mhurhangee/ep-ind-claims huggingface dataset:
Method of renovating the interior of a hollow structure, the method comprising providing an access opening to the hollow structure; providing a plurality of material sheets comprising reinforcing fibers and a curable thermosetting resin composition, wherein the curable thermosetting resin composition either comprises an unsaturated polyester and/or vinylester resin/hardener mixture, wherein the curable thermosetting resin composition of the material sheets comprises a thickening agent and the unsaturated polyester and/or vinylester resin composition is thickened before providing the material sheets against a wall of the hollow structure; or comprises epoxide moieties, wherein the thermosetting curable resin composition of the material sheets comprising the epoxide moieties is partially cured by being B-staged before providing the material sheets against a wall of the hollow structure; providing the plurality of material sheets through the access opening and against the wall of the hollow structure; providing an inflatable pressure means within the hollow of the structure; inflating the pressure means against the wall; providing a curing means within the hollow of the structure for curing the curable thermosetting resin composition; and curing the curable thermosetting resin composition to harden the material sheets and provide a renovated interior of the hollow structure. either comprises an unsaturated polyester and/or vinylester resin/hardener mixture, wherein the curable thermosetting resin composition of the material sheets comprises a thickening agent and the unsaturated polyester and/or vinylester resin composition is thickened before providing the material sheets against a wall of the hollow structure; or comprises epoxide moieties, wherein the thermosetting curable resin composition of the material sheets comprising the epoxide moieties is partially cured by being B-staged before providing the material sheets against a wall of the hollow structure;
An analyte meter for medical tests having a meter housing, a strip port mounted in an opening of the meter housing and configured to receive a measuring part of a test strip, and a sealing insert which is arranged within the strip port and provides an insertion path for the test strip, the sealing insert comprising a plurality of sealing elements which are arranged consecutively along the insertion path, wherein each of the sealing elements has a slit for the test strip to pass through, characterized in that the sealing elements each have a pair of bendable sealing lips which confine the slit on its long sides, each of the slits thereby forming a sealed aperture, such that when the test strip is inserted into the meter successive slits effectuate a multiple wipe-off of potential contaminant substances from the test strip surface.
A glass precursor sealing composition, e.g. in the form of a powder, comprising: 14-35 mol% Al 2 O 3; 31-52 mol% CaO; and 25-45 mol% SiO 2; said composition being free of B 2 O 3; wherein the composition has an MgO content of 1 mol% or less; and a ZnO content of 1 mol% or less. 14-35 mol% Al 2 O 3; 31-52 mol% CaO; and 25-45 mol% SiO 2; wherein the composition has an MgO content of 1 mol% or less; and a ZnO content of 1 mol% or less.
A lock, in particular a multi-lock, for a sliding wall for receiving different lock mechanisms, with a housing for receiving a lock mechanism, and with an interlocking element for interlocking the lock, wherein the interlocking element is movable between an interlocking position, in which the interlocking element protrudes at least partially from the housing, and an unlocking position, in which the interlocking element is at least partially slid into the housing, wherein the housing is configured such that at least one actuating element can be exchangeably disposed at the housing, so that the actuating element can be brought into operative connection with the interlocking element in order to actuate the interlocking element, characterized in that the housing is configured such that can be exchangeably disposed in and/or at the housing an actuating element in the shape of a lateral arresting device and an actuating element in the shape of a frontal arresting device, and an actuating element in the shape of a locking cylinder, in order to actuate the interlocking element.
A method for decomposing a polymer material by chemically decomposing a resin component composed of a first monomer being a phenolic compound and a second monomer being an aldehyde compound in a mixture of a polymer material containing said resin component with said first monomer to produce a chemical raw material which is a decomposition product of a resin component comprising monomers, oligomers or a mixture thereof, comprising: acquiring a relationship, as disclosed in the description, in advance between a proportion of the number of molecules of said second monomer to the number of molecules of said first monomer in a reaction system for decomposing said resin component and a number average molecular weight (Mn), which is obtained by gel permeation chromatography analysis excluding a peak of the first monomer, of said chemical raw material produced in said reaction system; determining an addition amount of said first monomer to be added to said polymer material based on said relationship; mixing said first monomer in said addition amount determined with said polymer material, wherein said first monomer in said addition amount determined is made into a supercritical state or subcritical state, and said first monomer in a mixture of said first monomer with said polymer material is made into a supercritical state or subcritical state; and reacting said first monomer with said resin component, wherein the decomposition reaction proceeds when the proportion of the number of molecules of the second monomer to the number of molecules of the first monomer becomes less than 1.0. acquiring a relationship, as disclosed in the description, in advance between a proportion of the number of molecules of said second monomer to the number of molecules of said first monomer in a reaction system for decomposing said resin component and a number average molecular weight (Mn), which is obtained by gel permeation chromatography analysis excluding a peak of the first monomer, of said chemical raw material produced in said reaction system; determining an addition amount of said first monomer to be added to said polymer material based on said relationship; mixing said first monomer in said addition amount determined with said polymer material, wherein said first monomer in said addition amount determined is made into a supercritical state or subcritical state, and said first monomer in a mixture of said first monomer with said polymer material is made into a supercritical state or subcritical state; and reacting said first monomer with said resin component, wherein the decomposition reaction proceeds when the proportion of the number of molecules of the second monomer to the number of molecules of the first monomer becomes less than 1.0.
