mhurhangee/ep-ind-claims huggingface dataset:
A unified memory apparatus for a neural multi-layer network, the apparatus comprising: a unified storage medium comprising a plurality of storage modules of physical memory in the unified storage medium, each storage module having a plurality of storage cells configured to store data, wherein each of the plurality of storage cells is identifiable by a unique cell identifier, wherein the unified storage medium is configured to receive compiler generated instructions from a compiler, the compiler generated instructions including a characteristic associated with the data, the characteristic being one of private or shared; and a plurality of processing units (242, 244, 246, 248) each configured to generate an output operand based on data read from the unified storage medium, wherein: each of the plurality of storage modules is maintained for logical private and shared memory and is addressable as a private storage module and as a shared storage module, based on the characteristic included in the compiler generated instructions programmed to address the data, while the data is kept in its original location in the physical memory, during a read step performed by the processing units (242, 244, 246, 248), if the compiler generated instructions refer to the data as private, the data is read out in parallel as a private input operand and if the compiler-generated instructions refer to the data as shared, the data is read out as a shared input operand, each of the storage cells (432, 434) is configured to store input operands, and output operands, and an output operand from a layer of the multi-layer network is used as an input operand for another layer of the multi-layer network. each of the plurality of storage modules is maintained for logical private and shared memory and is addressable as a private storage module and as a shared storage module, based on the characteristic included in the compiler generated instructions programmed to address the data, while the data is kept in its original location in the physical memory, during a read step performed by the processing units (242, 244, 246, 248), if the compiler generated instructions refer to the data as private, the data is read out in parallel as a private input operand and if the compiler-generated instructions refer to the data as shared, the data is read out as a shared input operand, each of the storage cells (432, 434) is configured to store input operands, and output operands, and an output operand from a layer of the multi-layer network is used as an input operand for another layer of the multi-layer network.
Monitoring apparatus for monitoring the function of a lidar system for emitting pulses, comprising • a detector for detecting laser light and generating a reference signal from the laser light, and • a control loop for minimizing a difference between an amplitude of the reference signal and an amplitude of a corrective signal by varying the corrective signal, wherein the control loop has a comparator for determining a difference between the reference signal and the corrective signal and a control unit for changing the corrective signal on the basis of the difference determined by the comparator, characterized by an additional comparator for determining a difference between the amplitude of the reference signal and half the amplitude of the corrective signal in order to therefore determine a pulse width signal which indicates a pulse width of the reference signal. • a detector for detecting laser light and generating a reference signal from the laser light, and • a control loop for minimizing a difference between an amplitude of the reference signal and an amplitude of a corrective signal by varying the corrective signal,
An apparatus for ultrasonography, the apparatus comprising: an imaging probe including one or more ultrasonic transducers, one or more inertial sensors and one or more optical sensors; and a processor communicatively coupled with the one or more ultrasonic transducers, the one or more inertial sensors and the one or more optical sensors; characterised in that the processor is capable of: calibrating outputs of the one or more inertial sensors by correcting for drift error accumulation of the one or more inertial sensors using a combination of signals received from the one or more ultrasonic transducers and the one or more optical sensors and estimating a position of the imaging probe based on the calibrated outputs of the one or more inertial sensors. an imaging probe including one or more ultrasonic transducers, one or more inertial sensors and one or more optical sensors; and a processor communicatively coupled with the one or more ultrasonic transducers, the one or more inertial sensors and the one or more optical sensors; characterised in that the processor is capable of: calibrating outputs of the one or more inertial sensors by correcting for drift error accumulation of the one or more inertial sensors using a combination of signals received from the one or more ultrasonic transducers and the one or more optical sensors and estimating a position of the imaging probe based on the calibrated outputs of the one or more inertial sensors. calibrating outputs of the one or more inertial sensors by correcting for drift error accumulation of the one or more inertial sensors using a combination of signals received from the one or more ultrasonic transducers and the one or more optical sensors and estimating a position of the imaging probe based on the calibrated outputs of the one or more inertial sensors.
A dual hopper assembly for use in a credential processing device comprising: an upper hopper configured to support one or more card substrates; a lower hopper configured to support one or more card substrates; and an input feed roller between the upper and lower hoppers, characterized by the feed roller being movable between a first position, in which the input feed roller engages a bottom substrate supported in the upper hopper, and a second position, in which the input feed roller is displaced from the bottom substrate. an upper hopper configured to support one or more card substrates; a lower hopper configured to support one or more card substrates; and an input feed roller between the upper and lower hoppers, characterized by the feed roller being movable between a first position, in which the input feed roller engages a bottom substrate supported in the upper hopper, and a second position, in which the input feed roller is displaced from the bottom substrate.
