mhurhangee/patent-ind-claim-en huggingface dataset:
A developer accommodating unit for accommodating a developer, comprising: a flexible container provided with an opening for permitting discharge of the accommodated developer; a sealing member , having an end bonded to a periphery of the opening at a bonding portion , for sealing the opening and for exposing the opening by being wound up; a rotatable unsealing member , mounted on said sealing member , for unsealing said sealing member bonded to the periphery by winding up said sealing member ; and a frame for accommodating said rotatable unsealing member , wherein said frame includes a fixing portion for fixing said flexible container ; characterized in that said frame accommodates said flexible container , said sealing member and said rotatable unsealing member , and said frame is contactable with the discharged developer and accommodates the discharged developer, and said rotatable unsealing member is configured to perform a stirring function by which the developer discharged from the opening is stirred after the developer is discharged from the opening . a flexible container provided with an opening for permitting discharge of the accommodated developer; a sealing member , having an end bonded to a periphery of the opening at a bonding portion , for sealing the opening and for exposing the opening by being wound up; a rotatable unsealing member , mounted on said sealing member , for unsealing said sealing member bonded to the periphery by winding up said sealing member ; and a frame for accommodating said rotatable unsealing member , wherein said frame includes a fixing portion for fixing said flexible container ; characterized in that said frame accommodates said flexible container , said sealing member and said rotatable unsealing member , and said frame is contactable with the discharged developer and accommodates the discharged developer, and said rotatable unsealing member is configured to perform a stirring function by which the developer discharged from the opening is stirred after the developer is discharged from the opening .
Arrangement comprising star point wiring and/or a star point connection of the stator windings of an electric motor, wherein a first crimp sleeve is pushed onto the star-point end of each winding wire of each stator winding and connected, wherein the first crimp sleeves are connected to second crimp sleeves by means of respective welded connections, wherein the second crimp sleeves are pushed on an electrical line in series to form the star point connection and are connected to the electrical line.
Cogeneration plant for the continuous production of electrical and thermal energy from solid woody biomass, the latter being selected from among wood in the form of woodchips, vine branches, shrubs and underbrush, grain, hay, animal litter, suitably-treated muds, shells and kernels, suitably-treated husks, fibrous cultures and compositions thereof, said plant comprising at least one first container and at least one second container (1") connected by at least one interconnection duct (1"'), said first container comprising the components suitable for inducing the transformation of said biomass into syngas comprising H 2 and CO, said substances being adapted to supply at least one endothermic motor comprised in said plant adapted to produce mechanical energy convertible into electrical energy, said second container (1") being adapted to contain at least electric current generators, and at least one electrical board, said first container comprising: at least one first section for storing the solid woody biomass, said first storage section comprising a tub-like tank ; at least one second section for the production of syngas by means of at least one suitable gasification reactor ; at least one third section of endothermic motor(s) supplied with the fuel previously synthesized in said second gasification section; and at least one fourth section for the total thermal recovery, said cogeneration plant having nominal power up to hundreds of kW and comprising, in said first storage section, a system integrated "on board the machine" for the drying, screening and formulation of the solid woody starting biomass in briquettes, said first section comprising a dryer ; a three-way vibrating sieve ; a grinder and an integrated briquette machine , said vibrating sieve , said dryer and said integrated briquette machine cooperating synergistically, wherein said second gasification section further comprises: at least two gasification reactors with fixed bed of downdraft type; at least one sealed load system for the previously dried and formulated biomass, represented by a rotovalve; at least one cyclone extraction system for the syngas; and at least one sealed extraction system for the biochar obtainable by the gasification of said solid starting biomass; at least one condensation system for the cooling of the substances produced by the gasification section; at least one filtering system for purifying the syngas; at least one recovery chamber adapted to recover the highest boiling point substances produced in said gasification reactor , said substances having tar form, the latter being conveyable towards the solid starting biomass.
