mhurhangee/ep-ind-claims huggingface dataset:
A composition comprising: a) a polymeric aminoglycoside and b) a phosphorylated organic acid, wherein the phosphorylated organic acid b) comprises in its structure at least one amine function, wherein - said composition is comprised in a pharmaceutical formulation in the form of tablet, capsule or granules comprising: i) an inner core comprising said composition, and ii) a coating of said core a) with gastro-resistant film, which coating is freely soluble in the enteric environment and, in general, at pH> 6; - at pH between 6.0 and 7.0, when the enteric film ii) is dissolved said phosphorylated organic acid b)is in the form of non- quaternary ammonium salt and at the same pH said polymeric aminoglycoside a) is in polycationic form, whereby a salt is formed between said phosphorylated organic acid in the form of nonquatemary ammonium salt and said polymeric aminoglucoside in polycationic form. a) a polymeric aminoglycoside and b) a phosphorylated organic acid, wherein the phosphorylated organic acid b) comprises in its structure at least one amine function, wherein - said composition is comprised in a pharmaceutical formulation in the form of tablet, capsule or granules comprising: i) an inner core comprising said composition, and ii) a coating of said core a) with gastro-resistant film, which coating is freely soluble in the enteric environment and, in general, at pH> 6; - at pH between 6.0 and 7.0, when the enteric film ii) is dissolved said phosphorylated organic acid b)is in the form of non- quaternary ammonium salt and at the same pH said polymeric aminoglycoside a) is in polycationic form, whereby a salt is formed between said phosphorylated organic acid in the form of nonquatemary ammonium salt and said polymeric aminoglucoside in polycationic form. - said composition is comprised in a pharmaceutical formulation in the form of tablet, capsule or granules comprising: i) an inner core comprising said composition, and ii) a coating of said core a) with gastro-resistant film, which coating is freely soluble in the enteric environment and, in general, at pH> 6; i) an inner core comprising said composition, and ii) a coating of said core a) with gastro-resistant film, which coating is freely soluble in the enteric environment and, in general, at pH> 6; - at pH between 6.0 and 7.0, when the enteric film ii) is dissolved said phosphorylated organic acid b)is in the form of non- quaternary ammonium salt and at the same pH said polymeric aminoglycoside a) is in polycationic form, whereby a salt is formed between said phosphorylated organic acid in the form of nonquatemary ammonium salt and said polymeric aminoglucoside in polycationic form.
An apparatus for melting and bonding a powdered material layer (104, 204) to a layer below, for producing a product in a layer-by-layer additive manufacturing process, wherein a layer of powder particles (104, 204) on a substrate (102, 202) produces an interface between said layer of powder particles (104, 204) and said substrate (102, 202), the apparatus comprising: one or more laser sources capable of providing beams (216, 224) providing a temporally varying photon flux that has at least one low power flux component on the order of kW/cm ^2, and one high power flux component on the order of MW/cm ^2, characterised in that the apparatus comprises one or more processors for controlling the output of the one or more lasers generating the low and high power flux components, whereby optical components (210, 212) are adapted for directing said temporally varying photon flux at said powder particles (104, 204), are adapted for enabling the heating of powder particles (104, 204) to just before, or above their melting point with the low power flux portion of the beams (216, 224) and are adapted for using either the high power flux component of the beams (216, 224), or a combination of low and high power flux components of the beams (216, 224) to melt the interface layer of the substrate (102, 202) and said powder particles (104, 204) before surface tension forces can act on the molten powder particles (104, 204) to prevent a contiguous layer of the powder particles (104, 204) to be melted and bonded to the substrate (102, 202). one or more laser sources capable of providing beams (216, 224) providing a temporally varying photon flux that has at least one low power flux component on the order of kW/cm ^2, and one high power flux component on the order of MW/cm ^2, characterised in that the apparatus comprises one or more processors for controlling the output of the one or more lasers generating the low and high power flux components, whereby optical components (210, 212) are adapted for directing said temporally varying photon flux at said powder particles (104, 204), are adapted for enabling the heating of powder particles (104, 204) to just before, or above their melting point with the low power flux portion of the beams (216, 224) and are adapted for using either the high power flux component of the beams (216, 224), or a combination of low and high power flux components of the beams (216, 224) to melt the interface layer of the substrate (102, 202) and said powder particles (104, 204) before surface tension forces can act on the molten powder particles (104, 204) to prevent a contiguous layer of the powder particles (104, 204) to be melted and bonded to the substrate (102, 202).
