mhurhangee/ep-ind-claims huggingface dataset:
A fluid pressure regulation system for fluid-dispensing systems comprising: a pump dispensing a viscous fluid at an outlet through a dispenser tip; a reservoir supplying fluid to the pump via a fluid supply line; means for pressurizing the reservoir to thereby set the fluid pressure supplied by the supply line to the pump; a first pressure sensor detecting the fluid pressure in the fluid supply line; and a controller monitoring the fluid pressure in the fluid supply line detected by the first pressure sensor and regulating the means for pressuring the reservoir to maintain a predetermined fluid pressure in the fluid supply line supplied to the pump; characterised in that the fluid pressure regulation system further comprises a second pressure sensor detecting the fluid pressure at the outlet of the pump above the dispenser tip to provide an additional input signal for the controller; the controller further regulating operation of the pump in response to both the first pressure sensor and the second pressure sensor. a pump dispensing a viscous fluid at an outlet through a dispenser tip; a reservoir supplying fluid to the pump via a fluid supply line; means for pressurizing the reservoir to thereby set the fluid pressure supplied by the supply line to the pump; a first pressure sensor detecting the fluid pressure in the fluid supply line; and a controller monitoring the fluid pressure in the fluid supply line detected by the first pressure sensor and regulating the means for pressuring the reservoir to maintain a predetermined fluid pressure in the fluid supply line supplied to the pump; characterised in that the fluid pressure regulation system further comprises a second pressure sensor detecting the fluid pressure at the outlet of the pump above the dispenser tip to provide an additional input signal for the controller; the controller further regulating operation of the pump in response to both the first pressure sensor and the second pressure sensor.
A clamp having a band und a buckle surrounding the band and being provided on a first band end portion, wherein the second end portion of the band which surrounds the object to be fastened and is fed through the buckle radially outside of the first end portion, is adapted to be locked with the buckle by deformation, wherein a lateral surface of the buckle has a window and the locking is adapted to be performed by deforming a side edge of the band within the window, characterised in that the first band end portion is kept within the buckle at a spacing from the second band end portion by a bead provided in the first band end portion, or by recesses formed in the lateral inner surfaces of the buckle, or by chamfers provided in the side edges of the inner band, to make sure that a plier-type deforming tool will engage the second band end portion only.
A computer implemented method for generating a representation of an environment of a vehicle including the steps of: - capturing a first image by means of a first camera, - capturing a second image by means of a second camera, - generating and displaying to a driver of the vehicle a virtual image of a virtual camera from the first image and the second image, wherein - at least a first perspective for a first virtual camera position of the virtual camera and a second perspective for a second virtual camera position of the virtual camera are selectable for the virtual image, wherein the environment of the vehicle is represented from a bird's eye perspective in the first perspective and exclusively an area of the environment of the vehicle rearwards related to the vehicle is represented in the second perspective, characterized in that - upon switching from the first perspective to the second perspective of the virtual image, the representation of the environment is continuously transferred from the first perspective to the second perspective such that the representation of the environment by the virtual image is adapted to a shift of the virtual camera towards an interior mirror of the vehicle upon switching and to a rotation of the virtual camera upon reaching a mirror plane of the interior mirror. - capturing a first image by means of a first camera, - capturing a second image by means of a second camera, - generating and displaying to a driver of the vehicle a virtual image of a virtual camera from the first image and the second image, wherein - at least a first perspective for a first virtual camera position of the virtual camera and a second perspective for a second virtual camera position of the virtual camera are selectable for the virtual image, wherein the environment of the vehicle is represented from a bird's eye perspective in the first perspective and exclusively an area of the environment of the vehicle rearwards related to the vehicle is represented in the second perspective, characterized in that - upon switching from the first perspective to the second perspective of the virtual image, the representation of the environment is continuously transferred from the first perspective to the second perspective such that the representation of the environment by the virtual image is adapted to a shift of the virtual camera towards an interior mirror of the vehicle upon switching and to a rotation of the virtual camera upon reaching a mirror plane of the interior mirror.
A cooling tank, defining a longitudinal axis, for the thermal treatment of a rail head by immersion, comprising a volume adapted to be filled with a cooling fluid in which the rail head to be thermally treated can be immersed, said volume having a bottom, the tank being characterized in that the bottom is provided with a single row of nozzles only, arranged along said longitudinal axis and parallel to a symmetry plane of said volume, whereby jets of cooling fluid can be generated in said volume, in that there is provided at least one pair of substantially reciprocally parallel longitudinal bulkheads, arranged in said volume substantially perpendicular to said bottom and symmetrically with respect to said single row of nozzles, configured to direct upwards said jets of cooling fluid, in that the longitudinal bulkheads and the single row of nozzles extend along the entire longitudinal extension of the tank, and in that the distance L between the longitudinal bulkheads is comprised in the range d ≤ L ≤ 2d, where d is the diameter of the nozzles.
