mhurhangee/ep-ind-claims huggingface dataset:
A process for making a lyophilized pharmaceutical formulation of a therapeutic protein, that is suitable for parenteral administration, which comprises: a. providing a formulation of a bulk amount of the therapeutic protein, b. measuring the concentration of the therapeutic protein in said bulk formulation, c. adjusting the fill weight of the protein in said bulk formulation to achieve a fixed dose of the protein, and d. lyophilizing the protein fill weight-adjusted formulation to achieve a final formulation in a container, wherein the product concentration post reconstitution with a fixed volume is within a predetermined acceptance range and wherein the adjusted fill weight of the protein is calculated according to the formula adjusted fill weight = target fixed dose of the therapeutic protein × density therapeutic protein concentration in bulk formulation. a. providing a formulation of a bulk amount of the therapeutic protein, b. measuring the concentration of the therapeutic protein in said bulk formulation, c. adjusting the fill weight of the protein in said bulk formulation to achieve a fixed dose of the protein, and d. lyophilizing the protein fill weight-adjusted formulation to achieve a final formulation in a container,
A disinfestation sheet, comprising: a) a carrier layer made of a polyethylene having a first surface and a second surface, pesticidal particles disposed in the carrier layer, and channels formed in the carrier layer; b) a base layer attached to the second surface of the carrier layer, wherein the base layer is relatively more rigid than the carrier layer; c) a grip layer attached to the base layer; and d) a support layer attached to the grip layer, e) wherein the grip layer has an adhesive surface covered by the support layer, and wherein the support layer is detachable from the grip layer to expose the adhesive surface, f) wherein the pesticidal particles contain an active pesticidal ingredient from the pyrethroid family, and g) wherein one or more of the channels form one or more paths between one or more pesticidal particles and at least the first surface to allow diffusion of the active pesticidal ingredient from the pesticidal particles to at least the first surface of the carrier layer. a) a carrier layer made of a polyethylene having a first surface and a second surface, pesticidal particles disposed in the carrier layer, and channels formed in the carrier layer; b) a base layer attached to the second surface of the carrier layer, wherein the base layer is relatively more rigid than the carrier layer; c) a grip layer attached to the base layer; and d) a support layer attached to the grip layer, e) wherein the grip layer has an adhesive surface covered by the support layer, and wherein the support layer is detachable from the grip layer to expose the adhesive surface, f) wherein the pesticidal particles contain an active pesticidal ingredient from the pyrethroid family, and g) wherein one or more of the channels form one or more paths between one or more pesticidal particles and at least the first surface to allow diffusion of the active pesticidal ingredient from the pesticidal particles to at least the first surface of the carrier layer.
A method comprising: determining an object identifier for an object in a publish-subscribe environment including a plurality of object providers, the object being a topic instance of a topic to which multiple recipients may subscribe; determining an object provider identifier; generating, by an object manager, an object request comprising the object identifier and the object provider identifier, wherein the object request is configured to request performing, by an object provider, at least one action of a plurality of actions associated with a life cycle of the object, wherein the at least one action is one of creation of the object, modification of the object, deletion of the object, and movement of the object, and wherein the object provider performing the at least one action is identified based on at least one of the object identifier and the object provider identifier of the object request; and outputting the object request to all object providers subscribed to the object request's topic to request the at least one action to be performed on the object, wherein, for movement of the object, upon receiving said object request, an object provider having the object identified by the object identifier deletes the object from the object provider's area and the object provider identified by the object provider identifier creates the object in the object provider's area. determining an object identifier for an object in a publish-subscribe environment including a plurality of object providers, the object being a topic instance of a topic to which multiple recipients may subscribe; determining an object provider identifier; generating, by an object manager, an object request comprising the object identifier and the object provider identifier, wherein the object request is configured to request performing, by an object provider, at least one action of a plurality of actions associated with a life cycle of the object, wherein the at least one action is one of creation of the object, modification of the object, deletion of the object, and movement of the object, and wherein the object provider performing the at least one action is identified based on at least one of the object identifier and the object provider identifier of the object request; and outputting the object request to all object providers subscribed to the object request's topic to request the at least one action to be performed on the object, wherein, for movement of the object, upon receiving said object request, an object provider having the object identified by the object identifier deletes the object from the object provider's area and the object provider identified by the object provider identifier creates the object in the object provider's area.
