mhurhangee/patent-ind-claim-en huggingface dataset:
A suture connection system , comprising: a suture connector , comprising: a connector body configured to be inserted into a hole (1 14) in a bone plate , the connector body having a proximal end , a distal end , a length extending between the proximal end and the distal end , and a sidewall, wherein the connector body is threaded to secure the suture connector to the bone plate ; at least one recess extending inwardly from the sidewall to define a proximal engagement portion ; and a through hole , configured to receive a suture , extending through the proximal engagement portion and open to the recess ; and a driver including an elongated rod extending from a proximal end to a distal end along a longitudinal axis of the driver and an engagement element coupled to the distal end of the rod , the engagement element having at least one prong configured to engage the proximal engagement portion , characterized in that the prong includes a cutout that extends from a distal prong face to a rounded proximal cutout edge , the proximal cutout edge aligning with a proximal edge of the through hole so that no portion of the prong obstructs the through hole . a suture connector , comprising: a connector body configured to be inserted into a hole (1 14) in a bone plate , the connector body having a proximal end , a distal end , a length extending between the proximal end and the distal end , and a sidewall, wherein the connector body is threaded to secure the suture connector to the bone plate ; at least one recess extending inwardly from the sidewall to define a proximal engagement portion ; and a through hole , configured to receive a suture , extending through the proximal engagement portion and open to the recess ; and a connector body configured to be inserted into a hole (1 14) in a bone plate , the connector body having a proximal end , a distal end , a length extending between the proximal end and the distal end , and a sidewall, wherein the connector body is threaded to secure the suture connector to the bone plate ; at least one recess extending inwardly from the sidewall to define a proximal engagement portion ; and a through hole , configured to receive a suture , extending through the proximal engagement portion and open to the recess ; and a driver including an elongated rod extending from a proximal end to a distal end along a longitudinal axis of the driver and an engagement element coupled to the distal end of the rod , the engagement element having at least one prong configured to engage the proximal engagement portion , characterized in that the prong includes a cutout that extends from a distal prong face to a rounded proximal cutout edge , the proximal cutout edge aligning with a proximal edge of the through hole so that no portion of the prong obstructs the through hole .
A waste gas dedusting method comprising the following steps: a dust-containing waste gas and an organic dedusting agent are introduced into a dedusting tower, respectively, and come into contact in the tower; at least part of the water vapor in the dust-containing waste gas is condensed; solid particles, acidic contaminants, organic contaminants and/or heavy metal compounds in the dust-containing waste gas are adsorbed by the organic dedusting agent and the condensed water; and the resulting purified gas is vented or subjected to a subsequent process; characterized by , the organic dedusting agent introduced into the dedusting tower having a temperature lower than 80°C; a hybrid-current waste gas dedusting process is adopted, that is: both the dust-containing waste gas and the organic dedusting agent enter a cocurrent dedusting tower from the upper part thereof, and come into contact cocurrently in the tower; the water vapor in the dust-containing waste gas is at least partially condensed, and at least part of the solid particles, acidic contaminants, organic contaminants and/or heavy metal compounds in the dust-containing waste gas are adsorbed by the organic dedusting agent and the condensed water; the gas-liquid mixture thus formed enters a countercurrent dedusting tower through the lower part of the cocurrent dedusting tower , and contacts in the tower countercurrently with the organic dedusting agent introduced from the upper part of the countercurrent dedusting tower ; the resulting purified gas is vented from the top of the countercurrent dedusting tower or subjected to a subsequent process, and a mixed solution of the organic dedusting agent that has adsorbed solid particles, acidic contaminants, organic contaminants and/or heavy metal compounds and the condensed water are collected at the bottom of the countercurrent dedusting tower . characterized by , the organic dedusting agent introduced into the dedusting tower having a temperature lower than 80°C; a hybrid-current waste gas dedusting process is adopted, that is: both the dust-containing waste gas and the organic dedusting agent enter a cocurrent dedusting tower from the upper part thereof, and come into contact cocurrently in the tower; the water vapor in the dust-containing waste gas is at least partially condensed, and at least part of the solid particles, acidic contaminants, organic contaminants and/or heavy metal compounds in the dust-containing waste gas are adsorbed by the organic dedusting agent and the condensed water; the gas-liquid mixture thus formed enters a countercurrent dedusting tower through the lower part of the cocurrent dedusting tower , and contacts in the tower countercurrently with the organic dedusting agent introduced from the upper part of the countercurrent dedusting tower ; the resulting purified gas is vented from the top of the countercurrent dedusting tower or subjected to a subsequent process, and a mixed solution of the organic dedusting agent that has adsorbed solid particles, acidic contaminants, organic contaminants and/or heavy metal compounds and the condensed water are collected at the bottom of the countercurrent dedusting tower .