A photoablation composition comprising: a phenothiazine; and ethylenediaminetetraacetic acid ("EDTA") at a concentration ranging from about 0.01 mM to about 1.25 mM. a phenothiazine; and ethylenediaminetetraacetic acid ("EDTA") at a concentration ranging from about 0.01 mM to about 1.25 mM.
An air-flow generating device comprising: a motor; a housing supporting the motor; a passageway coupled to the housing and defining a passageway axis between a first opening and a second opening; a fan assembly including a first axial fan having a first plurality of blades extending radially outwardly from a first hub, and a second axial fan having a second plurality of blades extending radially outwardly from a second hub; a transmission assembly (80,82) operably coupling the first axial fan and the second axial fan to the motor, the transmission assembly including a transmission shaft rotatable about a transmission axis, the transmission axis being substantially orthogonal to the passageway axis; and an actuator operable to pivot the fan assembly about the transmission axis between a first condition, in which the first axial fan is positioned proximate the first opening, and a second condition, in which the second axial fan is positioned proximate the first opening. a motor; a housing supporting the motor; a passageway coupled to the housing and defining a passageway axis between a first opening and a second opening; a fan assembly including a first axial fan having a first plurality of blades extending radially outwardly from a first hub, and a second axial fan having a second plurality of blades extending radially outwardly from a second hub; a transmission assembly (80,82) operably coupling the first axial fan and the second axial fan to the motor, the transmission assembly including a transmission shaft rotatable about a transmission axis, the transmission axis being substantially orthogonal to the passageway axis; and an actuator operable to pivot the fan assembly about the transmission axis between a first condition, in which the first axial fan is positioned proximate the first opening, and a second condition, in which the second axial fan is positioned proximate the first opening.
A system for treating an exhaust gas comprising: a. a first SCR catalyst zone comprising an iron loaded medium- or large-pore molecular sieve having a first ammonia storage capacity; and b. a second SCR catalyst zone comprising a copper loaded small-pore molecular sieve having a second ammonia storage capacity, wherein the first SCR catalyst zone is disposed upstream of the second SCR catalyst zone with respect to normal exhaust gas flow through the system, the second ammonia storage capacity is greater than the first ammonia storage capacity, and the first ammonia storage capacity is not more than about 1.5 mmol/g catalyst, and the second ammonia storage capacity is at least about 1.2 mmol/g catalyst. a. a first SCR catalyst zone comprising an iron loaded medium- or large-pore molecular sieve having a first ammonia storage capacity; and b. a second SCR catalyst zone comprising a copper loaded small-pore molecular sieve having a second ammonia storage capacity,
A method comprising: discovering, with an interior gateway routing protocol, IGP, a plurality of routers (R, 80) that are designated as members of a multi-protocol label switching, MPLS, ring associated with a ring network in which the routers are interconnected in a ring topology; responsive to the discovery, establishing, with the plurality of routers, a plurality of ring label switched paths, LSPs, for the MPLS ring, each of the ring LSPs configured to transport MPLS packets around the ring network to a different one of the routers (R, 80) operating as an egress router for the respective ring LSP, wherein each of the ring LSPs comprises a multipoint-to-point, MP2P, LSP for which any of the routers within the ring network can operate as an ingress to source packet traffic into the ring LSP for transport to the respective egress router for the ring LSP; and forwarding network traffic as MPLS packets around the ring network in accordance with the ring LSPs. discovering, with an interior gateway routing protocol, IGP, a plurality of routers (R, 80) that are designated as members of a multi-protocol label switching, MPLS, ring associated with a ring network in which the routers are interconnected in a ring topology; responsive to the discovery, establishing, with the plurality of routers, a plurality of ring label switched paths, LSPs, for the MPLS ring, each of the ring LSPs configured to transport MPLS packets around the ring network to a different one of the routers (R, 80) operating as an egress router for the respective ring LSP, wherein each of the ring LSPs comprises a multipoint-to-point, MP2P, LSP for which any of the routers within the ring network can operate as an ingress to source packet traffic into the ring LSP for transport to the respective egress router for the ring LSP; and forwarding network traffic as MPLS packets around the ring network in accordance with the ring LSPs.