A vane for use in a gas turbine engine, the vane comprising: a forward rib and an aft rib positioned axially aft of the forward rib; a middle rib positioned axially between the forward rib and the aft rib, such that the forward rib and the middle rib define a forward passage configured to receive a forward baffle and the middle rib and the aft rib define an aft passage configured to receive an aft baffle; an inner surface extending axially from the forward rib to the aft rib, being radially separated from the middle rib via a gap such that air can flow between the aft passage and the forward passage via the gap, and having a radially outward curve from the forward rib to the middle rib and having a radially inward curve from the middle rib to the aft rib; and characterised by a forward baffle; and an aft baffle, wherein the forward baffle and the aft baffle overlap at a location radially outward from the middle rib. a forward rib and an aft rib positioned axially aft of the forward rib; a middle rib positioned axially between the forward rib and the aft rib, such that the forward rib and the middle rib define a forward passage configured to receive a forward baffle and the middle rib and the aft rib define an aft passage configured to receive an aft baffle; an inner surface extending axially from the forward rib to the aft rib, being radially separated from the middle rib via a gap such that air can flow between the aft passage and the forward passage via the gap, and having a radially outward curve from the forward rib to the middle rib and having a radially inward curve from the middle rib to the aft rib; and characterised by a forward baffle; and an aft baffle, wherein the forward baffle and the aft baffle overlap at a location radially outward from the middle rib.
A MEK-inhibitor for use in treatment of KRAS-mutant lung cancer, preferably wherein the cancer is characterized by the expression of HER3, wherein the MEK-inhibitor is administrated simultaneously, separately or sequentially with an EGFR-inhibitor and simultaneously, separately or sequentially with an ERBB2-inhibitor, wherein: a) the MEK-inhibitor is Selumetinib and the EGFR-inhibitor and the ERBB2-inhibitor are the same inhibitor and consists of Dacomitinib or Afatinib or b) the MEK-inhibitor is Trametinib and the EGFR-inhibitor and the ERBB2-inhibitor are the same inhibitor and consists of Afatinib. a) the MEK-inhibitor is Selumetinib and the EGFR-inhibitor and the ERBB2-inhibitor are the same inhibitor and consists of Dacomitinib or Afatinib or b) the MEK-inhibitor is Trametinib and the EGFR-inhibitor and the ERBB2-inhibitor are the same inhibitor and consists of Afatinib.
A balloon catheter comprising: an inner shaft; an outer shaft covering a part of the inner shaft; and a balloon fixed to the inner shaft and the outer shaft (1 10), wherein the outer shaft has an outer distal shaft having a lumen, and an outer proximal shaft fixed to a proximal side of the outer distal shaft and having a lumen communicating with the lumen of the outer distal shaft, a distal side of the inner shaft is disposed in the lumen of the outer distal shaft, a proximal side of the inner shaft is disposed on an outer surface of the outer proximal shaft, and the inner shaft forms a proximal opening portion which opens on an outer surface side of the outer proximal shaft, the inner shaft has a first region and a second region disposed on a proximal side of the first region, in a range from a proximal end of the outer distal shaft disposed on the outer surface of the outer proximal shaft to the proximal opening portion, the first region is fixed to the outer surface of the outer proximal shaft, and the second region is not fixed to the outer surface of the outer proximal shaft, characterized in that the outer diameter of the outer proximal shaft is smaller than the outer diameter of the outer distal shaft. an inner shaft; an outer shaft covering a part of the inner shaft; and a balloon fixed to the inner shaft and the outer shaft (1 10), wherein the outer shaft has an outer distal shaft having a lumen, and an outer proximal shaft fixed to a proximal side of the outer distal shaft and having a lumen communicating with the lumen of the outer distal shaft, a distal side of the inner shaft is disposed in the lumen of the outer distal shaft, a proximal side of the inner shaft is disposed on an outer surface of the outer proximal shaft, and the inner shaft forms a proximal opening portion which opens on an outer surface side of the outer proximal shaft, the inner shaft has a first region and a second region disposed on a proximal side of the first region, in a range from a proximal end of the outer distal shaft disposed on the outer surface of the outer proximal shaft to the proximal opening portion, the first region is fixed to the outer surface of the outer proximal shaft, and the second region is not fixed to the outer surface of the outer proximal shaft,
A computing device comprising: a memory to store a set of input matrices; and a graphics processing unit coupled to the memory, the graphics processing unit including a sparse matrix processing mechanism with a sparse pattern tracker to detect one or more sparsity patterns in the set of input matrices, wherein the sparse pattern tracker includes a pattern recognition logic that performs a bounding box operation on the set of input matrices to detect the one or more sparsity patterns, wherein the graphics processing unit is to perform an algebraic operation only on non-zero elements of the input matrices, the non-zero elements determined based on the one or more detected sparsity patterns, and output a result of the algebraic operation. a memory to store a set of input matrices; and a graphics processing unit coupled to the memory, the graphics processing unit including a sparse matrix processing mechanism with a sparse pattern tracker to detect one or more sparsity patterns in the set of input matrices, wherein the sparse pattern tracker includes a pattern recognition logic that performs a bounding box operation on the set of input matrices to detect the one or more sparsity patterns, wherein the graphics processing unit is to perform an algebraic operation only on non-zero elements of the input matrices, the non-zero elements determined based on the one or more detected sparsity patterns, and output a result of the algebraic operation.
