mhurhangee/ep-ind-claims huggingface dataset:
Device for filtering the air of a room, in particular a rearing room, characterised in that it comprises: - a frame delimiting an enclosure for collecting filtered air, said frame having a bottom wall, at least one discharge opening for the filtered air opposite the bottom wall, and side faces connecting the bottom wall to said discharge opening, at least one air intake opening being provided on at least one of the side faces; - a dust filter extending around the periphery of the frame and covering said at least one air intake opening; - a suction nozzle for dust retained by the filter, said nozzle being fixedly mounted on one of the side faces of the frame; and - motorised means for moving the dust filter around the side faces of the frame of the filtration device and facing an air intake orifice of the suction nozzle. - a frame delimiting an enclosure for collecting filtered air, said frame having a bottom wall, at least one discharge opening for the filtered air opposite the bottom wall, and side faces connecting the bottom wall to said discharge opening, at least one air intake opening being provided on at least one of the side faces; - a dust filter extending around the periphery of the frame and covering said at least one air intake opening; - a suction nozzle for dust retained by the filter, said nozzle being fixedly mounted on one of the side faces of the frame; and - motorised means for moving the dust filter around the side faces of the frame of the filtration device and facing an air intake orifice of the suction nozzle.
A MASP-2 inhibitory agent for use in the treatment of a subject suffering from a MASP-2 dependent complement-mediated renal condition selected from the group consisting of mesangioproliferative glomerulonephritis, membranous glomerulonephritis, membranoproliferative glomerulonephritis (mesangiocapillary glomerulonephritis), acute postinfectious glomerulonephritis (poststreptococcal glomerulonephritis), cryoglobulinemic glomerulonephritis, lupus nephritis, Henoch-Schonlein purpura nephritis and IgA nephropathy, wherein the HASP-2 inhibitory agent is an anti-MASP-2 antibody or fragment thereof that specifically binds to a portion of SEQ ID NO:6 and selectively inhibits MASP-2-dependent complement activation without substantially inhibiting C1q-dependent complement activation.
A method to treat a lignocellulosic material continuously, comprising: performing a steam explosion reaction on the lignocellulosic material to produce a slurry including the lignocellulosic material; adding an alkali material to the slurry in a first conveyor, wherein the alkali material increases the average pH of the slurry moving through the first conveyor; transferring the slurry with the alkali material from the first conveyor to a second conveyor; adding a first portion of an enzyme solution to the slurry while in, entering or at the discharge of the second conveyor; transferring the slurry with the enzyme solution from the second conveyor to a mixer; mixing the slurry in the mixer, wherein a second portion (7") of the enzyme solution is added to the slurry during the mixing, transferring the slurry with the enzyme solution from the mixer to a first reactor, and subjecting the slurry in the first reactor to enzymatic hydrolysis, wherein the viscosity of the slurry is reduced in the first reactor. performing a steam explosion reaction on the lignocellulosic material to produce a slurry including the lignocellulosic material; adding an alkali material to the slurry in a first conveyor, wherein the alkali material increases the average pH of the slurry moving through the first conveyor; transferring the slurry with the alkali material from the first conveyor to a second conveyor; adding a first portion of an enzyme solution to the slurry while in, entering or at the discharge of the second conveyor; transferring the slurry with the enzyme solution from the second conveyor to a mixer; mixing the slurry in the mixer, wherein a second portion (7") of the enzyme solution is added to the slurry during the mixing, transferring the slurry with the enzyme solution from the mixer to a first reactor, and subjecting the slurry in the first reactor to enzymatic hydrolysis, wherein the viscosity of the slurry is reduced in the first reactor.
An in vitro method of reprogramming primate somatic cells, the method comprising the steps of: exposing the primate somatic cells to at least one non-viral episomal vector encoding a plurality of potency-determining factors and introducing SV40 T antigen into the primate somatic cells under conditions sufficient to reprogram the cells, wherein the primate somatic cells are obtained from a fetal or post-natal individual; and culturing the exposed cells to obtain pluripotent reprogrammed cells substantially free of any non-viral episomal vector component associated with exposing the potency-determining factors to the somatic cells. exposing the primate somatic cells to at least one non-viral episomal vector encoding a plurality of potency-determining factors and introducing SV40 T antigen into the primate somatic cells under conditions sufficient to reprogram the cells, wherein the primate somatic cells are obtained from a fetal or post-natal individual; and culturing the exposed cells to obtain pluripotent reprogrammed cells substantially free of any non-viral episomal vector component associated with exposing the potency-determining factors to the somatic cells.