Method for the application of starch on a moving fiber web , especially on a packaging paper web like a testliner or a corrugated medium web , where first starch is applied to a first roll and/or a second roll and the fiber web is passed through a treatment nip formed by the first roll and the second roll , characterized in that the first and the second roll have a hardness of 15 P&J (Pusey & Jones) or lower, preferably 5 P&J or lower, most preferred of 1 P&J or lower and that the starch is applied to the first roll and/or the second roll via a slot die and/or a slide die and then transferred to the fiber web in the treatment nip and the starch is applied to the first roll and/or the second roll in the form of a free falling curtain, where the starch is applied with a solid content between 6% and 25%, preferably between 8% and 18% and/or a viscosity between 5 mPas and 60 mPas, preferably between 10 mPas and 40 mPas.
A catheter comprising: an elongated catheter body extending along a longitudinal axis, the elongated catheter body having a proximal end and a distal end ; a flexible wire assembly positioned at the distal end of the elongated catheter body formed from a shape memory material, the flexible wire assembly having a plurality of flexible wires , each flexible wire having a proximal end and a distal end; a plurality of spines formed from the plurality of flexible wires; and a plurality of electrodes and cabling attached to each spine; wherein the flexible wire assembly comprises a brush-shaped flexible wire assembly, wherein the distal end of each flexible wire is unattached to an adjacent flexible wire; and characterised in that at least one of the flexible wires has a variable cross-section, wherein the plurality of flexible wires comprise a proximal portion with a first width (W 11 ) and a distal portion with a second width (W 12 ); wherein the first width is greater than the second width; and wherein the width tapers along a length (L) of the plurality of flexible wires from the proximal portion having the first width to the distal portion having the second width. an elongated catheter body extending along a longitudinal axis, the elongated catheter body having a proximal end and a distal end ; a flexible wire assembly positioned at the distal end of the elongated catheter body formed from a shape memory material, the flexible wire assembly having a plurality of flexible wires , each flexible wire having a proximal end and a distal end; a plurality of spines formed from the plurality of flexible wires; and a plurality of electrodes and cabling attached to each spine; wherein the flexible wire assembly comprises a brush-shaped flexible wire assembly, wherein the distal end of each flexible wire is unattached to an adjacent flexible wire; and characterised in that at least one of the flexible wires has a variable cross-section, wherein the plurality of flexible wires comprise a proximal portion with a first width (W 11 ) and a distal portion with a second width (W 12 ); wherein the first width is greater than the second width; and wherein the width tapers along a length (L) of the plurality of flexible wires from the proximal portion having the first width to the distal portion having the second width.
Turbomachine housing element , in particular for a compressor stage or turbine stage of a gas turbine, comprising a flow channel for receiving at least one rotor cascade , and a first cavity which is produced at least partially by means of primary shaping, in particular an additive production method, the turbomachine housing being produced in one piece, and a separate seal designed as an abradable lining or honeycomb seal being fastened to the turbomachine housing element between the first cavity and the flow channel , characterized in that the first cavity is designed for passive thermal insulation and the assembly-ready turbomachine housing element is not designed for the active circulation of fluid through the first cavity , and the first cavity is filled with air or a thermally insulating fluid of which the specific thermal conductivity λ is at least 10% less than the specific thermal conductivity λ of air.
A floor nozzle for a vacuum cleaner comprising a housing extending in an operating direction (x) and a transverse direction (y) perpendicular thereto, and a suction mouth , which is arranged on the housing on the underside and which can be connected to a suction air guide and which extends over a width (B) in the transverse direction (y) and which is limited in the operating direction (x) by a front suction mouth edge and a rear suction mouth edge , wherein, in the operating direction, a sliding surface is arranged before the front suction mouth edge , which extends over at least 75% of the width (B) of the suction mouth in the transverse direction (y), that, in the longitudinal section, the sliding surface has a circular arc segment with a radius of curvature (r) between 40 mm and 80 mm, and wherein, in the operating direction (x), the sliding surface has an extension (s) of at least 15 mm, characterized in that a plateau , which, in the operating direction (x), has an extension (s) between 2 mm and 5 mm, is arranged between the front suction mouth edge and the sliding surface .