A method to be performed by a wireless network infrastructure node, the method comprising: receiving a connection event message including information identifying a wireless node, wherein the identifying information comprises a wireless node identifier and an area code associated with the wireless node; determining whether the connection event message is flagged as being a remote connection event message; if it is determined that the connection event message is flagged as being a remote connection event message, then adding the identifying information to a location services table, together with an identifier of a remote area code authority server; if it is determined that the connection event message is not flagged as being a remote connection event message, then: adding the identifying information to the location services table; determining, based on the area code, whether the wireless node is connected to its home wireless network region; and if the wireless node is not connected to its home wireless network region, transmitting a remote connection event message to a home area code authority server corresponding to the wireless node. receiving a connection event message including information identifying a wireless node, wherein the identifying information comprises a wireless node identifier and an area code associated with the wireless node; determining whether the connection event message is flagged as being a remote connection event message; if it is determined that the connection event message is flagged as being a remote connection event message, then adding the identifying information to a location services table, together with an identifier of a remote area code authority server; if it is determined that the connection event message is not flagged as being a remote connection event message, then: adding the identifying information to the location services table; determining, based on the area code, whether the wireless node is connected to its home wireless network region; and if the wireless node is not connected to its home wireless network region, transmitting a remote connection event message to a home area code authority server corresponding to the wireless node. adding the identifying information to the location services table; determining, based on the area code, whether the wireless node is connected to its home wireless network region; and if the wireless node is not connected to its home wireless network region, transmitting a remote connection event message to a home area code authority server corresponding to the wireless node.
Plug connector for establishing an electrical connection to a complementary part, comprising a housing in which contacts are mounted at the front in the plug-in direction x which can be connected to a cable which can be run out from the rear of the housing in the plug-in direction x, - having a locking sleeve mounted so as to be movable in rotation on the housing in the circumferential direction, by means of which a screw connection locking the plug connection to the complementary part can be established, and at least towards the end of the locking screwing movement an axial section of the housing and an axial section of the locking sleeve move into a positive engagement with one another which protects the plug connection from vibration, - having an elastic seal which protects the plug connection from the effects of foreign bodies, and - the axial section of the housing forms a locking profile along an external circumference having at least one first projection and at least one first recess, and - the axial section of the locking sleeve forms a locking profile along an internal circumference having at least one second projection and at least one second recess, characterised in that - the locking sleeve is mounted on the housing so as to be radially movable relative thereto and - the radial gap between the housing and locking sleeve permitting radial movability permits a radial passing movement of the first projection beyond the second projection due to a radial movement of the locking sleeve when the projections (18, 22) make contact with one another during the screwing movement, and - the elastic seal acts in a resetting manner opposing the radial passing movement of the locking sleeve. - having a locking sleeve mounted so as to be movable in rotation on the housing in the circumferential direction, by means of which a screw connection locking the plug connection to the complementary part can be established, and at least towards the end of the locking screwing movement an axial section of the housing and an axial section of the locking sleeve move into a positive engagement with one another which protects the plug connection from vibration, - having an elastic seal which protects the plug connection from the effects of foreign bodies, and - the axial section of the housing forms a locking profile along an external circumference having at least one first projection and at least one first recess, and - the axial section of the locking sleeve forms a locking profile along an internal circumference having at least one second projection and at least one second recess, - the locking sleeve is mounted on the housing so as to be radially movable relative thereto and - the radial gap between the housing and locking sleeve permitting radial movability permits a radial passing movement of the first projection beyond the second projection due to a radial movement of the locking sleeve when the projections (18, 22) make contact with one another during the screwing movement, and - the elastic seal acts in a resetting manner opposing the radial passing movement of the locking sleeve.