A method for deep penetration welding of a workpiece , wherein a surface of the workpiece is irradiated using a first laser beam and a second laser beam , wherein, in a workpiece surface plane (OE), a first beam width B1 of the first laser beam is greater than a second beam width B2 of the second laser beam , and wherein the second laser beam is located inside the first laser beam at least in the workpiece surface plane (OE), wherein the intensity of the first laser beam alone is sufficient to produce a keyhole in the workpiece , and wherein the keyhole produced in the workpiece has a capillary width KB in the workpiece surface plane (OE), wherein KB is substantially equal to B1, and furthermore B2 ≤ 0.75*KB, characterized in that the following applies for a first focusing angle W1 of the first laser beam and a second focusing angle W2 of the second laser beam : W2 ≥ W1.
A method for data storage, comprising: receiving , from a client, one or more read commands and one or more write commands, for execution in a same clock cycle in a memory array that comprises multiple single-port memory banks divided into groups , wherein the write commands provide data for storage but do not specify storage locations in the memory array in which the data is to be stored; selecting one or more of the groups that are not accessed by the read commands in the same clock cycle, and choosing for the write commands available storage locations in the single-port memory banks of the selected one or more groups; during the same clock cycle, storing the data provided in the write commands in the chosen storage locations, and retrieving the data requested by the read commands; and acknowledging execution of the write commands by reporting the chosen storage locations to the client, wherein selecting the groups and choosing the storage locations are performed without logical-to-physical address translation. receiving , from a client, one or more read commands and one or more write commands, for execution in a same clock cycle in a memory array that comprises multiple single-port memory banks divided into groups , wherein the write commands provide data for storage but do not specify storage locations in the memory array in which the data is to be stored; selecting one or more of the groups that are not accessed by the read commands in the same clock cycle, and choosing for the write commands available storage locations in the single-port memory banks of the selected one or more groups; during the same clock cycle, storing the data provided in the write commands in the chosen storage locations, and retrieving the data requested by the read commands; and acknowledging execution of the write commands by reporting the chosen storage locations to the client, wherein selecting the groups and choosing the storage locations are performed without logical-to-physical address translation.
A catheter comprising: a catheter shaft having a tubular wall that extends from a proximal end to a distal end along a longitudinal axis to define a lumen , the tubular wall having formed therein an inner lumen that extends from the proximal end to the distal end of the catheter shaft; a deflection member coupled to the distal end of the catheter shaft and in fluid communication with the inner lumen such that fluid provided to the inner lumen causes the deflection member to expand from a first volume to a second volume that is larger than the first volume; wherein when the deflection member is in the second volume it extends from a surface of the tubular wall towards the longitudinal axis of the catheter shaft to provide a surface for deflecting an interventional device extending through the lumen and outward from the distal end of the catheter shaft at a deflection angle; and wherein the distal end of the tubular wall includes an angled surface that is angled from an outer surface of the tubular wall proximally towards an inner surface of the tubular wall. a catheter shaft having a tubular wall that extends from a proximal end to a distal end along a longitudinal axis to define a lumen , the tubular wall having formed therein an inner lumen that extends from the proximal end to the distal end of the catheter shaft; a deflection member coupled to the distal end of the catheter shaft and in fluid communication with the inner lumen such that fluid provided to the inner lumen causes the deflection member to expand from a first volume to a second volume that is larger than the first volume; wherein when the deflection member is in the second volume it extends from a surface of the tubular wall towards the longitudinal axis of the catheter shaft to provide a surface for deflecting an interventional device extending through the lumen and outward from the distal end of the catheter shaft at a deflection angle; and wherein the distal end of the tubular wall includes an angled surface that is angled from an outer surface of the tubular wall proximally towards an inner surface of the tubular wall.
An aqueous liquid pharmaceutical formulation comprising (i) an insulin compound which is insulin lispro, insulin glulisine, recombinant human insulin or insulin aspart, (ii) ionic zinc, (iii) a zinc binding species at a concentration of 1 mM or more selected from species having a logK with respect to zinc ion binding in the range 4.5-12.3 at 25 °C, and (iv) a non-ionic surfactant which is an alkyl glycoside selected from the group consisting of dodecyl maltoside, dodecyl glucoside, octyl glucoside, octyl maltoside, decyl glucoside, decyl maltoside, decyl glucopyranoside, tridecyl glucoside, tridecyl maltoside, tetradecyl glucoside, tetradecyl maltoside, hexadecyl glucoside, hexadecyl maltoside, sucrose monooctanoate, sucrose monodecanoate, sucrose monododecanoate, sucrose monotridecanoate, sucrose monotetradecanoate and sucrose monohexadecanoate; and wherein the formulation is substantially free of EDTA and any other zinc binding species having a logK with respect to zinc ion binding of more than 12.3 at 25 °C.