A method of epilating hairs of light color, in particular light brown, red, blond, white, or non-pigmented, comprising the steps consisting in: i) mechanically removing the hairs to be treated so as to cause blood masses to form in the follicular sacs of the removed hairs; and ii) exposing the blood in contact with the follicular papillae of the removed hairs to at least one light flash so as to raise the temperature of the blood masses formed in this way, step ii) being carried out using a hand piece comprising an optical guide and the hand piece being slightly pressed against the skin during the emission of the light flashes so as to expel hemoglobin from the treated zone during hair removal. i) mechanically removing the hairs to be treated so as to cause blood masses to form in the follicular sacs of the removed hairs; and ii) exposing the blood in contact with the follicular papillae of the removed hairs to at least one light flash so as to raise the temperature of the blood masses formed in this way, step ii) being carried out using a hand piece comprising an optical guide and the hand piece being slightly pressed against the skin during the emission of the light flashes so as to expel hemoglobin from the treated zone during hair removal.
An apparatus comprising: a memory array of one or more NAND non-volatile memory storage elements formed in a die; characterized by comprising: a neural network processing component formed under the die and coupled to the NAND NVM storage elements, the neural network processing component configured to perform neural network operations using neural network data stored in the NAND NVM storage elements; and an on-chip copy with update component configured to: read a plurality of synaptic weights stored in a block of the NAND NVM storage elements into a latch; perform an update of at least some of the synaptic weights in the latch by replacing the read synaptic weights with updated synaptic weights; and following the update, write the plurality of synaptic weights in the latch into another block of the NAND NVM storage elements. a memory array of one or more NAND non-volatile memory storage elements formed in a die; characterized by comprising: a neural network processing component formed under the die and coupled to the NAND NVM storage elements, the neural network processing component configured to perform neural network operations using neural network data stored in the NAND NVM storage elements; and an on-chip copy with update component configured to: read a plurality of synaptic weights stored in a block of the NAND NVM storage elements into a latch; perform an update of at least some of the synaptic weights in the latch by replacing the read synaptic weights with updated synaptic weights; and following the update, write the plurality of synaptic weights in the latch into another block of the NAND NVM storage elements. a neural network processing component formed under the die and coupled to the NAND NVM storage elements, the neural network processing component configured to perform neural network operations using neural network data stored in the NAND NVM storage elements; and an on-chip copy with update component configured to: read a plurality of synaptic weights stored in a block of the NAND NVM storage elements into a latch; perform an update of at least some of the synaptic weights in the latch by replacing the read synaptic weights with updated synaptic weights; and following the update, write the plurality of synaptic weights in the latch into another block of the NAND NVM storage elements. read a plurality of synaptic weights stored in a block of the NAND NVM storage elements into a latch; perform an update of at least some of the synaptic weights in the latch by replacing the read synaptic weights with updated synaptic weights; and following the update, write the plurality of synaptic weights in the latch into another block of the NAND NVM storage elements.
A surgical instrument comprising: (a) a body; (b) a shaft assembly extending distally from the body, wherein the shaft assembly comprises an actuator; (c) a stapling head assembly located at the distal end of the shaft assembly; and (d) a drive assembly coupled with the actuator, wherein the drive assembly is operable to translate the actuator along a first axis relative to the body, wherein the drive assembly comprises: (i) a first rotary member, wherein the first rotary member is rotatable about a second axis, wherein the second axis is non-parallel with the first axis, and (ii) a second rotary member, wherein the second rotary member is rotatable about a third axis, wherein the third axis is non-parallel with the second axis, wherein the first rotary member is operable to drive the second rotary member to rotate about the third axis to thereby drive the actuator along the first axis relative to the body, said surgical stapler being characterized in that the stapling head assembly is operable to drive an annularly arranged array of staples into tissue in response to translation of the actuator along the first axis relative to the body and in that the third axis is non-parallel with the first axis. (a) a body; (b) a shaft assembly extending distally from the body, wherein the shaft assembly comprises an actuator; (c) a stapling head assembly located at the distal end of the shaft assembly; and (d) a drive assembly coupled with the actuator, wherein the drive assembly is operable to translate the actuator along a first axis relative to the body, wherein the drive assembly comprises: (i) a first rotary member, wherein the first rotary member is rotatable about a second axis, wherein the second axis is non-parallel with the first axis, and (ii) a second rotary member, wherein the second rotary member is rotatable about a third axis, wherein the third axis is non-parallel with the second axis, wherein the first rotary member is operable to drive the second rotary member to rotate about the third axis to thereby drive the actuator along the first axis relative to the body, said surgical stapler being characterized in that the stapling head assembly is operable to drive an annularly arranged array of staples into tissue in response to translation of the actuator along the first axis relative to the body and in that the third axis is non-parallel with the first axis. (i) a first rotary member, wherein the first rotary member is rotatable about a second axis, wherein the second axis is non-parallel with the first axis, and (ii) a second rotary member, wherein the second rotary member is rotatable about a third axis, wherein the third axis is non-parallel with the second axis,