An absorbent article chosen from the group of diapers, panty liners, sanitary napkins and incontinence guards, said absorbent article including a liquid-pervious first sheet intended to face the wearer, a liquid-impervious second sheet intended to face away from the wearer, and a core part including an absorbent core arranged between the first and second sheets, wherein said core part at least partially is treated with a skincare agent, characterised in that said core consists of an absorbent core and an auxiliary component, wherein the skin care agent is only present in the auxiliary component and not in the absorbent core, and wherein the auxiliary component is a lipid phase, in which the skincare agent is included, which lipid phase is solid at a temperature of 25 °C and is in liquid state at a temperature of 37 °C.
A method for manufacturing pet food which has a moisture content of 15% to 30% by mass and a saccharide content of 5% by mass or less in terms of solid content and contains 0.001% by mass or greater of free cysteine, the method comprising blending a total amount of cereals, beans, and starch in a range of 20% to 70% by mass; a total amount of vegetable protein sources in a range of 5% to 20% by mass, a total amount of animal protein sources in a range of 5% to 40% by mass, a total amount of added water and moisture in the ingredients in a range of 15% to 30% by mass, an amount of external additives in a range of 0.5% to 6.0% by mass, and a total amount of other components of 1% by mass or greater, wherein the total amount of blended ingredients is 100% by mass; the method comprising the steps of: a heating step of heating and granulating an ingredient mixture containing the cereals, beans, and starch, the vegetable protein sources, the animal protein sources and cysteine or a salt thereof and water, and a coating step of coating the ingredient mixture with the external additives after the granulating step, wherein the total content of the cysteine or the salt thereof is 0.01% by mass or greater and 0.5% by mass or less in terms of solid content with respect to the content of the ingredient mixture, and wherein the heating temperature in the heating step is in a range of 70°C to 160°C. a heating step of heating and granulating an ingredient mixture containing the cereals, beans, and starch, the vegetable protein sources, the animal protein sources and cysteine or a salt thereof and water, and a coating step of coating the ingredient mixture with the external additives after the granulating step, wherein the total content of the cysteine or the salt thereof is 0.01% by mass or greater and 0.5% by mass or less in terms of solid content with respect to the content of the ingredient mixture, and wherein the heating temperature in the heating step is in a range of 70°C to 160°C.
An apparatus for generating nitric oxide associated with a respiratory system, comprising: two or more electrodes associated with a production of a nitric oxide gas; a scavenger arranged downstream of the electrodes to filter at least nitrogen dioxide, NO 2; a filter arranged on an inspiratory line configured to deliver the nitric oxide gas to a patient, the filter configured to filter particles from the nitric oxide gas to prevent inhalation of the particles through the inspiratory line; and at least one controller in communication with the two or more electrodes and one or more sensors including a NO2 sensor and configured to regulate the amount of nitric oxide in the nitric oxide gas produced by the two or more electrodes by supplying an electrical signal to the electrodes that controls timing and sparking characteristics of the electrodes using information from one or more sensors, the controller being configured to monitor a condition of the scavenger by determining if the concentration of nitrogen dioxide as measured by the NO2 sensor exceeds a predetermined value such that the controller is configured to one or more of instruct a user to replace the scavenger and cease supplying the electric signal to the electrodes to cease nitric oxide production. two or more electrodes associated with a production of a nitric oxide gas; a scavenger arranged downstream of the electrodes to filter at least nitrogen dioxide, NO 2; a filter arranged on an inspiratory line configured to deliver the nitric oxide gas to a patient, the filter configured to filter particles from the nitric oxide gas to prevent inhalation of the particles through the inspiratory line; and at least one controller in communication with the two or more electrodes and one or more sensors including a NO2 sensor and configured to regulate the amount of nitric oxide in the nitric oxide gas produced by the two or more electrodes by supplying an electrical signal to the electrodes that controls timing and sparking characteristics of the electrodes using information from one or more sensors, the controller being configured to monitor a condition of the scavenger by determining if the concentration of nitrogen dioxide as measured by the NO2 sensor exceeds a predetermined value such that the controller is configured to one or more of instruct a user to replace the scavenger and cease supplying the electric signal to the electrodes to cease nitric oxide production.