Method for operating a steering system of a vehicle , wherein an actuator is provided for generating a restoring moment, which opposes the torque from a driver, in a steering handle of the vehicle , wherein the following steps are carried out: - generating the restoring moment up to a maximum moment, if the maximum moment is enabled, and limited to a lower limit moment, if the maximum moment is limited, - identifying a vehicle situation for the vehicle , - enabling the maximum moment, if the vehicle situation is identified as a boarding and/or deboarding situation, in order to stiffen the steering handle , - limiting the maximum moment, if the vehicle situation is identified as a driving mode of the vehicle . - generating the restoring moment up to a maximum moment, if the maximum moment is enabled, and limited to a lower limit moment, if the maximum moment is limited, - identifying a vehicle situation for the vehicle , - enabling the maximum moment, if the vehicle situation is identified as a boarding and/or deboarding situation, in order to stiffen the steering handle , - limiting the maximum moment, if the vehicle situation is identified as a driving mode of the vehicle .
Method for the non-invasive diagnosis of diabetes, in particular type II diabetes mellitus, wherein at least the determination of glycation in the glycation position Lys 141 of human haptoglobin (P00738; SEQ ID No. 38) is carried out in an isolated blood or plasma sample and the HbA 1c level is determined, wherein subsequently the glycation in the glycation positions is correlated with the HbA 1c level.
A computer-implemented method for managing a human-machine interface comprising a plurality of displays, comprising the steps of: - receiving information relating to the position of the eyes and the direction of the gaze of a user on the human-machine interface; - receiving physiological information of the user; - determining a level of cognitive load from among a plurality of predefined levels on the basis of the received physiological information; - adjusting the display of the human-machine interface on the basis of the direction of the gaze and of the determined level of cognitive load; and displaying, at the periphery of the human-machine interface, a graphical message at a configurable distance from the location of the human-machine interface at which the gaze of the user is directed, the message originating from an avionic system and relating to a flight parameter delivered by the avionic system, the distance being dependent on the cognitive load and/or the priority associated with the message and a location of the graphical message being moved so that the distance decreases over time. - receiving information relating to the position of the eyes and the direction of the gaze of a user on the human-machine interface; - receiving physiological information of the user; - determining a level of cognitive load from among a plurality of predefined levels on the basis of the received physiological information; - adjusting the display of the human-machine interface on the basis of the direction of the gaze and of the determined level of cognitive load; and
A semiconductor device comprising: a multilayered semiconductor structure including a substrate , a plurality of device layers on the substrate defining trenches extending therethrough and pillars between the trenches , one or more materials filling the trenches , and a carbon-containing liner on at least portions of sidewalls of the trenches and disposed between the pillars and the one or more materials filling the trenches , one or more of the plurality of device layers including electrically conductive layers; and electrical contact lines electrically coupled to the one or more of the plurality of device layers, characterized in that the carbon-containing liner includes a nitride liner on the at least portions of sidewalls of the trenches , and a carbon-doped oxide liner on the nitride liner such that the nitride liner is between the pillars and the carbon-doped oxide liner. a multilayered semiconductor structure including a substrate , a plurality of device layers on the substrate defining trenches extending therethrough and pillars between the trenches , one or more materials filling the trenches , and a carbon-containing liner on at least portions of sidewalls of the trenches and disposed between the pillars and the one or more materials filling the trenches , one or more of the plurality of device layers including electrically conductive layers; and electrical contact lines electrically coupled to the one or more of the plurality of device layers, characterized in that the carbon-containing liner includes a nitride liner on the at least portions of sidewalls of the trenches , and a carbon-doped oxide liner on the nitride liner such that the nitride liner is between the pillars and the carbon-doped oxide liner.
