms (31, 32, 34) of the plurality of mechanisms (31, 32, 34); the plurality of mechanisms (31, 32, 34) being positioned at different locations in the vehicle, the different locations including at least one of: trunk, engine compartment, passenger cabin.
A method for managing storage devices in a storage system, wherein the storage system comprises a management server and a first storage node, the first storage node comprises a first storage device that supports the NVMe interface specification, and a start address of a submission queue of the first storage device is located in a first memory address in a first memory of the first storage node, the submission queue of the first storage device is located in the first memory of the first storage node; the storage system further comprises a second storage node, the second storage node comprises a second storage device that supports the NVMe interface specification, and a start address of a submission queue of the second storage device is located in a second memory address in a second memory of the second storage node, the submission queue of the second storage device is located in the second memory of the second storage node; the management server stores a first mapping relationship between an identifier of the first storage node and the first memory address and a second mapping relationship between an identifier of the second storage node and the second memory address; the first storage device and the second storage device form a stripe relationship; and the method comprises: receiving, by the management server, a query request from a client, wherein the query request comprises the identifiers of the first storage node and the second storage node; determining, by the management server, the first memory address and the second memory address according to the first mapping relationship and the second mapping relationship respectively; and sending, by the management server, a query request response to the client, wherein the query request response comprises the first memory address and the second memory address. receiving, by the management server, a query request from a client, wherein the query request comprises the identifiers of the first storage node and the second storage node; determining, by the management server, the first memory address and the second memory address according to the first mapping relationship and the second mapping relationship respectively; and sending, by the management server, a query request response to the client, wherein the query request response comprises the first memory address and the second memory address.
A physiological monitor capable of communication with at least two types of noninvasive optical sensors through a common sensor port, the first type of noninvasive optical sensor having a different number of light emitting sources than the second type of noninvasive optical sensor, the physiological monitor capable of determining which type of noninvasive optical sensor is attached, the physiological monitor comprising a device capable of determining a number of light emitting sources that are to be activated during operation of a noninvasive optical sensor, capable of activating two of the light emitting sources on the noninvasive optical sensor to measure a first physiological parameter, capable of activating more than two of the light emitting sources on the noninvasive optical sensor to measure a second physiological parameter, and capable of selectively driving fewer than all of the light emitting sources that are available on the noninvasive optical sensor in the presence of low noise or for power consumption purposes.
A vehicle front section structure characterized in that it comprises: a front side member that is formed with a front flange at a vehicle front-rear direction front side; a crash box that is joined to the front flange at a rear flange formed at a vehicle front-rear direction rear side; and a coupling member that is formed with a closed cross-section structure by an inner panel and an outer panel, that is joined to a fender apron section at a vehicle front-rear direction rear side, and that includes a joining plate extending out from a vehicle front-rear direction front side of the inner panel toward a vehicle width direction inner side and joined to the front flange in an interposed state between the front flange and the rear flange, with a vehicle front-rear direction front side of a portion of the coupling member positioned at a vehicle width direction outer side of the front side member angled such that, in plan view, a vehicle front-rear direction rear side is separated further to the vehicle width direction outer side of the front side member than the vehicle front-rear direction front side. a front side member that is formed with a front flange at a vehicle front-rear direction front side; a crash box that is joined to the front flange at a rear flange formed at a vehicle front-rear direction rear side; and a coupling member that is formed with a closed cross-section structure by an inner panel and an outer panel, that is joined to a fender apron section at a vehicle front-rear direction rear side, and that includes a joining plate extending out from a vehicle front-rear direction front side of the inner panel toward a vehicle width direction inner side and joined to the front flange in an interposed state between the front flange and the rear flange, with a vehicle front-rear direction front side of a portion of the coupling member positioned at a vehicle width direction outer side of the front side member angled such that, in plan view, a vehicle front-rear direction rear side is separated further to the vehicle width direction outer side of the front side member than the vehicle front-rear direction front side.
A method for processing breast tissue image data, comprising: processing image data of a patient's breast tissue to generate a high-dimensional grid depicting one or more high-dimensional objects in the patient's breast tissue; determining a confidence or probability of each of the one or more high-dimensional objects depicted in the high-dimensional grid, wherein the probability or confidence of each of the one or more high-dimensional objects in the high-dimensional grid is determined based at least in part on a weight assigned to each of the one or more high-dimensional objects, and wherein the weight assigned to the one or more high-dimensional breast tissue objects is based on an object type; and generating a lower-dimensional format version of the one or more high-dimensional objects. processing image data of a patient's breast tissue to generate a high-dimensional grid depicting one or more high-dimensional objects in the patient's breast tissue; determining a confidence or probability of each of the one or more high-dimensional objects depicted in the high-dimensional grid, wherein the probability or confidence of each of the one or more high-dimensional objects in the high-dimensional grid is determined based at least in part on a weight assigned to each of the one or more high-dimensional objects, and wherein the weight assigned to the one or more high-dimensional breast tissue objects is based on an object type; and generating a lower-dimensional format version of the one or more high-dimensional objects.
A system for nucleic acid amplification, comprising: a surface including a first site and a second site; and a nucleic acid amplification reaction mixture, wherein the reaction mixture is in contact with the first and second sites; and wherein the first site is operatively coupled to a first sensor and includes a first substantially monoclonal population of nucleic acids; and wherein the second site is operatively coupled to a second sensor and includes a second substantially monoclonal population of nucleic acids, and wherein the reaction mixture comprises, a T7 DNA polymerase, thioredoxin and a recombinase, and wherein the T7 DNA polymerase has reduced 3'-5' exonuclease activity or lacks detectable 3'-5' exonuclease activity. a surface including a first site and a second site; and a nucleic acid amplification reaction mixture, wherein the reaction mixture is in contact with the first and second sites; and wherein the first site is operatively coupled to a first sensor and includes a first substantially monoclonal population of nucleic acids; and wherein the second site is operatively coupled to a second sensor and includes a second substantially monoclonal population of nucleic acids, and wherein the reaction mixture comprises, a T7 DNA polymerase, thioredoxin and a recombinase, and wherein the T7 DNA polymerase has reduced 3'-5' exonuclease activity or lacks detectable 3'-5' exonuclease activity. wherein the reaction mixture is in contact with the first and second sites; and wherein the first site is operatively coupled to a first sensor and includes a first substantially monoclonal population of nucleic acids; and wherein the second site is operatively coupled to a second sensor and includes a second substantially monoclonal population of nucleic acids, and wherein the reaction mixture comprises, a T7 DNA polymerase, thioredoxin and a recombinase, and wherein the T7 DNA polymerase has reduced 3'-5' exonuclease activity or lacks detectable 3'-5' exonuclease activity.