A robotic surgical system, comprising: a robotic arm; a surgical instrument attached to an end of the robotic arm; a force detection system coupled to the robotic arm, wherein the force detection system includes a sensor configured to detect a force being applied to a patient when the robotic arm or the surgical instrument, or both, engages and imparts force on the anatomy of the patient as the robotic arm is translated to a position relative to a patient; and a control device in communication with the sensor of the force detection system, the control device configured to change the position of the robotic arm relative to a patient when the said force being detected by the sensor exceeds a predetermined force threshold, characterised in that: the force detection system includes: a base plate; a top plate, the sensor being disposed between the base plate and the top plate; and a pivoting member disposed between the base plate and the top plate to pivotably couple the base plate and top plate to one another; the sensor having a top portion and a bottom portion, wherein the top portion of the sensor is coupled to the top plate and the bottom portion of the sensor is coupled to the base plate; and the robotic surgical system further comprises a cart base including a vertical column having the force detection system supported thereon. a robotic arm; a surgical instrument attached to an end of the robotic arm; a force detection system coupled to the robotic arm, wherein the force detection system includes a sensor configured to detect a force being applied to a patient when the robotic arm or the surgical instrument, or both, engages and imparts force on the anatomy of the patient as the robotic arm is translated to a position relative to a patient; and a control device in communication with the sensor of the force detection system, the control device configured to change the position of the robotic arm relative to a patient when the said force being detected by the sensor exceeds a predetermined force threshold, the force detection system includes: a base plate; a top plate, the sensor being disposed between the base plate and the top plate; and a pivoting member disposed between the base plate and the top plate to pivotably couple the base plate and top plate to one another; a base plate; a top plate, the sensor being disposed between the base plate and the top plate; and a pivoting member disposed between the base plate and the top plate to pivotably couple the base plate and top plate to one another; the sensor having a top portion and a bottom portion, wherein the top portion of the sensor is coupled to the top plate and the bottom portion of the sensor is coupled to the base plate; and the robotic surgical system further comprises a cart base including a vertical column having the force detection system supported thereon.
A sheetlike composite, comprising as a layer sequence in a direction from an outer surface of the sheetlike composite to an inner surface of the sheetlike composite a) an outer polymer layer, b) a colour application, c) a carrier layer, and d) a barrier layer; wherein the sheetlike composite comprises at least one longitudinal crease line; wherein the at least one longitudinal crease line is oriented in a first direction; wherein the sheetlike composite has a first bending resistance in the first direction; wherein a further direction is perpendicular to the first direction; wherein the sheetlike composite has a further bending resistance in the further direction; wherein the first bending resistance is less than the further bending resistance; wherein the first and further bending resistances have been measured according to the test method described herein on samples having no crease line, fold or edge, wherein the test method includes a two-point bending test, wherein a direction in which the sheetlike composite has a bending resistance is a direction of a straight line connecting the two attack points of the two-point bending test. a) an outer polymer layer, b) a colour application, c) a carrier layer, and d) a barrier layer; wherein the sheetlike composite comprises at least one longitudinal crease line; wherein the at least one longitudinal crease line is oriented in a first direction; wherein the sheetlike composite has a first bending resistance in the first direction; wherein a further direction is perpendicular to the first direction; wherein the sheetlike composite has a further bending resistance in the further direction; wherein the first bending resistance is less than the further bending resistance; wherein the first and further bending resistances have been measured according to the test method described herein on samples having no crease line, fold or edge, wherein the test method includes a two-point bending test, wherein a direction in which the sheetlike composite has a bending resistance is a direction of a straight line connecting the two attack points of the two-point bending test.
A protective structure for a construction machine, comprising: a cabin of the construction machine, said cabin having a ceiling; a roof guard configured to protect the ceiling of the cabin, the protective structure being characterized by; a first bracket protruding laterally from an outer periphery of an upper end of the cabin; a first protruding piece and a second protruding piece protruding laterally from an outer periphery of the roof guard; and a second bracket horizontally interposed between the first protruding piece and the second protruding piece, the second bracket having a joined part to be joined to an upper end of the first bracket. a cabin of the construction machine, said cabin having a ceiling; a roof guard configured to protect the ceiling of the cabin, the protective structure being characterized by; a first bracket protruding laterally from an outer periphery of an upper end of the cabin; a first protruding piece and a second protruding piece protruding laterally from an outer periphery of the roof guard; and a second bracket horizontally interposed between the first protruding piece and the second protruding piece, the second bracket having a joined part to be joined to an upper end of the first bracket.