A mammography apparatus comprising: an X-ray irradiation section that irradiates an X-ray imaging panel with X-rays; and an imaging stand that includes the X-ray imaging panel and a control circuit (42, 43A, 43B) of the X-ray imaging panel, and is provided with an upper face on which a breast of a subject is placed, a lower face that is opposite to the upper face, a contact face that is connected to the upper face and the lower face and comes in contact with a chest wall of the subject, a first side face and a second side face that are connected to the upper face, the lower face, and the contact face, and a recess formed by cutting out at least a part of the contact face, wherein the recess has a shape in which among a first ridge portion where the contact face and the upper face are connected to each other, a second ridge portion where the contact face and the lower face are connected to each other, a third ridge portion where the contact face and the first side face are connected to each other, and a fourth ridge portion where the contact face and the second side face are connected to each other, characterized in that at least a part of the second ridge portion is cut out, and the first ridge portion, the third ridge portion, and the fourth ridge portion are not cut out. an X-ray irradiation section that irradiates an X-ray imaging panel with X-rays; and an imaging stand that includes the X-ray imaging panel and a control circuit (42, 43A, 43B) of the X-ray imaging panel, and is provided with an upper face on which a breast of a subject is placed, a lower face that is opposite to the upper face, a contact face that is connected to the upper face and the lower face and comes in contact with a chest wall of the subject, a first side face and a second side face that are connected to the upper face, the lower face, and the contact face, and a recess formed by cutting out at least a part of the contact face, wherein the recess has a shape in which among a first ridge portion where the contact face and the upper face are connected to each other, a second ridge portion where the contact face and the lower face are connected to each other, a third ridge portion where the contact face and the first side face are connected to each other, and a fourth ridge portion where the contact face and the second side face are connected to each other, characterized in that at least a part of the second ridge portion is cut out, and the first ridge portion, the third ridge portion, and the fourth ridge portion are not cut out.
Separation device with a separation means, for separating a part of a product stream, at least one separation groove for the transport of the separated product stream, and a reservoir, wherein the separation groove is arranged in a way, that the separated product stream is transferrable into the reservoir, wherein the reservoir is formed to transport the product stream which is supplied from the separation groove into the reservoir, characterized in that the reservoir is a rotatable collection ring.
Closure with a sealing element for a fluid-filled container with at least one safety mechanism, which is configured to be visibly irreversibly altered when the closure is opened for the first time, wherein the safety mechanism comprises at least one visible safety element, which is visibly irreversibly altered by subjecting the closure with respect to the container to a force having at least one force component along an axis normal to an opening plane of an opening of the container closed by the closure, wherein the closure has an internal thread complementary to an external thread of the container or an external thread complementary to an internal thread of the container, wherein the closure has a second element and a first element for receiving the second element, a. wherein the first element and the second element are displaceable relative to each other from a first position to a second position, i. wherein in the first position the sealing element is intact and ii. wherein in the second position the sealing element is pierced by the second element, and characterized in that b. the safety mechanism comprises at least one control element by means of which it is visible whether the second element is still in the initial position, wherein the at least one control element is irreversibly altered by displacing the second element against the first element, and wherein the closure has a catch which is configured to allow the closure to be screwed onto the container and to prevent the closure from being unscrewed from the container. a. wherein the first element and the second element are displaceable relative to each other from a first position to a second position, i. wherein in the first position the sealing element is intact and ii. wherein in the second position the sealing element is pierced by the second element, and characterized in that i. wherein in the first position the sealing element is intact and ii. wherein in the second position the sealing element is pierced by the second element, and characterized in that b. the safety mechanism comprises at least one control element by means of which it is visible whether the second element is still in the initial position, wherein the at least one control element is irreversibly altered by displacing the second element against the first element, and wherein the closure has a catch which is configured to allow the closure to be screwed onto the container and to prevent the closure from being unscrewed from the container.
A slick-water fracturing fluid comprising: a friction reducer; and a time-released form of a metal complexing agent, wherein the metal complexing agent is encapsulated by a first coating and a second coating, the second coating being a porous cross-linked hydrophilic polymer. a friction reducer; and a time-released form of a metal complexing agent, wherein the metal complexing agent is encapsulated by a first coating and a second coating, the second coating being a porous cross-linked hydrophilic polymer.
A method performed by a vehicle settings adapting system for assisting an occupant of a vehicle in tailoring vehicle settings of said vehicle to suit said occupant, said method comprising: deriving input parameters characterizing said vehicle occupant, said input parameters comprising data indicative of lifestyle characteristics of said vehicle occupant; classifying said vehicle occupant into one matching profile representing a personality type considered to correspond to said vehicle occupant, selected from a plurality of predefined potential vehicle occupant profiles, based on said input parameters; and determining vehicle settings specifically associated with said matching profile. deriving input parameters characterizing said vehicle occupant, said input parameters comprising data indicative of lifestyle characteristics of said vehicle occupant; classifying said vehicle occupant into one matching profile representing a personality type considered to correspond to said vehicle occupant, selected from a plurality of predefined potential vehicle occupant profiles, based on said input parameters; and determining vehicle settings specifically associated with said matching profile.