A method for introducing one or more components to contents of microwells comprising: (a) introducing a first fluid into a fluidic channel comprising a ceiling, a first sidewall, and a bottom, wherein the bottom of the fluidic channel comprises a plurality of microwells, whereby the fluidic channel and each microwell of the plurality of microwells comprise the first fluid; (b) introducing a first displacement fluid into the fluidic channel to displace the first fluid from the fluidic channel at a first flow rate, wherein the first fluid and the first displacement fluid are immiscible; (c) co-injecting a second fluid and a second displacement fluid into the fluidic channel at a second flow rate, wherein the second fluid is immediately followed by the second displacement fluid, wherein the second fluid and the second displacement fluid are immiscible, wherein one or more components of the second fluid enters the content in the microwell when the second fluid comes into contact with the content in the microwell for a first duration, and wherein the second displacement fluid displaces the second fluid from the fluidic channel and/or seals the content of the microwell. (a) introducing a first fluid into a fluidic channel comprising a ceiling, a first sidewall, and a bottom, wherein the bottom of the fluidic channel comprises a plurality of microwells, whereby the fluidic channel and each microwell of the plurality of microwells comprise the first fluid; wherein the bottom of the fluidic channel comprises a plurality of microwells, whereby the fluidic channel and each microwell of the plurality of microwells comprise the first fluid; (b) introducing a first displacement fluid into the fluidic channel to displace the first fluid from the fluidic channel at a first flow rate, wherein the first fluid and the first displacement fluid are immiscible; (c) co-injecting a second fluid and a second displacement fluid into the fluidic channel at a second flow rate, wherein the second fluid is immediately followed by the second displacement fluid, wherein the second fluid and the second displacement fluid are immiscible, wherein one or more components of the second fluid enters the content in the microwell when the second fluid comes into contact with the content in the microwell for a first duration, and wherein the second displacement fluid displaces the second fluid from the fluidic channel and/or seals the content of the microwell. wherein the second fluid and the second displacement fluid are immiscible, wherein one or more components of the second fluid enters the content in the microwell when the second fluid comes into contact with the content in the microwell for a first duration, and wherein the second displacement fluid displaces the second fluid from the fluidic channel and/or seals the content of the microwell.
An optical system comprising, in order from an object side, a first lens unit having a negative refractive power and a second lens unit having a positive refractive power and comprising an aperture stop, the first lens unit and the second lens unit being configured to move along an optical axis when a magnification is varied from a shortest focal length to a longest focal length, a largest image height of the shortest focal length being different from that of the longest focal length, characterized in that the optical system satisfies the following conditional expressions: 1.80 ≤ Yt / Yw ≤ 2.5 3.55 ≤ bfw / f 1 ≤ 7, 0.4 ≤ SF 1 ≤ 1.0 SF 1 = r 1 − r 2 / r 1 + r 2, 1.75 ≤ nG 1 ≤ 2.00 where fw is the shortest focal length, ft is the longest focal length, f is an arbitrary focal length that satisfies fw≤f≤ft, θ is an angle between the optical axis and a principal ray of an off-axis light flux incident upon a lens surface closest to the object, Y is a formed image height of a ray incident at the angle θ, Yw is the largest image height at the shortest focal length, Yt is the largest image height at the longest focal length, f1 is a focal length of the first lens unit, bfw is a back focus at the shortest focal length, r1 is a radius of curvature on the object side of a negative meniscus lens of the first lens unit which is closest to the object, r2 is a radius of curvature of the negative meniscus lens on the image side, SF1 is a shape factor, and nG1 is a refractive index of a negative meniscus lens of the first lens unit which is closest to the object.