A method of wireless communication, the method comprising: wirelessly transmitting, from a femto node, a first signal with a first power to a first reception region; receiving, at the femto node, a request for registration from one or more user devices; determining, at the femto node, that the one or more user devices are not registered within the femto node by using a registration unit configured to store information identifying at least one user device; and after determining that the one or more user devices are not registered, adjusting the first power based at least in part on a characteristic of the request for registration from the one or more user devices and a condition of a wireless network at the femto node. wirelessly transmitting, from a femto node, a first signal with a first power to a first reception region; receiving, at the femto node, a request for registration from one or more user devices; determining, at the femto node, that the one or more user devices are not registered within the femto node by using a registration unit configured to store information identifying at least one user device; and after determining that the one or more user devices are not registered, adjusting the first power based at least in part on a characteristic of the request for registration from the one or more user devices and a condition of a wireless network at the femto node.
A method for synchronizing media content for users, the method comprising: receiving, via a processor, a request; estimating a wait time based on a current position of a component and a destination of the component; selecting units of content to be provided to a user based at least in part on the estimated wait time; and providing a sequence of the selected units of content, wherein a length of at least one of the selected units of content is adjusted based on a comparison of the estimated wait time and a duration of the sequence of the selected units of content; characterized in that: the adjusting includes at least one of increasing a length of the selected unit of content based on a duration of the sequence not exceeding a threshold percentage of the estimated wait time or decreasing a length of the selected unit of content based on a duration of the sequence exceeding the estimated wait time. receiving, via a processor, a request; estimating a wait time based on a current position of a component and a destination of the component; selecting units of content to be provided to a user based at least in part on the estimated wait time; and providing a sequence of the selected units of content, wherein a length of at least one of the selected units of content is adjusted based on a comparison of the estimated wait time and a duration of the sequence of the selected units of content; characterized in that: the adjusting includes at least one of increasing a length of the selected unit of content based on a duration of the sequence not exceeding a threshold percentage of the estimated wait time or decreasing a length of the selected unit of content based on a duration of the sequence exceeding the estimated wait time.
Brown algae extract, characterized in that it comprises between 15 and 25% of mannitol, between 35 and 45% of laminarans and between 20 and 30% of fucoidans.
A conveyor band surface condition monitoring system comprising a microwave frequency energy emitter and a microwave frequency energy receiver characterised in that the microwave frequency energy emitter is a data hub and the microwave frequency energy receiver is a conveyor band energy harvesting segment comprising integrated electronics comprising an array of microwave energy harvesting cells, an energy storage monitoring unit, a data processing node and at least one sensor.
Process for manufacturing a micro-fluidic device, said device comprising a substrate made of thermoplastic polymer having a face called the upper face and a first micro-fluidic circuit that comprises at least one aperture (12, 122) that opens onto said upper face, and a component bearing pads arranged to become anchored in said substrate on the periphery of said aperture (12, 122), said process being characterized in that it comprises the following steps: - heating so that the anchoring pads of the component reach a temperature at least equal to the glass-transition temperature of the substrate; - fastening the component to the substrate by embedding then anchoring its pads in the substrate. - heating so that the anchoring pads of the component reach a temperature at least equal to the glass-transition temperature of the substrate; - fastening the component to the substrate by embedding then anchoring its pads in the substrate.
A nonaqueous electrolyte mainly comprising an electrolyte and a nonaqueous solvent dissolving the electrolyte, the nonaqueous electrolyte comprising: a compound having an ether framework and/or a nitrile framework, which is liquid at 25°C, has a permittivity of 5 or higher and a coefficient of viscosity of 0.6 cP or lower; and further a monofluorophosphate and/or a difluorophosphate, wherein the compound having an ether framework and/or a nitrile framework is present in an amount of 10% by volume or less. a compound having an ether framework and/or a nitrile framework, which is liquid at 25°C, has a permittivity of 5 or higher and a coefficient of viscosity of 0.6 cP or lower; and further a monofluorophosphate and/or a difluorophosphate, wherein the compound having an ether framework and/or a nitrile framework is present in an amount of 10% by volume or less.