A drop-on-demand ink jet printing apparatus for printing inks comprising water or a volatile solvent onto a continuous web substrate, the printing apparatus comprising: a print head, a chamber having an inlet for the continuous web substrate and an outlet for the printed continuous web substrate, and means for feeding the continuous web substrate through the chamber inlet into the chamber, past the print head and out of the chamber outlet, wherein a reservoir of water or solvent is provided within the chamber for generating water or solvent vapour by evaporation from the water or solvent in the reservoir, and in that the chamber is suitable for retaining water or solvent vapour in the vicinity of the print head. a print head, a chamber having an inlet for the continuous web substrate and an outlet for the printed continuous web substrate, and means for feeding the continuous web substrate through the chamber inlet into the chamber, past the print head and out of the chamber outlet, wherein a reservoir of water or solvent is provided within the chamber for generating water or solvent vapour by evaporation from the water or solvent in the reservoir, and in that the chamber is suitable for retaining water or solvent vapour in the vicinity of the print head.
An apparatus comprising: processing circuitry configured to: obtain a plurality of pieces of first medical information indicating wall motion parameters in a first local region and in a first global region, with respect to a heart of a first patient; determine abnormality in the first local region on a basis of the plurality of pieces of first medical information using a trained model; and cause a determination result of the abnormality with respect to the first local region to be output, wherein the processing circuitry is configured to calculate a plurality of types of index values with respect to each of the plurality of pieces of first medical information and to output one of the plurality of types of index values being significant or serving as the most principal component in the determination result of the abnormality with respect to the first local region, together with the determination result of the abnormality with respect to the first local region. obtain a plurality of pieces of first medical information indicating wall motion parameters in a first local region and in a first global region, with respect to a heart of a first patient; determine abnormality in the first local region on a basis of the plurality of pieces of first medical information using a trained model; and cause a determination result of the abnormality with respect to the first local region to be output, wherein the processing circuitry is configured to calculate a plurality of types of index values with respect to each of the plurality of pieces of first medical information and to output one of the plurality of types of index values being significant or serving as the most principal component in the determination result of the abnormality with respect to the first local region, together with the determination result of the abnormality with respect to the first local region.
A peptide consisting of the structure: A 1 -B-C or C-B-A 2, wherein B is optionally present or absent; and wherein A 1 comprises the sequence CDIFTNSRGK (SEQ ID NO:2); A 2 comprises the sequence kGrsntfidc (SEQ ID NO:3); B is a linker sequence; and C is a cell penetrating peptide sequence wherein when the peptide consists of the structure A 1 -B-C A 1 has a length of less than 15 esidues, and the linker sequence is a glycine or sarcosine sequence and/or the cell penetrating sequence is a polymeric arginine sequence. A 1 comprises the sequence CDIFTNSRGK (SEQ ID NO:2); A 2 comprises the sequence kGrsntfidc (SEQ ID NO:3); B is a linker sequence; and C is a cell penetrating peptide sequence
A method of defining a Raman signature of a culture component for evaluating the presence or level of said culture component in a culture medium, wherein the culture component is selected from a nutrient, protein, peptide, carbohydrate, growth factor, cytokine or salt, the method comprising: obtaining a Raman spectrum of the culture component in a non-interfering or minimally-interfering solution, identifying peaks in the Raman spectrum that are associated with the culture component, obtaining a Raman spectrum of a culture medium comprising the culture component, wherein the culture medium comprises components selected from polypeptides, sugars, salts, nucleic acids, cellular debris and nutrients, and, removing peaks of the culture component in the Raman spectrum of the culture medium that are distorted compared to the peaks identified in the Raman spectrum of the culture component in the non-interfering or minimally-interfering solution. obtaining a Raman spectrum of the culture component in a non-interfering or minimally-interfering solution, identifying peaks in the Raman spectrum that are associated with the culture component, obtaining a Raman spectrum of a culture medium comprising the culture component, wherein the culture medium comprises components selected from polypeptides, sugars, salts, nucleic acids, cellular debris and nutrients, and, removing peaks of the culture component in the Raman spectrum of the culture medium that are distorted compared to the peaks identified in the Raman spectrum of the culture component in the non-interfering or minimally-interfering solution.