Front unit (2; 302) of a touring binding, the front unit (2; 302) comprising a bearing arrangement (4; 304) having a bearing element (6, 10; 362), the bearing element (6, 10; 362) being designed to hold a touring shoe on a counter-bearing portion of the touring shoe so as to be pivotable on the front unit (2; 302) about a transverse axis extending transversely to a longitudinal axis of the glide board, a release path being defined on the bearing arrangement (4; 304), along which path the counter-bearing portion of the touring shoe can exit the bearing arrangement (4; 304), the front unit (2; 302) further comprising a blocking portion (42; 376) which is designed to block the movement of the counter-bearing portion of the touring shoe along the release path (24; 400) when the front unit (2; 302) is in a blocked state, and allow the movement of the counter-bearing portion of the touring shoe along the release path (24; 400) when the front unit (2; 302) is in a neutral state, the blocking portion (42; 376) being designed to perform a rotational movement about a rotation axis of the blocking portion (42; 376) extending transversely to a longitudinal axis of the glide board during the transition from the neutral state into the blocking state, characterised in that the transverse axis, about which the touring shoe is pivoted, coincides with the rotational axis of the blockage portion.
A printer comprising: a main body defining a conveying passage of a print medium; a print unit having a print head provided in the main body to print predetermined information on the print medium by using an ink ribbon, and a platen roller provided to face the print head by interposing the print medium; and a sensor unit installed in the main body and provided with a sensor for detecting the print medium, the sensor unit being configured to move between a first position where the sensor detects the print medium and a second position farther than the first position from the print head; the ink ribbon being configured to pass through a gap between the print head and the sensor in the first position; and the ink ribbon being configured to be mounted in the second position; the sensor unit is pivotable with respect to a point provided in one end of a width direction of the print head, and the second position is set in a position pivoted upward with respect to the point from the first position, characterized in that the first position is set to face the print head downstream of the print head and the sensor detects the print medium downstream of the print head. a main body defining a conveying passage of a print medium; a print unit having a print head provided in the main body to print predetermined information on the print medium by using an ink ribbon, and a platen roller provided to face the print head by interposing the print medium; and a sensor unit installed in the main body and provided with a sensor for detecting the print medium, the sensor unit being configured to move between a first position where the sensor detects the print medium and a second position farther than the first position from the print head; the ink ribbon being configured to pass through a gap between the print head and the sensor in the first position; and the ink ribbon being configured to be mounted in the second position; the sensor unit is pivotable with respect to a point provided in one end of a width direction of the print head, and the second position is set in a position pivoted upward with respect to the point from the first position, characterized in that the first position is set to face the print head downstream of the print head and the sensor detects the print medium downstream of the print head.
A burner group for a cooking device comprising a burner body configured to generate flames from flammable gases being burned, for heating a cooking vessel placed thereon, the burner group further comprising - an inner mixing chamber for feeding an inner flame circle, configured to mix gas and ambient air, - at least one vertical injector for delivering gas to the inner mixing chamber, - a first outer mixing chamber and a second outer mixing chamber for feeding an outer flame circle, that are disposed on the burner body, and wherein gas and ambient air are mixed, - a first horizontal injector for delivering gas to the first outer mixing chamber, - a second horizontal injector for delivering gas to the first outer mixing chamber, - a burner head that is disposed on the burner body, for delivering flames to the base of a cooking vessel through holes arranged around the burner head and at least one burner cap that is disposed on the burner head, characterized in that the first horizontal injector and the second horizontal injector are oppositely arranged on the burner body, - a first Venturi channel for sending the gas delivered from the first horizontal injector to the first outer mixing chamber and a second Venturi channel for sending the gas delivered from the second horizontal injector to the second outer mixing chamber, wherein the first and second Venturi channels (13, 14) are oppositely arranged. - an inner mixing chamber for feeding an inner flame circle, configured to mix gas and ambient air, - at least one vertical injector for delivering gas to the inner mixing chamber, - a first outer mixing chamber and a second outer mixing chamber for feeding an outer flame circle, that are disposed on the burner body, and wherein gas and ambient air are mixed, - a first horizontal injector for delivering gas to the first outer mixing chamber, - a second horizontal injector for delivering gas to the first outer mixing chamber, - a burner head that is disposed on the burner body, for delivering flames to the base of a cooking vessel through holes arranged around the burner head and at least one burner cap that is disposed on the burner head, - a first Venturi channel for sending the gas delivered from the first horizontal injector to the first outer mixing chamber and a second Venturi channel for sending the gas delivered from the second horizontal injector to the second outer mixing chamber, wherein the first and second Venturi channels (13, 14) are oppositely arranged.