A fungal host strain of Myceliophthora thermophila, originally indicated as Chrysosporium lucknowense which is W1L deposited at the CBS under accession nr 122189 or W1L#100.1 deposited at the CBS under accession number 122190.
Method for evaluating a complexity level of a parking process for at least one parking space with a vehicle, having the steps receiving a multiplicity of input variables for describing at least one parameter of the parking process of the at least one parking space, calculating an individual complexity level of the parking process in the at least one parking space for each parameter of the parking process, calculating the complexity level of the parking process in the at least one parking space as an overall complexity level based on the individual complexity levels, and outputting the calculated complexity levels of the parking process in the at least one parking space.
A method of streaming data from a user equipment, UE, to an ingestion point in a network, wherein the method is performed by the UE and comprises: establishing an uplink network assistance, UNA, session with a network assistance device of the network separate from the ingestion point, the UNA session occurring in a separate communication path and/or data link than a communication path and/or data link used for streaming data; and while streaming of the data and for one or more segments of the data or an UNA period of the data, wherein the UNA period is a period of time or a predetermined number of segment lengths, receiving from the network assistance device an indication of a recommended highest bit rate estimate with which the data may be streamed under current network conditions. establishing an uplink network assistance, UNA, session with a network assistance device of the network separate from the ingestion point, the UNA session occurring in a separate communication path and/or data link than a communication path and/or data link used for streaming data; and while streaming of the data and for one or more segments of the data or an UNA period of the data, wherein the UNA period is a period of time or a predetermined number of segment lengths, receiving from the network assistance device an indication of a recommended highest bit rate estimate with which the data may be streamed under current network conditions.
A method for setting a header of a protocol data unit, called PDU hereinafter, in a radio link control layer of a wireless communications system, wherein the radio link control layer can use variable-size radio link control PDU to eliminate "padding", and to enhance bandwidth utility rate, data processing efficiency and uplink/downlink transmission rate and a length indicator consists of multiple bits for indicating an ending position of a first service data unit, called SDU hereinafter, carried by a first PDU, the method comprising: ensuring that a predefined condition occurs; characterized in that under the predefined condition, not inserting a length indicator for a second SDU carried by a second PDU in the header of the second PDU when the radio link control layer uses variable-size radio link control PDU, wherein the second SDU is the last SDU carried by the second PDU, and the predefined condition is a condition that the length of the second PDU is smaller than the maximum PDU size, MPZ. ensuring that a predefined condition occurs; characterized in that under the predefined condition, not inserting a length indicator for a second SDU carried by a second PDU in the header of the second PDU when the radio link control layer uses variable-size radio link control PDU, wherein the second SDU is the last SDU carried by the second PDU, and the predefined condition is a condition that the length of the second PDU is smaller than the maximum PDU size, MPZ.
Magnetic drive pump comprising: - a housing filled at least in part with a conveying fluid; - an impeller chamber enclosed by the housing; - a pump shaft; - an impeller, which is arranged in the impeller chamber on the pump shaft; - a bearing, which supports the pump shaft in the housing; - a separating can, which surrounds a coupling chamber; - a rotor, which is arranged in the coupling chamber on the pump shaft; - a ring, which is retained in the housing, supports the bearing and separates the impeller chamber from the coupling chamber; - a channel formed in the ring for conveying a partial flow of the conveying fluid from the impeller chamber to the bearing for the purpose of lubricating the bearing, at least some of the conveying fluid that exits the bearing entering the coupling chamber, characterised in that the coupling chamber is sealed in a fluid-tight manner with respect to the impeller chamber, the coupling chamber being sealed in a fluid-tight manner such that the conveying fluid is substantially only returned from the coupling chamber to the impeller chamber via the bearing. - a housing filled at least in part with a conveying fluid; - an impeller chamber enclosed by the housing; - a pump shaft; - an impeller, which is arranged in the impeller chamber on the pump shaft; - a bearing, which supports the pump shaft in the housing; - a separating can, which surrounds a coupling chamber; - a rotor, which is arranged in the coupling chamber on the pump shaft; - a ring, which is retained in the housing, supports the bearing and separates the impeller chamber from the coupling chamber; - a channel formed in the ring for conveying a partial flow of the conveying fluid from the impeller chamber to the bearing for the purpose of lubricating the bearing, at least some of the conveying fluid that exits the bearing entering the coupling chamber,
A forward osmosis membrane comprising: a hydrophilic porous support layer, wherein the support layer material includes one or more aramid polymers; a first polyamide rejection layer; and a woven or non-woven mesh embedded in the support layer material; wherein the support layer and the rejection layer are incorporated into a thin film composite membrane, and are adjacent layers in the thin film composite membrane. a hydrophilic porous support layer, wherein the support layer material includes one or more aramid polymers; a first polyamide rejection layer; and a woven or non-woven mesh embedded in the support layer material; wherein the support layer and the rejection layer are incorporated into a thin film composite membrane, and are adjacent layers in the thin film composite membrane.
