mhurhangee/ep-ind-claims huggingface dataset:
A process for preparing a solid comprising ZnO and a binder, said process comprising the following steps: a) pre-mixing powders comprising at least one ZnO powder and at least one binder; b) mixing a paste obtained by: i) bringing the pre-mixed powders and a solution containing a peptizing agent into contact, leading to the production of a paste; ii) mixing the paste; c) extruding the paste obtained in step b) at a pressure in the range 3 to 10 MPa; d) drying the extrudates obtained in step c) at a temperature in the range 70°C to 160°C for a period in the range 1 to 24 hours; e) calcining the dried extrudates at a temperature in the range 200°C to 800°C for a period in the range 1 to 6 hours, in a gaseous stream comprising oxygen; and in which the peptizing agent used in step b) is a basic peptizing agent selected from the group formed by sodium hydroxide, potassium hydroxide, ammonia. a) pre-mixing powders comprising at least one ZnO powder and at least one binder; b) mixing a paste obtained by: i) bringing the pre-mixed powders and a solution containing a peptizing agent into contact, leading to the production of a paste; ii) mixing the paste; i) bringing the pre-mixed powders and a solution containing a peptizing agent into contact, leading to the production of a paste; ii) mixing the paste; c) extruding the paste obtained in step b) at a pressure in the range 3 to 10 MPa; d) drying the extrudates obtained in step c) at a temperature in the range 70°C to 160°C for a period in the range 1 to 24 hours; e) calcining the dried extrudates at a temperature in the range 200°C to 800°C for a period in the range 1 to 6 hours, in a gaseous stream comprising oxygen;
An apparatus for use in a single-cell vertical launch system, the apparatus comprising: (a) a plenum; (b) a sealing interface provided by a guide sleeve pivotably coupled to or removably resting on said plenum; wherein said plenum: (i) is capable of being fluidically coupled, via said sealing interface to a first end of a canistered munition; and (ii) when fluidically coupled to the first end of the canistered munition via the sealing interface, receives the exhaust from the munition when the munition is fired, wherein the sealing interface prevents the exhaust from venting at the sealing interface; and (c) a first uptake structure (303, 305) that (i) is fluidically coupled to the plenum; and (ii) guides the exhaust from the plenum to the atmosphere; wherein the apparatus is capable of removably receiving the canistered munition, and wherein the apparatus is at least partially removable from the vertical launch system to receive the canistered munition, and wherein the dimensions of the plenum and of the first uptake structure are based on the dimensions of the canistered munition, and wherein the plenum and the first uptake structure collectively define a gas management system (220-n) for the canistered munition. (a) a plenum; (b) a sealing interface provided by a guide sleeve pivotably coupled to or removably resting on said plenum; wherein said plenum: (i) is capable of being fluidically coupled, via said sealing interface to a first end of a canistered munition; and (ii) when fluidically coupled to the first end of the canistered munition via the sealing interface, receives the exhaust from the munition when the munition is fired, wherein the sealing interface prevents the exhaust from venting at the sealing interface; and (i) is capable of being fluidically coupled, via said sealing interface to a first end of a canistered munition; and (ii) when fluidically coupled to the first end of the canistered munition via the sealing interface, receives the exhaust from the munition when the munition is fired, wherein the sealing interface prevents the exhaust from venting at the sealing interface; and (c) a first uptake structure (303, 305) that (i) is fluidically coupled to the plenum; and (ii) guides the exhaust from the plenum to the atmosphere; (i) is fluidically coupled to the plenum; and (ii) guides the exhaust from the plenum to the atmosphere;
A method of analyzing cohesive failure of an electrode, the method comprising: preparing an electrode in which an electrode material mixture layer including an electrode active material, a conductive agent, and a binder is formed on a current collector; obtaining shear strength (σ) data according to a cutting depth by obliquely cutting the electrode material mixture layer from a surface of the electrode until reaching the current collector using a surface and interfacial cutting analysis system (SAICAS); obtaining a regression curve of shear strength according to the cutting depth from the shear strength (σ) data; and determining a cutting depth, at which the shear strength is minimum in the regression curve, as a location of cohesive failure. preparing an electrode in which an electrode material mixture layer including an electrode active material, a conductive agent, and a binder is formed on a current collector; obtaining shear strength (σ) data according to a cutting depth by obliquely cutting the electrode material mixture layer from a surface of the electrode until reaching the current collector using a surface and interfacial cutting analysis system (SAICAS); obtaining a regression curve of shear strength according to the cutting depth from the shear strength (σ) data; and determining a cutting depth, at which the shear strength is minimum in the regression curve, as a location of cohesive failure.
