mhurhangee/ep-ind-claims huggingface dataset:
Sewing unit - with a sewing machine for sewing an additional sewn material part to a base sewn material part, - with a sewn material support plate, - with a sewn material clamp with two clamp sections (9a, 9b) for holding down sewn material, each on one side of a seam to be produced, against the sewn material support plate, - with at least one distance setting means (88; 97) for setting a distance between the clamp sections (9a, 9b) transverse to a sewing direction, - whereby the distance setting means (88; 97) acts upon a threaded setting spindle. - with a sewing machine for sewing an additional sewn material part to a base sewn material part, - with a sewn material support plate, - with a sewn material clamp with two clamp sections (9a, 9b) for holding down sewn material, each on one side of a seam to be produced, against the sewn material support plate, - with at least one distance setting means (88; 97) for setting a distance between the clamp sections (9a, 9b) transverse to a sewing direction, - whereby the distance setting means (88; 97) acts upon a threaded setting spindle.
A pipette tip coupling device for coupling a pipette tip to a pipette device, characterized in that the pipette tip coupling device comprises: a shank having a proximal end face; a coupler body having a proximal coupler end surface; wherein the coupler body is distal to the shank, and wherein at least a portion of the coupler body has a diameter greater than the widest diameter of the shank; a distal stem portion; a distal end plate; an open-ended interior circumscribing surface forming an open passageway extending longitudinally from the proximal end face through the distal end plate; a proximal elastomeric element disposed around the shank and adjacent to the proximal coupler end surface; and a distal elastomeric element disposed around the distal stem portion and adjacent to the distal end plate; characterized in that an annular wedge movably circumscribes the shank, the annular wedge comprising: a proximal wedge surface having a first wedge circumference; a distal wedge surface having a second wedge circumference less than the first wedge circumference; an exterior surface, wherein the exterior surface connects the proximal wedge surface with the distal wedge surface; and wherein the exterior surface of the annular wedge abuts the proximal elastomeric element. a shank having a proximal end face; a coupler body having a proximal coupler end surface; wherein the coupler body is distal to the shank, and wherein at least a portion of the coupler body has a diameter greater than the widest diameter of the shank; a distal stem portion; a distal end plate; an open-ended interior circumscribing surface forming an open passageway extending longitudinally from the proximal end face through the distal end plate; a proximal elastomeric element disposed around the shank and adjacent to the proximal coupler end surface; and a distal elastomeric element disposed around the distal stem portion and adjacent to the distal end plate; characterized in that an annular wedge movably circumscribes the shank, the annular wedge comprising: a proximal wedge surface having a first wedge circumference; a distal wedge surface having a second wedge circumference less than the first wedge circumference; an exterior surface, wherein the exterior surface connects the proximal wedge surface with the distal wedge surface; and wherein the exterior surface of the annular wedge abuts the proximal elastomeric element. a proximal wedge surface having a first wedge circumference; a distal wedge surface having a second wedge circumference less than the first wedge circumference; an exterior surface, wherein the exterior surface connects the proximal wedge surface with the distal wedge surface; and wherein the exterior surface of the annular wedge abuts the proximal elastomeric element.
A flow meter to be used in a hole drilled in the bedrock in order to measure stream flows in bedrock fractures which are transversal to the hole, the flow meter comprising an elongated body having a cross-section which is substantially smaller than the diameter of the hole; separating members placed at a distance from each other in the longitudinal direction of the hole for separating the examined section from the other parts of the hole in a substantially pressure-tight manner; dividing members for dividing the examined section into two sectors in the longitudinal direction of the hole; and a flow channel extending through the body and equipped with a flow sensor for measuring the direction and rate of the flow between the sectors, wherein the dividing members are formed of thin and elastic sealing strips which have been fixed to the body and, being substantially perpendicular to the surface of the body, arranged to surround and delimit the sectors, characterized in that the sealing strip comprises two straight dividing walls in the longitudinal direction of the body, and ring-shaped end walls connecting them together at the ends.
