mhurhangee/ep-ind-claims huggingface dataset:
An apparatus, comprising: an elongate member; and a self-expanding braided expandable member defining a plurality of openings and coupled to the elongate member, the self-expanding braided expandable member configured to move from a collapsed configuration to an expanded configuration when unconstrained; the self-expanding braided expandable member configured to be inserted into a blood vessel in the collapsed configuration and move to the expanded configuration when unconstrained within the blood vessel, the self-expanding braided expandable member when in the expanded configuration defining an interior volume and configured to receive therein at least a portion of a bodily tissue, the self-expanding braided expandable member being movable from the expanded configuration to a helical configuration while disposed within the blood vessel such that only the expandable member has the helical configuration and a capture region is defined between at least a first portion of the self-expanding braided expandable member and a second portion of the self-expanding braided expandable member wherein the self-expanding braided expandable member is moved to the helical configuration by rotating the elongate member. an elongate member; and a self-expanding braided expandable member defining a plurality of openings and coupled to the elongate member, the self-expanding braided expandable member configured to move from a collapsed configuration to an expanded configuration when unconstrained; the self-expanding braided expandable member configured to be inserted into a blood vessel in the collapsed configuration and move to the expanded configuration when unconstrained within the blood vessel, the self-expanding braided expandable member when in the expanded configuration defining an interior volume and configured to receive therein at least a portion of a bodily tissue, the self-expanding braided expandable member being movable from the expanded configuration to a helical configuration while disposed within the blood vessel such that only the expandable member has the helical configuration and a capture region is defined between at least a first portion of the self-expanding braided expandable member and a second portion of the self-expanding braided expandable member wherein the self-expanding braided expandable member is moved to the helical configuration by rotating the elongate member.
A display apparatus comprising: a display; an optical sensor; and at least one processor configured to: identify, based on an infrared signal having a signal section corresponding to a user key input and an idle section repeated on a predetermined cycle, an operation cycle of the optical sensor that is shorter than the idle section and has at least a minimal length needed for the optical sensor to detect light according to a purpose for which the optical sensor is to be used and to obtain a detection value corresponding to the detected light, control the optical sensor to repetitively perform a detection operation based on the identified operation cycle, and perform a predetermined operation based on a detection value obtained by the detection operation. a display; an optical sensor; and at least one processor configured to: identify, based on an infrared signal having a signal section corresponding to a user key input and an idle section repeated on a predetermined cycle, an operation cycle of the optical sensor that is shorter than the idle section and has at least a minimal length needed for the optical sensor to detect light according to a purpose for which the optical sensor is to be used and to obtain a detection value corresponding to the detected light, control the optical sensor to repetitively perform a detection operation based on the identified operation cycle, and perform a predetermined operation based on a detection value obtained by the detection operation. identify, based on an infrared signal having a signal section corresponding to a user key input and an idle section repeated on a predetermined cycle, an operation cycle of the optical sensor that is shorter than the idle section and has at least a minimal length needed for the optical sensor to detect light according to a purpose for which the optical sensor is to be used and to obtain a detection value corresponding to the detected light, control the optical sensor to repetitively perform a detection operation based on the identified operation cycle, and perform a predetermined operation based on a detection value obtained by the detection operation.
Domestic refrigerator having at least one thermally-insulated inner container with a coolable interior (4, 5), and a refrigerant circulation system embodied for cooling the interior (4, 5), having at least one compressor, a condenser, and an evaporator (6, 12) which are connected by refrigerant pipelines (20.1 - 20.8) in order to form the refrigerant circulation system of which at least two refrigerant pipelines (20.1 - 20.8) each have an inlet pipeline end section (20a, 20b) and of which a further refrigerant pipeline (20.1 - 20.8) has an outlet pipeline end section, into which the two inlet pipeline end sections (20a, 20b) run, characterised in that at least one of the two inlet pipeline end sections (20a, 20b) has a pipeline section expanding in its flow cross-section.