A Virtualized Infrastructure Manager, VIM, comprising: a memory; and one or more processors configured to: receive a request from a Virtual Network Function, VNF, Manager, VNFM, to create a VNF related Virtualization Resource, VR, Performance Measurement, PM, job; send one or more configuration files to a data collection service in a Network Function Virtualization Infrastructure, NFVI, to configure a collection of one or more PM measurements; receive an acknowledgement from the NFVI in response to the one or more configuration files; and send a response to the VNFM, wherein the response indicates a job identifier of the VNF related VR PM job. a memory; and one or more processors configured to: receive a request from a Virtual Network Function, VNF, Manager, VNFM, to create a VNF related Virtualization Resource, VR, Performance Measurement, PM, job; send one or more configuration files to a data collection service in a Network Function Virtualization Infrastructure, NFVI, to configure a collection of one or more PM measurements; receive an acknowledgement from the NFVI in response to the one or more configuration files; and send a response to the VNFM, wherein the response indicates a job identifier of the VNF related VR PM job. receive a request from a Virtual Network Function, VNF, Manager, VNFM, to create a VNF related Virtualization Resource, VR, Performance Measurement, PM, job; send one or more configuration files to a data collection service in a Network Function Virtualization Infrastructure, NFVI, to configure a collection of one or more PM measurements; receive an acknowledgement from the NFVI in response to the one or more configuration files; and send a response to the VNFM, wherein the response indicates a job identifier of the VNF related VR PM job.
An entrapment apparatus comprising: a casing; a pyrotechnic device coupled to the casing; a proximity sensor configured to detect a presence of a person; a circuitry coupled to the pyrotechnic device and the proximity sensor, the circuitry configured to trigger the pyrotechnic device to explode based on a detection of the presence of the person, the explosion of the pyrotechnic device configured to break apart the casing; and characterised by: a piece of multilayered fabric packed into the casing, the piece of multilayered fabric being a mesh and including an air beam structure that is configured to stretch out the piece of multilayered fabric after the casing is broken apart, the piece of multilayered fabric, when stretched out, configured to wrap around the person having an explosive device and configured to contain packed metal projectiles from an explosion of the explosive device. a casing; a pyrotechnic device coupled to the casing; a proximity sensor configured to detect a presence of a person; a circuitry coupled to the pyrotechnic device and the proximity sensor, the circuitry configured to trigger the pyrotechnic device to explode based on a detection of the presence of the person, the explosion of the pyrotechnic device configured to break apart the casing; and characterised by: a piece of multilayered fabric packed into the casing, the piece of multilayered fabric being a mesh and including an air beam structure that is configured to stretch out the piece of multilayered fabric after the casing is broken apart, the piece of multilayered fabric, when stretched out, configured to wrap around the person having an explosive device and configured to contain packed metal projectiles from an explosion of the explosive device. a piece of multilayered fabric packed into the casing, the piece of multilayered fabric being a mesh and including an air beam structure that is configured to stretch out the piece of multilayered fabric after the casing is broken apart, the piece of multilayered fabric, when stretched out, configured to wrap around the person having an explosive device and configured to contain packed metal projectiles from an explosion of the explosive device.
Control device (40L, 40R) for a bicycle, comprising: - a support body (21L, 21R) having a substantially horizontal reference plane extending from a rear end configured for fixing to a bicycle handlebar to a front part opposite to the rear end (65, 65'), the reference plane dividing the support body (21L, 21R) into an upper part and a lower part, where the front part comprises a protuberance (38, 39) that extends upwards with respect to the reference plane, - a first manual control member (22L, 22R) of a first actuator device (25, 26, 25', 26'), the first manual control member (22L, 22R) being associated with the lower part of the support body (21L, 21R), and - a second manual control member (24L, 24R) of a second actuator device (58, 59), the second manual control member (24L, 24R) being associated with the lower part of the support body (21L, 21R), and - at least one third manual control member (31L, 31R) in an operational connection with at least one third actuator device for actuating said at least one third actuator device, wherein said at least one third manual control member (31L, 31R) is associated with the upper part of the support body (21L, 21R) and arranged on the protuberance (38, 39), characterized in that it comprises a fourth manual control member (33L, 33R) in an operational connection with said at least one third actuator device or with a fourth actuator device, for actuating said at least one third or fourth actuator device, wherein said fourth manual control member (33R, 33L) is associated with the upper part of the support body (21L, 21R) and arranged on the protuberance (38, 39). - a support body (21L, 21R) having a substantially horizontal reference plane extending from a rear end configured for fixing to a bicycle handlebar to a front part opposite to the rear end (65, 65'), the reference plane dividing the support body (21L, 21R) into an upper part and a lower part, where the front part comprises a protuberance (38, 39) that extends upwards with respect to the reference plane, - a first manual control member (22L, 22R) of a first actuator device (25, 26, 25', 26'), the first manual control member (22L, 22R) being associated with the lower part of the support body (21L, 21R), and - a second manual control member (24L, 24R) of a second actuator device (58, 59), the second manual control member (24L, 24R) being associated with the lower part of the support body (21L, 21R), and - at least one third manual control member (31L, 31R) in an operational connection with at least one third actuator device for actuating said at least one third actuator device, wherein said at least one third manual control member (31L, 31R) is associated with the upper part of the support body (21L, 21R) and arranged on the protuberance (38, 39),