An information processing apparatus comprising: an eyeball position estimation unit configured to estimate an eyeball position of a user in a pupil-corneal reflection method on the basis of a captured image including an eye of the user captured when the eye of the user looking at a display surface is irradiated with light; a discrepancy estimation unit configured to estimate an amount of discrepancy between a line-of-sight position on the display surface and a visual field center of the display surface, the line-of-sight position being identified on the basis of the eyeball position; and an operation instruction unit configured to issue an operation instruction to adjust a position of a device including the display surface on the basis of the estimated amount of discrepancy, when the amount of discrepancy is not within an allowable range. an eyeball position estimation unit configured to estimate an eyeball position of a user in a pupil-corneal reflection method on the basis of a captured image including an eye of the user captured when the eye of the user looking at a display surface is irradiated with light; a discrepancy estimation unit configured to estimate an amount of discrepancy between a line-of-sight position on the display surface and a visual field center of the display surface, the line-of-sight position being identified on the basis of the eyeball position; and an operation instruction unit configured to issue an operation instruction to adjust a position of a device including the display surface on the basis of the estimated amount of discrepancy, when the amount of discrepancy is not within an allowable range.
A pre-insulated valve for a fluid system comprising: a valve body having a plurality of lugs on an outer surface of the valve body , each lug of the plurality of lugs being adapted to accommodate a fastener member for fastening the valve body with a flange member of a fluid pipe , comprising a first insulating layer made of a low density polymer, the first insulating layer comprising an inner surface being adapted to cover an entire outer surface of the plurality of lugs of the valve body and the entire outer surface of the valve body such that the first insulating layer is in close physical contact with the outer surface of the valve body including the outer surface of the plurality of lugs , and a second insulating layer made of a high density polymer, the second insulating layer comprising an inner surface being adapted to be in close physical contact with an entire outer surface of the first insulating layer , wherein the second insulating layer is provided as a cladding over the first insulating layer . a valve body having a plurality of lugs on an outer surface of the valve body , each lug of the plurality of lugs being adapted to accommodate a fastener member for fastening the valve body with a flange member of a fluid pipe , comprising a first insulating layer made of a low density polymer, the first insulating layer comprising an inner surface being adapted to cover an entire outer surface of the plurality of lugs of the valve body and the entire outer surface of the valve body such that the first insulating layer is in close physical contact with the outer surface of the valve body including the outer surface of the plurality of lugs , and a second insulating layer made of a high density polymer, the second insulating layer comprising an inner surface being adapted to be in close physical contact with an entire outer surface of the first insulating layer , wherein the second insulating layer is provided as a cladding over the first insulating layer .
A system for delivering an agricultural formulation, having a container for holding the agricultural formulation, the container having a removal opening , a delivery unit , securely fastened in or to the container , for delivering the agricultural formulation located in the container through the removal opening , and a drive unit which, in order to drive the delivery unit , separately from the delivery unit , is coupled detachably to the delivery unit , wherein the drive unit has a hydraulic unit , which comprises a cylinder chamber , a piston that is movable back and forth in the cylinder chamber , and an outlet opening for a hydraulic fluid, and a hydraulic line which is coupled to the outlet opening and able to be coupled to the delivery unit , wherein the hydraulic fluid is water or rapidly biodegradable, the hydraulic unit has a further cylinder chamber , which is connected to at least one further hydraulic line , via which a further hydraulic fluid for moving the piston back and forth is able to be introduced into the further cylinder chamber , the piston is configured in two parts, the first piston part having a first hydraulic piston surface which bounds the cylinder chamber , and the second piston part having at least one further hydraulic piston surface on which a pressure is able to be exerted by means of the further hydraulic fluid, such that, by means of the further hydraulic fluid, the second piston part is movable in the further cylinder chamber .
A method of manufacturing a lithium aluminosilicate glass product comprising the following steps: a. melting a vitrifiable mixture of raw materials, b. refining the molten material, c. cooling said molten material so as to form a glass, d. forming of said glass, said method being characterized in that said vitrifiable mixture of raw materials comprises petalite having a fraction by weight of total iron, expressed as Fe 2 O 3 , less than or equal to 100ppm, preferably less than or equal to 50ppm. a. melting a vitrifiable mixture of raw materials, b. refining the molten material, c. cooling said molten material so as to form a glass, d. forming of said glass,
A method for obtaining ready-for-use plant products, comprising the steps of washing and superficially decontaminating the plant products, wherein, during the decontaminating step, the plant products are irradiated with UV-C rays in a treatment chamber , characterized in that the plant products are dried by an air flow coming out of a ventilation device while they are being irradiated with UV-C rays, the air flow being sent in the treatment chamber from the bottom upwards thereby causing the plant products to move with a turbulent motion in the treatment chamber .