A cardiac pacing device, comprising: means for delivering cardiac pacing pulses to a chamber of a patient's heart at a first pulse amplitude in a demand pacing mode; means for measuring a first series of intervals between successive events of the chamber, wherein the events include at least one of sensed and paced events; means for determining whether the first measured series of intervals meets a stability criterion; means responsive to the first measured series of intervals failing to meet the stability criterion, for determining whether the first measured series of intervals includes an interval between a delivered pacing pulse and a sensed event that is less than a defined duration; means for delivering cardiac pacing pulses to the chamber of a patient's heart at a second pulse amplitude in a demand pacing mode in response to the interval between the delivered pacing pulse and the sensed event being less than the defined duration; means for measuring a second series of intervals between successive events of the chamber, wherein the events include at least one of sensed and paced events; means for determining whether the second measured series of intervals meets the stability criterion. means for delivering cardiac pacing pulses to a chamber of a patient's heart at a first pulse amplitude in a demand pacing mode; means for measuring a first series of intervals between successive events of the chamber, wherein the events include at least one of sensed and paced events; means for determining whether the first measured series of intervals meets a stability criterion; means responsive to the first measured series of intervals failing to meet the stability criterion, for determining whether the first measured series of intervals includes an interval between a delivered pacing pulse and a sensed event that is less than a defined duration; means for delivering cardiac pacing pulses to the chamber of a patient's heart at a second pulse amplitude in a demand pacing mode in response to the interval between the delivered pacing pulse and the sensed event being less than the defined duration; means for measuring a second series of intervals between successive events of the chamber, wherein the events include at least one of sensed and paced events; means for determining whether the second measured series of intervals meets the stability criterion.
A releasable wheel assembly comprising: a bracket including a plurality of bosses, each boss including a hole; an axle passing through the hole of each boss, the axle including first and second circumferential grooves adjacent to respective end of the axle; a first pair of wheels on the axle, the axle extending through a hub on each wheel; a pair of spacers, a first spacer of the pair of spacers disposed between a first wheel of the pair of wheels and a first boss of the plurality of bosses, a second spacer of the pair of spacers disposed between a second wheel of the pair of wheels and a second boss of the plurality of bosses, a third boss of the plurality of bosses disposed between the first boss and the second boss, and the axle extending through each wheel of the pair of wheels and extending through each spacer of the pair of spacers; and a pair of locking caps, a locking cap of the pair of locking caps configured to fit over a respective end of the axle, respective locking caps comprising a clip for engaging the axle at a circumferential groove to prevent movement of the locking cap along the axle, characterized in that said bracket is "L"-shaped having a horizontal surface and a vertical surface adapted to engage a corner of a case or storage unit through fasteners which permanently attach the horizontal surface and the vertical surface of the bracket to the case or storage unit, thereby allowing the axle, the wheels, the spacers and the locking caps to be separated from the bracket that remains permanently engaged on the corner of the case or storage unit. a bracket including a plurality of bosses, each boss including a hole; an axle passing through the hole of each boss, the axle including first and second circumferential grooves adjacent to respective end of the axle; a first pair of wheels on the axle, the axle extending through a hub on each wheel; a pair of spacers, a first spacer of the pair of spacers disposed between a first wheel of the pair of wheels and a first boss of the plurality of bosses, a second spacer of the pair of spacers disposed between a second wheel of the pair of wheels and a second boss of the plurality of bosses, a third boss of the plurality of bosses disposed between the first boss and the second boss, and the axle extending through each wheel of the pair of wheels and extending through each spacer of the pair of spacers; and a pair of locking caps, a locking cap of the pair of locking caps configured to fit over a respective end of the axle, respective locking caps comprising a clip for engaging the axle at a circumferential groove to prevent movement of the locking cap along the axle, characterized in that said bracket is "L"-shaped having a horizontal surface and a vertical surface adapted to engage a corner of a case or storage unit through fasteners which permanently attach the horizontal surface and the vertical surface of the bracket to the case or storage unit, thereby allowing the axle, the wheels, the spacers and the locking caps to be separated from the bracket that remains permanently engaged on the corner of the case or storage unit.