A method for reading an addressed memory cell in a flash memory system, the method comprising: applying at least two different voltage levels to a control gate of a memory cell (310 - 345) in an array of memory cells (305 - 345), wherein the memory cell (310 - 345) is adjacent to and in electrical field communication with the addressed memory cell; measuring a threshold voltage of the addressed memory cell at each of the at least two different applied voltage levels; calculating an adjusted threshold voltage value of the addressed memory cell using a difference between the measured threshold voltages at two different applied voltage levels; converting the adjusted threshold voltage to one or more bit values; and providing the one or more bit values to a host of the memory system. applying at least two different voltage levels to a control gate of a memory cell (310 - 345) in an array of memory cells (305 - 345), wherein the memory cell (310 - 345) is adjacent to and in electrical field communication with the addressed memory cell; measuring a threshold voltage of the addressed memory cell at each of the at least two different applied voltage levels; calculating an adjusted threshold voltage value of the addressed memory cell using a difference between the measured threshold voltages at two different applied voltage levels; converting the adjusted threshold voltage to one or more bit values; and providing the one or more bit values to a host of the memory system.
Method of operating a printing system comprising at least one printing server (206, 406) and at least one printing device (308, 408) communicatively connectable to the printing server (206, 406), comprising: - obtaining, by the printing server (206, 406), a print job encrypted with a public print job key of a print job key pair from a computer device communicatively connectable to the printing server (206, 406), - receiving, by the printing server (206, 406), a private print job key of the print job key pair encrypted with a public printing device key of a printing device key pair from a mobile user terminal, - wherein the printing device key pair is associated with the printing device (308, 408), - transmitting, by the printing server (206, 406), the received encrypted private print job key to the printing device (308, 408), and - transmitting, by the printing server (206, 406), the received encrypted print job to the printing device (308, 408) for printing of the print job by the printing device (308, 408). - obtaining, by the printing server (206, 406), a print job encrypted with a public print job key of a print job key pair from a computer device communicatively connectable to the printing server (206, 406), - receiving, by the printing server (206, 406), a private print job key of the print job key pair encrypted with a public printing device key of a printing device key pair from a mobile user terminal, - wherein the printing device key pair is associated with the printing device (308, 408), - transmitting, by the printing server (206, 406), the received encrypted private print job key to the printing device (308, 408), and - transmitting, by the printing server (206, 406), the received encrypted print job to the printing device (308, 408) for printing of the print job by the printing device (308, 408).
A method for updating an application prediction model, which can optimize the preloading scheme of applications in a terminal, characterized by comprising: detecting (101, 501, 601) that an application uninstallation event is triggered; determining a first application which is uninstalled; deleting a data log of the first application from training sample data when training sample data of an application prediction model comprises the data log of the first application, and generating target training sample data, wherein the application prediction model is a pre-trained learning model capable of predicting an application to be preloaded, the pre-trained learning model being trained by using the sample training data, said sample training data being collected during the user using the terminal; and updating (103, 503, 604) the application prediction model based on the target training sample data. detecting (101, 501, 601) that an application uninstallation event is triggered; determining a first application which is uninstalled; deleting a data log of the first application from training sample data when training sample data of an application prediction model comprises the data log of the first application, and generating target training sample data, wherein the application prediction model is a pre-trained learning model capable of predicting an application to be preloaded, the pre-trained learning model being trained by using the sample training data, said sample training data being collected during the user using the terminal; and updating (103, 503, 604) the application prediction model based on the target training sample data.
Built-in socket for a communication unit in a carrier rail housing, having a base member on which a connection side and an insertion side are constructed, wherein there are constructed on the connection side connection means for connecting the built-in socket to strip conductors on a circuit board of the communication unit, wherein an insertion opening is constructed in the insertion side for receiving a corresponding connector, and wherein there is defined by the insertion opening an axis, along which an inserted connector is arranged, characterised in that the connection side and insertion opening are adapted to each other in such a manner that the axis of the insertion opening relative to the circuit board plane of a circuit board which is connected to the built-in socket by way of the connection means defines an angle between 15° and 23°.
A downhole tool, comprising: a temperature sensitive component of the downhole tool; an enclosure configured to provide thermal insulation to the temperature sensitive component; a cooling unit configured to intermittently provide active cooling while the downhole tool is being operated; and a heat exchanger configured to facilitate heat transfer from the temperature sensitive component to the cooling unit when the cooling unit is providing the active cooling, and configured to disable heat transfer between the temperature sensitive component and the cooling unit when the cooling unit is not providing the active cooling. a temperature sensitive component of the downhole tool; an enclosure configured to provide thermal insulation to the temperature sensitive component; a cooling unit configured to intermittently provide active cooling while the downhole tool is being operated; and a heat exchanger configured to facilitate heat transfer from the temperature sensitive component to the cooling unit when the cooling unit is providing the active cooling, and configured to disable heat transfer between the temperature sensitive component and the cooling unit when the cooling unit is not providing the active cooling.