A piezoelectric film utilization device comprising: a cavity ; a movable film formation layer that includes a movable film disposed on the cavity and defining a top surface portion of the cavity ; and a piezoelectric element that is formed to contact a surface of the movable film at an opposite side from the cavity and having a peripheral edge receded further toward an interior of the cavity than the movable film in plan view; and wherein the piezoelectric element includes a lower electrode formed on a surface of the movable film formation layer at the opposite side from the cavity , an upper electrode disposed at an opposite side from the movable film formation layer with respect to the lower electrode , and a piezoelectric film provided between the upper electrode and the lower electrode , the upper electrode has a thin portion at least at a portion of a peripheral edge portion, the upper electrode is composed of a lower layer formed on an upper surface of the piezoelectric element and an upper layer formed on an upper surface of the lower layer , the upper layer has an upper layer thin portion at least at a portion of a peripheral edge portion, the upper layer thin portion has a tapered upper surface with which a distance to an upper surface of the piezoelectric film decreases gradually toward the outside and characterized in that the film thickness of the lower layer is constant in all regions. a cavity ; a movable film formation layer that includes a movable film disposed on the cavity and defining a top surface portion of the cavity ; and a piezoelectric element that is formed to contact a surface of the movable film at an opposite side from the cavity and having a peripheral edge receded further toward an interior of the cavity than the movable film in plan view; and wherein the piezoelectric element includes a lower electrode formed on a surface of the movable film formation layer at the opposite side from the cavity , an upper electrode disposed at an opposite side from the movable film formation layer with respect to the lower electrode , and a piezoelectric film provided between the upper electrode and the lower electrode , the upper electrode has a thin portion at least at a portion of a peripheral edge portion, the upper electrode is composed of a lower layer formed on an upper surface of the piezoelectric element and an upper layer formed on an upper surface of the lower layer , the upper layer has an upper layer thin portion at least at a portion of a peripheral edge portion, the upper layer thin portion has a tapered upper surface with which a distance to an upper surface of the piezoelectric film decreases gradually toward the outside and characterized in that the film thickness of the lower layer is constant in all regions.
A combination of - a patient-specific bone implant having a patient-specific external morphology (17, 18, 5 19); and - a customized surgical guide for surgical instruments for placement on the patient-specific bone implant , said customized surgical guide comprising - one or more customized guiding elements ; - one or more customized surface structures extending over at least part of the patient-specific external morphology of the patient-specific bone implant ; and - optionally a connecting structure , connecting said customized guiding elements and said one or more surface structures ; wherein said customized surgical guide and said patient-specific bone implant engage by means of a unique fit, ensured by the congruency between said patient-specific external morphology and at least one of said one or more customized surface structures ; and wherein said one or more surface structures and/or the one or more customized guiding elements and/or the optional connecting structure is provided with one or more locking features which ensure a specific interlock of the customized surgical guide with the patient-specific bone implant . - a patient-specific bone implant having a patient-specific external morphology (17, 18, 5 19); and - a customized surgical guide for surgical instruments for placement on the patient-specific bone implant , said customized surgical guide comprising - one or more customized guiding elements ; - one or more customized surface structures extending over at least part of the patient-specific external morphology of the patient-specific bone implant ; and - optionally a connecting structure , connecting said customized guiding elements and said one or more surface structures ; wherein said customized surgical guide and said patient-specific bone implant engage by means of a unique fit, ensured by the congruency between said patient-specific external morphology and at least one of said one or more customized surface structures ; and wherein said one or more surface structures and/or the one or more customized guiding elements and/or the optional connecting structure is provided with one or more locking features which ensure a specific interlock of the customized surgical guide with the patient-specific bone implant . - one or more customized guiding elements ; - one or more customized surface structures extending over at least part of the patient-specific external morphology of the patient-specific bone implant ; and - optionally a connecting structure , connecting said customized guiding elements and said one or more surface structures ; wherein said customized surgical guide and said patient-specific bone implant engage by means of a unique fit, ensured by the congruency between said patient-specific external morphology and at least one of said one or more customized surface structures ; and wherein said one or more surface structures and/or the one or more customized guiding elements and/or the optional connecting structure is provided with one or more locking features which ensure a specific interlock of the customized surgical guide with the patient-specific bone implant .