A hand tool comprising: first and second handles (20, 30) defining respective distal (21, 31) and proximal (22, 32) ends; first and second jaws (25, 35) slidably connected to the first and second handles (20, 30) and configured to translate between a retracted position and an extended position, wherein the first and second jaws (25, 35) are disposed forward of the proximal end (22, 32) of the first and second handles (20, 30) in the extended position, wherein the first and second jaws (25, 35) are disposed within the first and second handles (20, 30) in the retracted position; characterized by a locking member configured to translate with the first and second jaws (25, 35) within a slot defined in an external surface of at least one of the first or second handles (20, 30) that faces outwardly relative to the hand tool, wherein the locking member is configured to rotate within the slot to a locked position to prevent translation of the first and second jaws (25, 35). first and second handles (20, 30) defining respective distal (21, 31) and proximal (22, 32) ends; first and second jaws (25, 35) slidably connected to the first and second handles (20, 30) and configured to translate between a retracted position and an extended position, wherein the first and second jaws (25, 35) are disposed forward of the proximal end (22, 32) of the first and second handles (20, 30) in the extended position, wherein the first and second jaws (25, 35) are disposed within the first and second handles (20, 30) in the retracted position; characterized by a locking member configured to translate with the first and second jaws (25, 35) within a slot defined in an external surface of at least one of the first or second handles (20, 30) that faces outwardly relative to the hand tool, wherein the locking member is configured to rotate within the slot to a locked position to prevent translation of the first and second jaws (25, 35).
A method for detecting a protein in a biological test sample, the method comprising the steps of: (i) providing an electrochemical sensor, the electrochemical sensor comprising: a working electrode having an electrically conductive matrix holding a first reagent and a second reagent, the second reagent being an oxidising agent or a precursor thereof for the first reagent; a counter electrode and optionally a reference electrode; wherein a reaction between the first reagent and the oxidising agent is catalysable by the protein to provide a detectable signal at the working electrode; and the electrically conductive matrix is an electrically conductive carbon- or graphite-containing matrix; (ii) providing a biological test sample; (iii) making the first reagent and the second reagent available for reaction in the presence of the test sample; (iv) maintaining a potential across the working electrode and the counter electrode and/or the reference electrode, where present; and (v) measuring the current passing between the working electrode and the counter and/or reference electrode where present. (i) providing an electrochemical sensor, the electrochemical sensor comprising: a working electrode having an electrically conductive matrix holding a first reagent and a second reagent, the second reagent being an oxidising agent or a precursor thereof for the first reagent; a counter electrode and optionally a reference electrode; wherein a reaction between the first reagent and the oxidising agent is catalysable by the protein to provide a detectable signal at the working electrode; and the electrically conductive matrix is an electrically conductive carbon- or graphite-containing matrix; a working electrode having an electrically conductive matrix holding a first reagent and a second reagent, the second reagent being an oxidising agent or a precursor thereof for the first reagent; a counter electrode and optionally a reference electrode; wherein a reaction between the first reagent and the oxidising agent is catalysable by the protein to provide a detectable signal at the working electrode; and the electrically conductive matrix is an electrically conductive carbon- or graphite-containing matrix; (ii) providing a biological test sample; (iii) making the first reagent and the second reagent available for reaction in the presence of the test sample; (iv) maintaining a potential across the working electrode and the counter electrode and/or the reference electrode, where present; and (v) measuring the current passing between the working electrode and the counter and/or reference electrode where present.
Device for separating a fed endless strand of a product of the tobacco processing industry into single rods, comprising - a rotatably drivable knife carrier comprising at least one radially outward-protruding knife which cuts through the strand, and - a tube wheel assembly with a rotatably drivable tube wheel comprising at least one guide member which is slotted transversely to the longitudinal direction of the strand and in the form of an outer support bearing supports the endless strand during the revolving rotational movement of the tube wheel when traversing a circular arc portion counter the respective knife cutting through the strand, wherein - the device comprises at least one clamping device which upon activation moves the tube wheel assembly from a predetermined fixed position to a mounting position and vice versa, characterized in that - the tube wheel assembly in the mounting position is pre-aligned by a guide surface and/or a centering surface and, during the displacing movement to the predetermined fixed position, can be moved to the predetermined fixed position by being guided along the guide surface and/or centering surface, and - the tube wheel assembly includes a drive shaft, and the displacing movement from the predetermined fixed position to the mounting positon and vice versa is oriented parallel to the axis of the drive shaft. - a rotatably drivable knife carrier comprising at least one radially outward-protruding knife which cuts through the strand, and - a tube wheel assembly with a rotatably drivable tube wheel comprising at least one guide member which is slotted transversely to the longitudinal direction of the strand and in the form of an outer support bearing supports the endless strand during the revolving rotational movement of the tube wheel when traversing a circular arc portion counter the respective knife cutting through the strand, wherein - the device comprises at least one clamping device which upon activation moves the tube wheel assembly from a predetermined fixed position to a mounting position and vice versa, - the tube wheel assembly in the mounting position is pre-aligned by a guide surface and/or a centering surface and, during the displacing movement to the predetermined fixed position, can be moved to the predetermined fixed position by being guided along the guide surface and/or centering surface, and - the tube wheel assembly includes a drive shaft, and the displacing movement from the predetermined fixed position to the mounting positon and vice versa is oriented parallel to the axis of the drive shaft.