A bowed rotor sensor system for a gas turbine engine, the bowed rotor sensor system comprising: a bowed rotor sensor operable to transmit a sensing field in an observation region and receive a signal indicative of a gap between an air seal and a blade tip within the gas turbine engine; and a controller operable to monitor an amplitude of modulation of a plurality of gap data from the bowed rotor sensor indicative of the gap between the air seal and the blade tip of a plurality of blades passing through the observation region and determine a bowed rotor status of the gas turbine engine based on the gap data, and the controller is operable to control rotation of the gas turbine engine using a starter or a core-turning motor of the gas turbine engine based on the bowed rotor status until the gap data received from the bowed rotor sensor meets a modulation amplitude threshold, wherein the gap data modulates as a rotor comprising the blades rotates within the gas turbine engine based on the gap changing between the air seal and the blade tip of the blades. a bowed rotor sensor operable to transmit a sensing field in an observation region and receive a signal indicative of a gap between an air seal and a blade tip within the gas turbine engine; and a controller operable to monitor an amplitude of modulation of a plurality of gap data from the bowed rotor sensor indicative of the gap between the air seal and the blade tip of a plurality of blades passing through the observation region and determine a bowed rotor status of the gas turbine engine based on the gap data, and the controller is operable to control rotation of the gas turbine engine using a starter or a core-turning motor of the gas turbine engine based on the bowed rotor status until the gap data received from the bowed rotor sensor meets a modulation amplitude threshold, wherein the gap data modulates as a rotor comprising the blades rotates within the gas turbine engine based on the gap changing between the air seal and the blade tip of the blades.
A computer-implemented method for securing a controlled digital resource using a distributed hash table and a peer-to-peer distributed ledger, the method comprising: determining a data associated with the controlled digital resource; determining a first hash value of the controlled digital resource; determining a second hash value based on the data and the controlled digital resource; sending, over a communications network, the data, the first hash value and the second hash value to an entry for storage in a distributed hash table, wherein the second hash value is a key of a key-value pair and the data and the first hash value are a value in the key-value pair; and determining a metadata comprising the second hash value for storage on the peer-to-peer distributed ledger. determining a data associated with the controlled digital resource; determining a first hash value of the controlled digital resource; determining a second hash value based on the data and the controlled digital resource; sending, over a communications network, the data, the first hash value and the second hash value to an entry for storage in a distributed hash table, wherein the second hash value is a key of a key-value pair and the data and the first hash value are a value in the key-value pair; and determining a metadata comprising the second hash value for storage on the peer-to-peer distributed ledger.
Pack for preparing a food or beverage product from one or more ingredients, the pack comprising an insert and a container; the container being configured by at least one flexible sheet folded in such a way to configure a container where one or more ingredients can be stored; the pack being characterized in that the at least one flexible sheet is arranged overwrapping and matching the shape of the insert in its entirety except for the part of the insert in direct communication with the inner volume of the container, with a gap or clearance existing between the at least one flexible sheet and the insert in an outlet delivery area wrapped with flexible sheet giving access to the dispensing outlet. the container being configured by at least one flexible sheet folded in such a way to configure a container where one or more ingredients can be stored; the pack being characterized in that the at least one flexible sheet is arranged overwrapping and matching the shape of the insert in its entirety except for the part of the insert in direct communication with the inner volume of the container, with a gap or clearance existing between the at least one flexible sheet and the insert in an outlet delivery area wrapped with flexible sheet giving access to the dispensing outlet.
Device for bridging a connection joint between a wall and a floor covering having a floor profile and a spacer profile, wherein the floor profile is supported in the installed state in one longitudinal edge region on the floor covering and in the opposite longitudinal edge region on the wall-side spacer profile which rests in the installed state with a contact surface on an undersurface for the floor covering, wherein the spacer profile comprises two contact surfaces, which are arranged angularly offset to one another about the profile longitudinal axis, and supports, opposite these contact surfaces, for the floor profile, wherein the support lengths determined by the distance of the supports from the associated contact surfaces are different, wherein the spacer profile forms a substantially rectangular profile cross-section with mutually perpendicular wide and long sides, and the different support lengths are formed by the distance of the mutually opposite long and wide sides, characterised in that the spacer profile has a third support protruding over a wide side and comprising a support length in cooperation with the opposite long side of the profile cross-section, which support length is between the support lengths formed on the one hand by the wide sides and on the other hand by the long sides.