A semiconductor fabrication method, the method comprising: in a masking phase, forming a mask layer on a substrate, wherein the mask layer leaves at least one wall region and at least one component region of the substrate exposed, the component region being adjacent the wall region in a plane of the substrate; in a selective area growth phase, inducing selective area growth of crystalline semiconductor in the exposed regions of the substrate, wherein the wall and component regions have relative dimensions in the plane of the substrate, which cause a shadow wall component, formed of the crystalline semiconductor in the wall region, to grow to a greater height than a device component formed of the crystalline semiconductor in the component region; and in a deposition phase, selectively depositing a layer of deposition material on the device component using a deposition beam, which has a non-zero angle of incidence relative to a normal to the plane of the substrate and an orientation in the plane of the substrate such that the shadow wall component prevents deposition of the deposition material on a surface region of the device component adjacent the shadow wall component. in a masking phase, forming a mask layer on a substrate, wherein the mask layer leaves at least one wall region and at least one component region of the substrate exposed, the component region being adjacent the wall region in a plane of the substrate; in a selective area growth phase, inducing selective area growth of crystalline semiconductor in the exposed regions of the substrate, wherein the wall and component regions have relative dimensions in the plane of the substrate, which cause a shadow wall component, formed of the crystalline semiconductor in the wall region, to grow to a greater height than a device component formed of the crystalline semiconductor in the component region; and in a deposition phase, selectively depositing a layer of deposition material on the device component using a deposition beam, which has a non-zero angle of incidence relative to a normal to the plane of the substrate and an orientation in the plane of the substrate such that the shadow wall component prevents deposition of the deposition material on a surface region of the device component adjacent the shadow wall component.
An apparatus comprising a bending section to carry a tool for use in noninvasive medical procedures, the bending section comprising: a rod having an approximately cylindrical outer circumference; a top portion along a length of the rod; a bottom portion along the length of the rod, wherein material is removed from the cylindrical rod along the bottom portion; a non-cylindrical channel through the entire rod, the non-cylindrical channel comprising a top pathway and a bottom pathway connected by a narrow region, the rod having a greater wall thickness at the narrow region than at the top and bottom pathways; a plurality of first sections alternatingly adjacent to a plurality of second sections along the length of the rod, wherein the plurality of first sections provide a plurality of partial voids next to the plurality of second sections, such that the partial voids permit bending of the rod along the top portion of rod; characterised by the narrowed region having a width smaller than that of the top and bottom pathways. a rod having an approximately cylindrical outer circumference; a top portion along a length of the rod; a bottom portion along the length of the rod, wherein material is removed from the cylindrical rod along the bottom portion; a non-cylindrical channel through the entire rod, the non-cylindrical channel comprising a top pathway and a bottom pathway connected by a narrow region, the rod having a greater wall thickness at the narrow region than at the top and bottom pathways; a plurality of first sections alternatingly adjacent to a plurality of second sections along the length of the rod, wherein the plurality of first sections provide a plurality of partial voids next to the plurality of second sections, such that the partial voids permit bending of the rod along the top portion of rod; characterised by the narrowed region having a width smaller than that of the top and bottom pathways.
Oro-tracheal tube for interventions of tracheotomy wherein it is divided into two separated lumens, each being open at both its ends, a first lumen that reaches the end of the distal portion of the tube and is situated to the rear along the sagittal axis with respect a second lumen that reaches an intermediate portion of the overall length of staid oro-tracheal tube, characterized in that at least in the distal portion it has a flattened section, more extended along the transverse axis and less extended along the sagittal axis, and that, close to the end of said distal portion it is provided with asymmetric expandable means, which expand mainly towards the front.