A scaffold loaded with drugs, wherein said scaffold is isolated fat tissue, wherein the isolated fat tissue is micro-fragmented fat or a micro-fragmented lipoaspirate and/or clusters of micro-fragmented fat/lipoaspirate comprising Mesenchymal Stem Cells (MSCs), Adipose-derived Stem Cells (ASCs), Adipose Stem Cells, pericytes, adipocytes and endothelial cells and wherein said drugs are selected from: anti-inflammatory molecules, antibiotics, anti-cancer molecules, and 5α-Reductase inhibitors.
Method for controlling a radar system of a vehicle comprising, the steps of: providing a left corner radar sensor mounted at the front left corner of the vehicle and providing a right corner radar sensor mounted at the front right corner of the vehicle; transmitting an object detection radar signal from the left corner radar sensor with a field of view extending from a left side portion area to a front portion area covering respectively the left portion and the front portion of the vehicle; and transmitting another object detection radar signal from the right corner radar sensor with another field of view extending from a right side portion area to another front portion area covering respectively the right portion and the front portion of the vehicle; reducing each field of view (32, 40) of each corner radar sensor (26, 28) to their front portion area (38, 46); monitoring the presence of an object in the common field of view of the front portion areas of each field of view (32, 40) of both corner radar sensors (26, 28), characterized in that it further comprises the step of: triggering an alert if the object is detected by both right and left corner radar sensors (26, 28) in a distance range less than a safety distance threshold representative of the minimum safety distance for which the vehicle may automatically operate in a go function from a standstill situation. providing a left corner radar sensor mounted at the front left corner of the vehicle and providing a right corner radar sensor mounted at the front right corner of the vehicle; transmitting an object detection radar signal from the left corner radar sensor with a field of view extending from a left side portion area to a front portion area covering respectively the left portion and the front portion of the vehicle; and transmitting another object detection radar signal from the right corner radar sensor with another field of view extending from a right side portion area to another front portion area covering respectively the right portion and the front portion of the vehicle; reducing each field of view (32, 40) of each corner radar sensor (26, 28) to their front portion area (38, 46); monitoring the presence of an object in the common field of view of the front portion areas of each field of view (32, 40) of both corner radar sensors (26, 28), characterized in that it further comprises the step of: triggering an alert if the object is detected by both right and left corner radar sensors (26, 28) in a distance range less than a safety distance threshold representative of the minimum safety distance for which the vehicle may automatically operate in a go function from a standstill situation.
An apparatus comprising: a near infrared light emitting diode (102; 108) having a predominant axis of NIR light transmission from the LED; and a lens that disperses NIR light received from the LED with respect to first and second planes, the planes being normal to each other and intersecting along the predominant LED axis, the lens having an air to lens light entry boundary where light from the LED enters a surface of the lens and a lens to air light exit boundary where light exits the lens in each of the first and second planes, the first and second planes intersecting with the light entry surface forming an intersection, the intersection formed by the second plane with the light entry surface is being a line that is concave on each side of the predominant axis and where a radius of the light entry boundary of the line successively increases over each span of a predetermined number of degrees progressing outwards along the line from the predominant axis, wherein a radius of the lens to air light exit boundary in the first plane beginning at an upper distal end of the lens successively decreases over each span of the predetermined number of degrees to a point below the predominant axis wherein the radius reaches a minimum and then increases to a point of inflection in the light exit boundary beyond which the lens surface of the lens to air light exit boundary becomes concave out to a lower distal end. a near infrared light emitting diode (102; 108) having a predominant axis of NIR light transmission from the LED; and a lens that disperses NIR light received from the LED with respect to first and second planes, the planes being normal to each other and intersecting along the predominant LED axis, the lens having an air to lens light entry boundary where light from the LED enters a surface of the lens and a lens to air light exit boundary where light exits the lens in each of the first and second planes, the first and second planes intersecting with the light entry surface forming an intersection, the intersection formed by the second plane with the light entry surface is being a line that is concave on each side of the predominant axis and where a radius of the light entry boundary of the line successively increases over each span of a predetermined number of degrees progressing outwards along the line from the predominant axis, wherein a radius of the lens to air light exit boundary in the first plane beginning at an upper distal end of the lens successively decreases over each span of the predetermined number of degrees to a point below the predominant axis wherein the radius reaches a minimum and then increases to a point of inflection in the light exit boundary beyond which the lens surface of the lens to air light exit boundary becomes concave out to a lower distal end.