An endoprosthesis , comprising: an expandable tubular framework having a first end , a second end , and a lumen extending therethrough, the expandable tubular framework including a plurality of strut rows and a plurality of connectors extending across interstices between adjacent strut rows and interconnecting adjacent strut rows ; the expandable tubular framework being expandable from a compressed state to an expanded state; wherein the plurality of strut rows have an outer diameter (D) in the expanded state; wherein the connectors extend radially outward beyond the outer diameter (D) of the plurality of strut rows in the expanded state; and wherein the connectors are configured to engage a wall of a body lumen in the expanded state to inhibit migration of the endoprosthesis subsequent implanting the endoprosthesis in the body lumen ; and a polymeric cover covering the strut rows and spanning the interstices between adjacent strut rows ; wherein a space between the connectors and the strut rows to which the connectors are interconnected with is devoid of the polymeric cover to permit tissue ingrowth around the connectors . an expandable tubular framework having a first end , a second end , and a lumen extending therethrough, the expandable tubular framework including a plurality of strut rows and a plurality of connectors extending across interstices between adjacent strut rows and interconnecting adjacent strut rows ; the expandable tubular framework being expandable from a compressed state to an expanded state; wherein the plurality of strut rows have an outer diameter (D) in the expanded state; wherein the connectors extend radially outward beyond the outer diameter (D) of the plurality of strut rows in the expanded state; and wherein the connectors are configured to engage a wall of a body lumen in the expanded state to inhibit migration of the endoprosthesis subsequent implanting the endoprosthesis in the body lumen ; and a polymeric cover covering the strut rows and spanning the interstices between adjacent strut rows ; wherein a space between the connectors and the strut rows to which the connectors are interconnected with is devoid of the polymeric cover to permit tissue ingrowth around the connectors .
A windproof structure of a balance, comprising: a base comprising an upper base cover and a lower base cover , the upper base cover having a central hole placed in the middle, a shield being placed between the upper base cover and the lower base cover the base receiving a weighing sensor of the balance ; a wind shield placed above the base, a weighing compartment for receiving the weighing pan being formed between the wind shield and the upper base cover, wherein, the windproof structure further comprises an isolation baffle , the isolation baffle comprising a primary baffle , the primary baffle being placed between the weighing pan and the upper base cover , and the primary baffle having a flat portion in the middle and a skewed portion at the edge, a through-hole being placed at the junction of the flat portion and the skewed portion and a cavity is formed by the shield and the weighing sensor is present in this cavity. a base comprising an upper base cover and a lower base cover , the upper base cover having a central hole placed in the middle, a shield being placed between the upper base cover and the lower base cover the base receiving a weighing sensor of the balance ; a wind shield placed above the base, a weighing compartment for receiving the weighing pan being formed between the wind shield and the upper base cover, wherein, the windproof structure further comprises an isolation baffle , the isolation baffle comprising a primary baffle , the primary baffle being placed between the weighing pan and the upper base cover , and the primary baffle having a flat portion in the middle and a skewed portion at the edge, a through-hole being placed at the junction of the flat portion and the skewed portion and a cavity is formed by the shield and the weighing sensor is present in this cavity.
A surgical adapter assembly configured for selective connection with a handle assembly and an end effector , the adapter assembly comprising: a tubular housing having a proximal end portion and a distal end portion and defining a longitudinal axis; and a load sensing assembly disposed within the tubular housing in contact between a proximal surface and a distal surface, each of the proximal surface and the distal surface is perpendicular to the longitudinal axis, the load sensing assembly configured to measure a load exerted on the tubular housing, the load sensing assembly including a sensor body , characterized in that at least one of the proximal surface or the distal surface includes a first surface feature being one of a convex or concave surface feature and the sensor body includes a second surface feature being the other of a convex or concave surface feature engaging the first surface feature. a tubular housing having a proximal end portion and a distal end portion and defining a longitudinal axis; and a load sensing assembly disposed within the tubular housing in contact between a proximal surface and a distal surface, each of the proximal surface and the distal surface is perpendicular to the longitudinal axis, the load sensing assembly configured to measure a load exerted on the tubular housing, the load sensing assembly including a sensor body , characterized in that at least one of the proximal surface or the distal surface includes a first surface feature being one of a convex or concave surface feature and the sensor body includes a second surface feature being the other of a convex or concave surface feature engaging the first surface feature.