A display apparatus comprising: a rear chassis; a light source module installed in the rear chassis and including a plurality of light sources and a substrate on which the plurality of light sources are mounted; a diffuser plate positioned in front of the light source module to diffuse light emitted from the light source module; a liquid crystal panel positioned in front of the diffuser plate and configured to display an image; a front chassis configured to support the liquid crystal panel; and a middle mold coupled between the front chassis and the rear chassis to support the diffuser plate, and the middle mold is provided with a curved reflective surface formed in a curved shape to reflect the light which is emitted from the light source module to the diffuser plate, wherein the middle mold comprises a frame portion coupled to the front chassis and the rear chassis, a diffuser plate supporter configured to protrude inward from the frame portion to support the diffuser plate, and a reflector configured to extend from the diffuser plate supporter and provided with the curved reflective surface to reflect the light, which is emitted from the light source module, to the diffuser plate, characterised in that: the middle mold comprises a substrate supporter configured to prevent the substrate from lifting up from a base of the rear chassis. a rear chassis; a light source module installed in the rear chassis and including a plurality of light sources and a substrate on which the plurality of light sources are mounted; a diffuser plate positioned in front of the light source module to diffuse light emitted from the light source module; a liquid crystal panel positioned in front of the diffuser plate and configured to display an image; a front chassis configured to support the liquid crystal panel; and a middle mold coupled between the front chassis and the rear chassis to support the diffuser plate, and the middle mold is provided with a curved reflective surface formed in a curved shape to reflect the light which is emitted from the light source module to the diffuser plate, wherein the middle mold comprises a frame portion coupled to the front chassis and the rear chassis, a diffuser plate supporter configured to protrude inward from the frame portion to support the diffuser plate, and a reflector configured to extend from the diffuser plate supporter and provided with the curved reflective surface to reflect the light, which is emitted from the light source module, to the diffuser plate, characterised in that: the middle mold comprises a substrate supporter configured to prevent the substrate from lifting up from a base of the rear chassis.
Place divider of a milking parlor arrangement (1, 1', 1", 1′′′) for at least one milking parlor for milking milking animals, wherein the place divider is arranged at a longitudinal side of the milking parlor, comprising an arm device (6, 6', 6", 6′′′) with a milking cluster, which arm device is adjustable from a parking position into a working position and back, wherein the arm device (6, 6', 6", 6′′′) with the milking cluster is arranged in the parking position in the place divider and is displaceable into the working position in such a way that the displacement of the milking cluster from the parking position in the place divider into the working position takes place from the side of the animal to be milked between its front legs and rear legs under the udder of the animal to be milked, characterized in that the place divider has a casing (4d, 4d') with two self-supporting half-shells, one section of the half-shells forming a rear section of the place divider, and in that the place divider has at least one service unit which can be inserted into a receiving space) in the rear section and removed again, which has all service-relevant functional groups and components, including measuring devices and sensors, and which can be locked within the receiving space and connected to an installation via at least one connecting device.
A urinary catheter assembly comprising: an elongate catheter body (401; 501; 601) having a proximal end (403; 503; 603) and a distal end (402; 502; 602); a first sleeve portion (406; 506; 606) comprising a semipermeable membrane, wherein the first sleeve portion (406; 506; 606) is disposed on an outer surface of at least one portion of the catheter body (401; 501; 601); and a first instillation lumen (410; 509; 607) at the proximal end (403; 503; 603) of the catheter body (401; 501; 601), wherein the first instillation lumen (410; 509; 607) is in fluid communication with the first sleeve portion (406; 506; 606); characterized in that the urinary catheter assembly further comprises: a pump in fluid communication with said first instillation lumen (410; 509; 607); wherein the pump is operable to continuously move a first fluid through the first instillation lumen (410; 509; 607) to the first sleeve portion (406; 506; 606) and to continuously and circumferentially efflux the first fluid out of the semipermeable membrane of the first sleeve portion (406; 506; 606). an elongate catheter body (401; 501; 601) having a proximal end (403; 503; 603) and a distal end (402; 502; 602); a first sleeve portion (406; 506; 606) comprising a semipermeable membrane, wherein the first sleeve portion (406; 506; 606) is disposed on an outer surface of at least one portion of the catheter body (401; 501; 601); and a first instillation lumen (410; 509; 607) at the proximal end (403; 503; 603) of the catheter body (401; 501; 601), wherein the first instillation lumen (410; 509; 607) is in fluid communication with the first sleeve portion (406; 506; 606); a pump in fluid communication with said first instillation lumen (410; 509; 607); wherein the pump is operable to continuously move a first fluid through the first instillation lumen (410; 509; 607) to the first sleeve portion (406; 506; 606) and to continuously and circumferentially efflux the first fluid out of the semipermeable membrane of the first sleeve portion (406; 506; 606).