A in vitro method for diagnosis of liver cirrhosis in a patient comprising the steps of: a) measuring the values of alpha2-macroglobulin, haptoglobin, apolipoprotein-A1, total bilirubin, gamma-glutamyl-transpeptidase in the serum or plasma of said patient, and combining said values through a first logistic function including said markers, the age and sex of said patient, wherein said first logistic function is 4.467 x Log(Alpha2Macroglobulin (g/l)) - 1.357 x Log(Haptoglobin (g/l)) + 1.017 x Log(GGT (IU/l)) + 0.0281 x Age (in years) + 1.737 x Log(Bilirubin (μmol/l)) - 1.184 x ApoA1 (g/l) + 0.301 x Sex (female=0, male=1) -5.540, and obtaining a first index b) measuring liver stiffness for said patient by Vibration Controlled Transient Elastography and obtaining a second index c) combining said first and second index through a second logistic function in order to obtain a final index, wherein said second logistic function is a1 + a2 x [first index] + a3 x [second index] wherein a1 is comprised between -9.27 and -9.07; a2 is comprised between 3.08 and 3.1; a3 is comprised between 5.67 and 5.87. a) measuring the values of alpha2-macroglobulin, haptoglobin, apolipoprotein-A1, total bilirubin, gamma-glutamyl-transpeptidase in the serum or plasma of said patient, and combining said values through a first logistic function including said markers, the age and sex of said patient, wherein said first logistic function is 4.467 x Log(Alpha2Macroglobulin (g/l)) - 1.357 x Log(Haptoglobin (g/l)) + 1.017 x Log(GGT (IU/l)) + 0.0281 x Age (in years) + 1.737 x Log(Bilirubin (μmol/l)) - 1.184 x ApoA1 (g/l) + 0.301 x Sex (female=0, male=1) -5.540, and obtaining a first index b) measuring liver stiffness for said patient by Vibration Controlled Transient Elastography and obtaining a second index c) combining said first and second index through a second logistic function in order to obtain a final index, wherein said second logistic function is a1 + a2 x [first index] + a3 x [second index] wherein a1 is comprised between -9.27 and -9.07; a2 is comprised between 3.08 and 3.1; a3 is comprised between 5.67 and 5.87.
A hand crimp tool comprising: a handle including an upper handle and a lower handle movable relative to each other to open and close the hand crimp tool, the upper handle including an upper handgrip, the lower handle including a lower handgrip, the upper handgrip and the lower handgrip configured to be hand squeezed to close the hand crimp tool; a head having an upper jaw operably coupled to the upper handle and a lower jaw operably coupled to the lower handle, the head including a crimp zone between the upper jaw and the lower jaw, the lower jaw including an anvil configured to hold a terminal, the upper jaw including a crimper configured to crimp the terminal between the anvil and the crimper when the hand crimp tool is closed; and a wire inserter, characterised in that the wire inserter is coupled to the head, the wire inserter includes a carriage movable between an advanced position and a retracted position, the wire inserter having a wire clamp holding a wire in the carriage, the wire inserter moving the wire relative to the head to position and hold the wire in the terminal during crimping of the terminal between the anvil and the crimper. a handle including an upper handle and a lower handle movable relative to each other to open and close the hand crimp tool, the upper handle including an upper handgrip, the lower handle including a lower handgrip, the upper handgrip and the lower handgrip configured to be hand squeezed to close the hand crimp tool; a head having an upper jaw operably coupled to the upper handle and a lower jaw operably coupled to the lower handle, the head including a crimp zone between the upper jaw and the lower jaw, the lower jaw including an anvil configured to hold a terminal, the upper jaw including a crimper configured to crimp the terminal between the anvil and the crimper when the hand crimp tool is closed; and a wire inserter, characterised in that the wire inserter is coupled to the head, the wire inserter includes a carriage movable between an advanced position and a retracted position, the wire inserter having a wire clamp holding a wire in the carriage, the wire inserter moving the wire relative to the head to position and hold the wire in the terminal during crimping of the terminal between the anvil and the crimper.
A process for producing crystals of a compound of formula: comprising crystallizing the compound from an aqueous solution containing the compound and a salt selected from inorganic salts that can be added to a parenteral injection, tetrabutyl ammonium bromide, sodium acetate, sodium citrate, sodium tartrate, sodium glutamate, and potassium sodium tartrate.