Method of measuring the rectilinearity of rolled, rod-shaped elongate products, such as rails, girders, rods or the like, by means of a measuring device, the measurement values of which are fed to a central computer, wherein the elongate product running through the measuring device is clamped in place in defined manner between two mutually spaced-apart regions, which provide supports (I, II) for the elongate product, of the measuring device, wherein a free length section without support of the elongate product is formed between the clamping regions, characterised in that the elongate product is deflected downwardly by virtue of its intrinsic weight in the free, unsupported clamping length between the supports (I, II), wherein the rectilinearity of the elongate product is automatically determined by means of the deflection of the elongate product in the free, unsupported clamping length and a chord (q), with ideal rectilinearity bridging over the deflected clamping length.
Bearing assembly having an inner race and an outer race which therebetween form a bearing interior, wherein in a stationary inner race a plurality of substantially radial through openings are provided on the inner race, wherein the through openings are disposed between a nine o'clock position and a three o'clock position, wherein the through openings are configured as lubricant outlets for removing lubricant from the bearing interior, wherein a line system is disposed on the plurality of through openings, wherein the line system preferably has a ventilation opening which is connected to the ambient air, and wherein the plurality of through openings by way of the line system are connected to a reservoir, characterized in that the reservoir is disposed inside the bearing assembly.
Roller comprising a tubular support able to rotate about an axis, a plurality of tyres of the semi-hollow type mounted around the tubular support, and pairs of spacers designed to hold the tyres away from the tubular support, each spacer having a hub able to be slipped around the tubular support and a peripheral edge, the peripheral edges of the spacers of one and the same pair being configured to hold a retaining annular part of the tyre, an elastic ring being in each instance arranged around the tubular support between the hubs of two spacers belonging to two adjacent pairs, characterized in that the elastic ring is made of an elastic material.
A diagnostic probe designed to be introduced into a bodily, vaginal or rectal endocavity of the human body and to allow, in response to an increase in intra-abdominal pressure, at least the measurement of the displacement of the walls of said endocavity and of the organs which surround it as well as the measurement of the displacement and of the passive and active resistance of at least one muscle of the perineum, the diagnostic probe comprising an ex-vivo base configured to be arranged at the opening of the endocavity, and connected to an intracavitary body equipped with at least two pressure sensors arranged in the same plane, and acting either in the same direction, or in two opposite directions, the intracavitary body being designed to be deformable without opposing resistance and to conform to the walls of said endocavity, the diagnostic probe comprising: - at least one means (12, 120, 121, 122, 123) for measuring the displacement of the intracavitary wall in the three axes X, Y and Z, said at least one means (12, 120, 121, 122, 123) for measuring the displacement of the intracavitary wall being arranged on the intracavitary body; and - a means (12, 124) for measuring the displacement of the perineum muscles along three axes X, Y, Z, said means (12, 124) for measuring the displacement of the perineum muscles being arranged on the base; said at least one means for measuring the displacement of the intracavitary wall being connected to at least one spatial reference element X, Y, Z, and said means for measuring the displacement of the perineum muscles being connected to a spatial reference element X, Y, Z. - at least one means (12, 120, 121, 122, 123) for measuring the displacement of the intracavitary wall in the three axes X, Y and Z, said at least one means (12, 120, 121, 122, 123) for measuring the displacement of the intracavitary wall being arranged on the intracavitary body; and - a means (12, 124) for measuring the displacement of the perineum muscles along three axes X, Y, Z, said means (12, 124) for measuring the displacement of the perineum muscles being arranged on the base;
A container for holding products comprising: a tubular body defining a first end and a second end, wherein the tubular body extends radially inward at a predefined location between the first and second ends so as to form a ledge; wherein the ledge supports a separator thereon; wherein, the separator defines a first compartment on a first side of the separator for holding a first product and further defines a second compartment on a second side of the separator for holding a second product, characterized in that the separator includes a through hole configured to permit the user to insert his or her finger therein, to pull the separator out of the container. a tubular body defining a first end and a second end, wherein the tubular body extends radially inward at a predefined location between the first and second ends so as to form a ledge; wherein the ledge supports a separator thereon; wherein, the separator defines a first compartment on a first side of the separator for holding a first product and further defines a second compartment on a second side of the separator for holding a second product, characterized in that the separator includes a through hole configured to permit the user to insert his or her finger therein, to pull the separator out of the container.