An electronic retransmission system for securely retransmitting messages (M 1, M 2) that have previously been received by the system, the electronic system being configured to receive, as input, messages (M 1) from installations having a first level of confidentiality and to re-send, as output, messages (M 2) to installations having a second level of confidentiality, each message (M 1, M 2) containing the data and a transport envelope for transporting of these data, the system including: - a first module configured in order to select, from among the data from the messages (M 1) received, the data belonging to a first list of reception allowable data, the first module being configured in order to convert the data received from the initial format to an intermediate format, the intermediate format comprising a first field that contains an indication of the data to be maintained and a second field that contains the data. - a second module configured in order to select, from among the data selected by the first module, the data belonging to a second list of transmission allowable data, the second module being configured in order to convert the data selected by the said second module from the intermediate format to a final format, and - a transmission module configured in order to transmit the data selected by the second module. - a first module configured in order to select, from among the data from the messages (M 1) received, the data belonging to a first list of reception allowable data, the first module being configured in order to convert the data received from the initial format to an intermediate format, the intermediate format comprising a first field that contains an indication of the data to be maintained and a second field that contains the data. - a second module configured in order to select, from among the data selected by the first module, the data belonging to a second list of transmission allowable data, the second module being configured in order to convert the data selected by the said second module from the intermediate format to a final format, and - a transmission module configured in order to transmit the data selected by the second module.
A method of providing driver assistance in a vehicle, the method comprising the following steps: S1 entering a training mode; S2 while the vehicle is operating in training mode, acquiring and at least temporarily storing vehicle sensor data related to the vehicle's position; S3 at least partially based on the acquired vehicle sensor data, generating and storing a trained digital map of a parking route; S4 acquiring and storing position information related to a drop-off location and to a pickup location, the drop-off location and the pickup location being part of the parking route; and S5 exiting the training mode, characterized by the further steps of - at least partially based on vehicle sensor data, establishing that the vehicle enters a car park; - establishing whether digital map information of the car park is available; and - proposing to a user of the vehicle to carry out steps S1 to S5, wherein, during the training mode, a driven speed of the vehicle ranges within a pre-defined training speed limit. - at least partially based on vehicle sensor data, establishing that the vehicle enters a car park; - establishing whether digital map information of the car park is available; and - proposing to a user of the vehicle to carry out steps S1 to S5, wherein, during the training mode, a driven speed of the vehicle ranges within a pre-defined training speed limit.
A soft tissue aesthetic product comprising: a filler comprising a hydrogel having a form suitable for injecting into mammalian tissue; and a label comprising instructions to inject the filler into the tissue; wherein the hydrogel comprises water, and a crosslinked macromolecular matrix comprising: a hyaluronic acid component; and a collagen component; wherein the hyaluronic acid component is crosslinked to the collagen component by a crosslinking component; wherein the crosslinking component comprises a plurality of crosslink units, wherein at least a portion of the crosslink units comprise an ester bond or an amide bond,and wherein the weight ratio of the hyaluronic acid component to the collagen component in the crosslinked macromolecular matrix is 2. a filler comprising a hydrogel having a form suitable for injecting into mammalian tissue; and a label comprising instructions to inject the filler into the tissue; wherein the hydrogel comprises water, and a crosslinked macromolecular matrix comprising: a hyaluronic acid component; and a collagen component; a hyaluronic acid component; and a collagen component; wherein the hyaluronic acid component is crosslinked to the collagen component by a crosslinking component; wherein the crosslinking component comprises a plurality of crosslink units, wherein at least a portion of the crosslink units comprise an ester bond or an amide bond,and wherein the weight ratio of the hyaluronic acid component to the collagen component in the crosslinked macromolecular matrix is 2.
A liquid pharmaceutical formulation comprising 50 to 150 mg/ml of antibody ACZ885, a buffer system and a stabilizer, wherein the buffer system is histidine, wherein the formulation has a pH from 6.2 to 6.8, wherein the stabilizer is mannitol, sorbitol or trehalose, and wherein the formulation maintains between 80% and 125% of the original bioactivity of the antibody for 24 -36 months at 2-8°C.