A method of optimal vibration control for a wellbore logging tool emitting an acoustic signal (130, 226, 406), the method comprising: retrieving a plurality of optimal drive signals, each of the optimal drive signals corresponding to at least one of a plurality of wellbore environmental conditions and calculated to minimize vibration of the wellbore logging tool (130, 226, 406); obtaining an initial wellbore environmental condition; matching the initial wellbore environmental condition to an optimal drive signal stored in the plurality of optimal drive signals; generating a drive signal for the wellbore logging tool (130, 226, 406) based on the matching; and emitting by the wellbore logging tool an acoustic signal based on the generated drive signal, wherein the acoustic signal propagates through a subterranean formation to at least one receiver. retrieving a plurality of optimal drive signals, each of the optimal drive signals corresponding to at least one of a plurality of wellbore environmental conditions and calculated to minimize vibration of the wellbore logging tool (130, 226, 406); obtaining an initial wellbore environmental condition; matching the initial wellbore environmental condition to an optimal drive signal stored in the plurality of optimal drive signals; generating a drive signal for the wellbore logging tool (130, 226, 406) based on the matching; and emitting by the wellbore logging tool an acoustic signal based on the generated drive signal, wherein the acoustic signal propagates through a subterranean formation to at least one receiver.
A food processing system, comprising a food slicing machine adapted to slice food products into food portions, a packaging machine adapted to respectively package the complete food portions, and at least one weighing device (12, 20), wherein the food slicing machine and/or the packaging machine are adapted to combine each of the food portions with a variable packaging component (7, 9, 22), and wherein by means of the at least one weighing device (12, 20) the weight of the respective food portion including the variable packaging component (7, 9, 22) can be determined, characterized in that a controller (10, 13, 21, 23) is provided which is adapted to determine, as a function of operating data, a variable tare value which corresponds to the weight of the variable packaging component (7, 9, 22).
Piston, assembled from an upper part comprising a cooling channel and a lower part comprising a pin bore, wherein the upper part and the lower part comprise bearing surfaces facing one another and the two parts (2, 3) are held together by means of at least one screw connection, wherein the lower part, starting from its inner region above an apex of the pin bore, comprises a recess directed in the direction of an outer circumference and, starting from an outer region, comprises at least one web above the pin bore, which at least one web also points in the direction of the outer circumference, characterized in that the recess merges into the inner region of the lower part via a rounded transition.
A decontaminating system comprising: a mist generating apparatus having a longitudinal axis, the apparatus comprising: an annular first fluid passage having a first fluid inlet and a first fluid outlet; a second fluid passage having a second fluid inlet, a second fluid outlet, and a throat portion located between the second fluid inlet and the second fluid outlet, the throat portion having a smaller cross sectional area than that of either the second fluid inlet or second fluid outlet; wherein the first fluid passage surrounds the second fluid passage, and the system is characterised in that it further comprises: a decontaminant reservoir in communication with the first fluid inlet; and a transport fluid source in communication with the second fluid inlet; and wherein the second fluid passage is annular, and the first and second outlets (84,94) are oriented relative to one another such that they have an angle of incidence between 5 and 30 degrees a mist generating apparatus having a longitudinal axis, the apparatus comprising: an annular first fluid passage having a first fluid inlet and a first fluid outlet; a second fluid passage having a second fluid inlet, a second fluid outlet, and a throat portion located between the second fluid inlet and the second fluid outlet, the throat portion having a smaller cross sectional area than that of either the second fluid inlet or second fluid outlet; wherein the first fluid passage surrounds the second fluid passage, and the system is characterised in that it further comprises: a decontaminant reservoir in communication with the first fluid inlet; and a transport fluid source in communication with the second fluid inlet; and wherein the second fluid passage is annular, and the first and second outlets (84,94) are oriented relative to one another such that they have an angle of incidence between 5 and 30 degrees an annular first fluid passage having a first fluid inlet and a first fluid outlet; a second fluid passage having a second fluid inlet, a second fluid outlet, and a throat portion located between the second fluid inlet and the second fluid outlet, the throat portion having a smaller cross sectional area than that of either the second fluid inlet or second fluid outlet; wherein the first fluid passage surrounds the second fluid passage, and the system is characterised in that it further comprises: a decontaminant reservoir in communication with the first fluid inlet; and a transport fluid source in communication with the second fluid inlet; and wherein the second fluid passage is annular, and the first and second outlets (84,94) are oriented relative to one another such that they have an angle of incidence between 5 and 30 degrees a decontaminant reservoir in communication with the first fluid inlet; and a transport fluid source in communication with the second fluid inlet; and wherein the second fluid passage is annular, and the first and second outlets (84,94) are oriented relative to one another such that they have an angle of incidence between 5 and 30 degrees