A method for performing photocatalytic oxidation reaction, the method comprises: guiding an air flow into a PCO reactor, which PCO reactor contains photocatalyst for the PCO reaction; obtaining the humidity of the photocatalyst using a hygrometer; splitting the air flow into a first stream and a second stream, wherein quantity of the first stream being less than quantity of the second stream; controlling the humidity of the first stream according to the obtained humidity of the photocatalyst; adjusting the humidity of the photocatalyst by guiding the first stream to the photocatalyst; guiding the second stream through the photocatalyst; and illuminating the photocatalyst with light. guiding an air flow into a PCO reactor, which PCO reactor contains photocatalyst for the PCO reaction; obtaining the humidity of the photocatalyst using a hygrometer; splitting the air flow into a first stream and a second stream, wherein quantity of the first stream being less than quantity of the second stream; controlling the humidity of the first stream according to the obtained humidity of the photocatalyst; adjusting the humidity of the photocatalyst by guiding the first stream to the photocatalyst; guiding the second stream through the photocatalyst; and illuminating the photocatalyst with light.
An ink composition for an inkjet, comprising: titanium dioxide having an average primary particle diameter of 200 nm or more, wherein said average primary particle diameter is obtained as an arithmetic average value calculated from a circle equivalent diameter; a water-soluble resin; self-dispersing resin particles having an average particle diameter of 30 nm or less, wherein said average particle diameter is obtained by measuring a volume average particle diameter according to a dynamic light scattering method; and water wherein a resin included in the self-dispersing resin particles includes at least one of a structural unit having a benzyl group or a structural unit having a phenoxy group, as a structural unit having an aromatic group. titanium dioxide having an average primary particle diameter of 200 nm or more, wherein said average primary particle diameter is obtained as an arithmetic average value calculated from a circle equivalent diameter; a water-soluble resin; self-dispersing resin particles having an average particle diameter of 30 nm or less, wherein said average particle diameter is obtained by measuring a volume average particle diameter according to a dynamic light scattering method; and water wherein a resin included in the self-dispersing resin particles includes at least one of a structural unit having a benzyl group or a structural unit having a phenoxy group, as a structural unit having an aromatic group.
A vehicle body front portion structure comprising: a front side member that is disposed, with a longitudinal direction thereof being in a vehicle longitudinal direction, at a vehicle transverse direction outer side portion of a vehicle body front portion; a bumper reinforcement that is disposed, with a longitudinal direction thereof being in a vehicle transverse direction, at a vehicle front side of the front side member, and that is supported via a supporting member at a front end portion of the front side member; a plate portion whose plate thickness direction is in the vehicle longitudinal direction, and that extends toward a vehicle transverse direction outer side from the front end portion of the front side member; and a reinforcing member that is disposed at a vehicle rear side of the plate portion, and that, together with the plate portion, forms a closed cross-section as seen in a plan cross-section, wherein the plate portion projects out further toward a vehicle transverse direction outer side than the bumper reinforcement. a front side member that is disposed, with a longitudinal direction thereof being in a vehicle longitudinal direction, at a vehicle transverse direction outer side portion of a vehicle body front portion; a bumper reinforcement that is disposed, with a longitudinal direction thereof being in a vehicle transverse direction, at a vehicle front side of the front side member, and that is supported via a supporting member at a front end portion of the front side member; a plate portion whose plate thickness direction is in the vehicle longitudinal direction, and that extends toward a vehicle transverse direction outer side from the front end portion of the front side member; and a reinforcing member that is disposed at a vehicle rear side of the plate portion, and that, together with the plate portion, forms a closed cross-section as seen in a plan cross-section, wherein the plate portion projects out further toward a vehicle transverse direction outer side than the bumper reinforcement.