Method for managing memory resources of a security device, such as a chip card, of the type comprising: a step of formatting a memory space allocated to a session for storing computer objects, and implemented at each creation of a computer object, a step (E1, E2, E3,...) of allocating a memory block in said memory space storing said computer object being created, characterised in that it further comprises: a step of partitioning the memory space allocated to a session into firstly a first memory subspace the first address (AdRN) of which is determined according to a random or pseudorandom number and the last address of which is the last address (AdRM) of said allocated memory space, and secondly a second memory subspace the first address of which is the first address of said allocated memory space and the last address of which is the address (AdRN-1) preceding the first address(AdRN) of said first subspace, and in that the step (E3, E4, E5,...) of allocating a memory block comprises a step of seeking an allocatable memory block performed first of all in said first memory subspace and then if necessary in said second memory subspace. a step of formatting a memory space allocated to a session for storing computer objects, and implemented at each creation of a computer object, a step (E1, E2, E3,...) of allocating a memory block in said memory space storing said computer object being created, characterised in that it further comprises: a step of partitioning the memory space allocated to a session into firstly a first memory subspace the first address (AdRN) of which is determined according to a random or pseudorandom number and the last address of which is the last address (AdRM) of said allocated memory space, and secondly a second memory subspace the first address of which is the first address of said allocated memory space and the last address of which is the address (AdRN-1) preceding the first address(AdRN) of said first subspace, and in that the step (E3, E4, E5,...) of allocating a memory block comprises a step of seeking an allocatable memory block performed first of all in said first memory subspace and then if necessary in said second memory subspace. a step of partitioning the memory space allocated to a session into firstly a first memory subspace the first address (AdRN) of which is determined according to a random or pseudorandom number and the last address of which is the last address (AdRM) of said allocated memory space, and secondly a second memory subspace the first address of which is the first address of said allocated memory space and the last address of which is the address (AdRN-1) preceding the first address(AdRN) of said first subspace, and in that the step (E3, E4, E5,...) of allocating a memory block comprises a step of seeking an allocatable memory block performed first of all in said first memory subspace and then if necessary in said second memory subspace.
Linear guide comprising at least two support rods (12a, 12b), a mount (15a, 15b) and a locking device, wherein each support rod is movably guided in the mount (15a, 15b) and can be fixed relative to the mount (15a, 15b) by means of the locking device, wherein the locking device comprises at least one elastically deformable bar which is fixedly arranged relative to the mount (15a, 15b) and which has at least one freely movable end region (18a, 18b), wherein the end region (18a, 18b) cooperates with a notch which is formed on one of the two support rods (12a, 12b) and is assigned to an arrangement, comprising at least one notch, such that the locking device is movable between a release position, in which the bar is deformed such that the end region (18a, 18b) is out of engagement with the arrangement, and a locking position, in which the end region (18a, 18b) is in engagement with the arrangement, characterized in that the actuation device comprises a slider having at least one actuating projection which is movable both in at least a first direction (x1, x2) and in at least a second direction (y1, y2), and in that a movement deflector is provided which, when the slider is actuated in the second direction (y1, y2), deflects said slider in the first direction such that the actuating projection moves the locking device into the release position.
A method for calculating the probability of moisture build-up in a compressor, said method comprising the steps of: sensing a temperature of the ambient air; sensing a discharge pressure of the compressor; sensing a temperature of the compressor; processing the ambient air temperature and the discharge pressure sensed with a controller to obtain a required temperature at which condensation will form; and comparing the temperature of the compressor to the required temperature; the method characterised by the step of: calculating a moisture register variable based upon the comparison of the temperature of the compressor to the required temperature; wherein calculating comprises adding a value to the moisture register variable when the temperature of the compressor is less than the required temperature. sensing a temperature of the ambient air; sensing a discharge pressure of the compressor; sensing a temperature of the compressor; processing the ambient air temperature and the discharge pressure sensed with a controller to obtain a required temperature at which condensation will form; and comparing the temperature of the compressor to the required temperature; the method characterised by the step of: calculating a moisture register variable based upon the comparison of the temperature of the compressor to the required temperature; wherein calculating comprises adding a value to the moisture register variable when the temperature of the compressor is less than the required temperature. calculating a moisture register variable based upon the comparison of the temperature of the compressor to the required temperature; wherein calculating comprises adding a value to the moisture register variable when the temperature of the compressor is less than the required temperature.