A method of controlling a 3n-phase electrical machine by means of n power converters (3a, 3b) each being controlled by a respective controller (C1,...Cn), wherein n is an integer equal to or greater than 2, and each power converter (3a, 3b) being configured to power a respective set of three phases of the electrical machine, wherein the method for each controller (C1,...Cn) comprises: a) obtaining measured currents (ia,1, ib,1, ic,1, ia,2, ib,2, ic,2) of the set of three phases of the electrical machine controlled by the respective controller (C1,...Cn), characterized in that the method for each controller further comprises: b) estimating all currents ( îdq, 2, îdq, 1) of all the other sets of three phases of the electrical machine, which are controlled by the other controllers (C1,...Cn), c) transforming the measured currents (ia,1, ib,1, ic,1, ia,2, ib,2, ic,2) and all the estimated currents ( îdq, 2, îdq, 1) using vector space decomposition, VSD, to obtain a set of VSD currents, and d) controlling the corresponding power converter (3a, 3b) based on the VSD currents. a) obtaining measured currents (ia,1, ib,1, ic,1, ia,2, ib,2, ic,2) of the set of three phases of the electrical machine controlled by the respective controller (C1,...Cn), b) estimating all currents ( îdq, 2, îdq, 1) of all the other sets of three phases of the electrical machine, which are controlled by the other controllers (C1,...Cn), c) transforming the measured currents (ia,1, ib,1, ic,1, ia,2, ib,2, ic,2) and all the estimated currents ( îdq, 2, îdq, 1) using vector space decomposition, VSD, to obtain a set of VSD currents, and d) controlling the corresponding power converter (3a, 3b) based on the VSD currents.
A screen unit for removing foreign matter from material, comprising: a cartridge including a cylindrical cartridge body and a cartridge bottom which closes an opening at a tip end side of the cartridge body; and a cylindrical screen pack capable of externally fitting from the tip end side to the cartridge body and capable of filtering the material, wherein the cartridge body includes a hole-formed portion having a plurality of through holes through which the material filtered by the screen pack is allowed to pass, and a contacted outer surface which is provided closer to a base end side than to the hole-formed portion and inclined so as to expand radially outwardly with decreasing distance to the base end, and the screen pack has a contacting inner surface which closely contacts the outer surface of the cartridge when being pressed from the tip end side toward the base end with the hole-formed portion covered from outside, wherein the screen pack includes a screen pack body capable of externally fitting to the cartridge body, and a screen pack bottom which closes an opening at a tip end side of the screen pack body, characterized by further comprising a pressing mechanism for pressing the screen pack from the tip end side toward the base end with respect to the cartridge wherein said pressing mechanism includes a bolt member and a nut member, which are capable of screwing each other so as to generate a force in a direction to press the screen pack bottom toward the base end with respect to the cartridge bottom. a cartridge including a cylindrical cartridge body and a cartridge bottom which closes an opening at a tip end side of the cartridge body; and a cylindrical screen pack capable of externally fitting from the tip end side to the cartridge body and capable of filtering the material, wherein the cartridge body includes a hole-formed portion having a plurality of through holes through which the material filtered by the screen pack is allowed to pass, and a contacted outer surface which is provided closer to a base end side than to the hole-formed portion and inclined so as to expand radially outwardly with decreasing distance to the base end, and the screen pack has a contacting inner surface which closely contacts the outer surface of the cartridge when being pressed from the tip end side toward the base end with the hole-formed portion covered from outside, wherein the screen pack includes a screen pack body capable of externally fitting to the cartridge body, and a screen pack bottom which closes an opening at a tip end side of the screen pack body, characterized by further comprising a pressing mechanism for pressing the screen pack from the tip end side toward the base end with respect to the cartridge wherein said pressing mechanism includes a bolt member and a nut member, which are capable of screwing each other so as to generate a force in a direction to press the screen pack bottom toward the base end with respect to the cartridge bottom.
Method for synthesizing 4-hydroxy-3,5-diiodobenzyl alcohol, characterized in that it comprises the synthesis, in just one step, of 4-hydroxy-3,5-diiodo-benzyl alcohol of formula 1 from 4-hydroxybenzylalcohol, in aqueous solution having an initial pH of at least 7, containing at least 2 equivalents of iodizing agent, in particular iodine or diiodide.
A method for manufacturing ceramic slabs comprising the steps of: - realising a soft coat of ceramic powder on a support surface, - pressing said soft coat of ceramic powder so as to obtain a compact slab of pressed ceramic powder, wherein the realisation of the soft coat of ceramic powder comprises the steps of: - forming a first layer of ceramic powder on the support surface, - distributing at least one ceramic dye on said first layer of ceramic powder, further characterized by - forming at least one second layer of ceramic powder on said first layer of ceramic powder, and - distributing at least one ceramic dye on said second layer of ceramic powder. - realising a soft coat of ceramic powder on a support surface, - pressing said soft coat of ceramic powder so as to obtain a compact slab of pressed ceramic powder, - forming a first layer of ceramic powder on the support surface, - distributing at least one ceramic dye on said first layer of ceramic powder, further characterized by - forming at least one second layer of ceramic powder on said first layer of ceramic powder, and - distributing at least one ceramic dye on said second layer of ceramic powder.