mhurhangee/patent-ind-claim-en huggingface dataset:
A method of determining the eyesight of a user, in which the user, within the framework of a plurality of individual test procedures carried out one after the other in the sense of a series of tests in each case within the framework of an individual test procedure, two spaced-apart outer marks which are stationary within an individual test procedure and an alignment mark which lies between the outer marks but not on a connecting straight line of the outer marks are displayed on a display of an electronic device , and the user is requested by actuation of the electronic device to displace the alignment mark on the display so far perpendicularly to the connecting straight line of the outer marks until, as perceived by the user, the alignment mark lies on the connecting straight line , and subsequently, after displacement of the alignment mark by the user, the electronic device registers at least one of the following parameters: the effective distance of the alignment mark from the connecting straight line after displacement of the alignment mark by the user; the time required by the user for displacement of the alignment mark ; the number of changes of direction during displacement of the alignment mark by the user, wherein at least two or at least three such individual test procedures are carried out, in which the external marks are arranged along the same main axis (8-11) or predetermined additional axes, and wherein at least two different main axes are measured in the course of the test series, and wherein the at least one registered parameter or, in the case of measurement of several parameters, a combination of the registered parameters, is used as a measure for determining the visual acuity from the individual test procedures of the test series, characterised in that in the context of the test series, at least two of the test operations are carried out along the vertical main axis of the display and two test operations are carried out along the horizontal main axis of the display , and in each case at least two of the test operations are carried out along at least one of the two diagonal main axes and in that the test operations along the same main axis are each started with a different offset of the alignment mark along the connecting straight line .
Limit position detection device for use in actuation units of the type equipped with an actuating member movable along an axis (A) between a first operative limit position and a second, non-operative limit position, within a body of an actuation unit , the device comprising a hollow body inside of which electronic processing means are housed for processing signals detected by at least one sensing element , the at least one sensing element of the inductive type electrically connected to the electronic processing means, wherein the at least one sensing element defines a sensing area inside of which the sensing element is able to detect at least the partial presence of at least one triggering component moved due to a translational motion of the actuating member , characterized in that the at least one sensing element comprises at least one first measuring coil-on-chip positioned such as to detect the presence of the at least one triggering component within the sensing area and provide a corresponding first measurement, and at least one second reference coil-on-chip positioned in such a way as not to detect the presence of the at least one triggering component within the sensing area and provide a corresponding second measurement for calculating a differential measurement signal with respect to the first measurement.
A container for cryopreserved biological samples, the container comprising: an insulated housing comprising a cavity for containing at least one cryopreserved biological sample ; and a sealed reservoir at least partly surrounding the cavity of the housing, the sealed reservoir comprising liquified gas , the sealed reservoir further comprising an inlet valve for filling the sealed reservoir with gas or liquified gas, the container further comprising a heat transfer engine for condensing gas in the sealed reservoir to provide liquified gas, or cooling the liquified gas in the sealed reservoir ; and an airflow mechanism, wherein the valve is couplable to the airflow mechanism to enable gas to flow into the sealed reservoir and to enable evaporated gas to flow out of the sealed reservoir and wherein the airflow mechanism comprises a chamber containing an oxygen scavenger and/or a chamber containing a desiccant, the chamber(s) being located between a gas inlet and the inlet valve . an insulated housing comprising a cavity for containing at least one cryopreserved biological sample ; and a sealed reservoir at least partly surrounding the cavity of the housing, the sealed reservoir comprising liquified gas , the sealed reservoir further comprising an inlet valve for filling the sealed reservoir with gas or liquified gas, the container further comprising a heat transfer engine for condensing gas in the sealed reservoir to provide liquified gas, or cooling the liquified gas in the sealed reservoir ; and an airflow mechanism, wherein the valve is couplable to the airflow mechanism to enable gas to flow into the sealed reservoir and to enable evaporated gas to flow out of the sealed reservoir and wherein the airflow mechanism comprises a chamber containing an oxygen scavenger and/or a chamber containing a desiccant, the chamber(s) being located between a gas inlet and the inlet valve .
A support structure, configured to be welded to a vehicle body part , comprising: - a support body , preferentially provided with a mounting means for attaching a technical element; - a welding part , arranged at a periphery of the support body , characterized in that , the welding part includes: • a plurality of buffer apertures spaced apart from each other, • a plurality of crisscross ribs , each crisscross rib being disconnected from each other and arranged between two adjacent buffer apertures , wherein a solder joint between the support structure and the vehicle body part is located on the crisscross rib . - a support body , preferentially provided with a mounting means for attaching a technical element; - a welding part , arranged at a periphery of the support body , characterized in that , the welding part includes: • a plurality of buffer apertures spaced apart from each other, • a plurality of crisscross ribs , each crisscross rib being disconnected from each other and arranged between two adjacent buffer apertures , wherein a solder joint between the support structure and the vehicle body part is located on the crisscross rib . characterized in that , the welding part includes: • a plurality of buffer apertures spaced apart from each other, • a plurality of crisscross ribs , each crisscross rib being disconnected from each other and arranged between two adjacent buffer apertures , • a plurality of buffer apertures spaced apart from each other, • a plurality of crisscross ribs , each crisscross rib being disconnected from each other and arranged between two adjacent buffer apertures , wherein a solder joint between the support structure and the vehicle body part is located on the crisscross rib .
A method for removing deposits and impurities from the secondary side of a heat exchanger comprising the steps of: removing a volume of working fluid from the secondary side of the heat exchanger sufficient to expose an access penetration; installing a temporary adapter in the exposed access penetration, the adapter being configured for direct steam injection; introducing a volume of water into the secondary side of the heat exchanger ; introducing a predetermined quantity of a chemical cleaning reagent into the water to form a cleaning solution on the secondary side of the heat exchanger , the chemical cleaning reagent selected from a group consisting of chelants, complexing agents, reducing agents and mixtures thereof; injecting steam through the temporary adapter and into the secondary side of the heat exchanger to heat the heat exchanger and residual fluid to a target cleaning temperature range; and characterized by the step of: maintaining the heat exchanger and the residual fluid within the cleaning target temperature range during a cleaning period using the injected steam by controlling a flow rate of the injected steam. removing a volume of working fluid from the secondary side of the heat exchanger sufficient to expose an access penetration; installing a temporary adapter in the exposed access penetration, the adapter being configured for direct steam injection; introducing a volume of water into the secondary side of the heat exchanger ; introducing a predetermined quantity of a chemical cleaning reagent into the water to form a cleaning solution on the secondary side of the heat exchanger , the chemical cleaning reagent selected from a group consisting of chelants, complexing agents, reducing agents and mixtures thereof; injecting steam through the temporary adapter and into the secondary side of the heat exchanger to heat the heat exchanger and residual fluid to a target cleaning temperature range; and characterized by the step of: maintaining the heat exchanger and the residual fluid within the cleaning target temperature range during a cleaning period using the injected steam by controlling a flow rate of the injected steam.
A paddle assembly (1; 11; 31; 51; 71; 91) comprising a paddle (2; 12; 32; 52; 72; 92), said paddle (2; 12; 32; 52; 72; 92) comprising a handle (4; 14; 34; 54; 74; 94), at one end of which a fixed blade (5; 15; 95) is attached and at the opposite end of which a grip member is attached, wherein the paddle assembly (1; 11; 31; 51; 71; 91) further comprises a removable blade (3; 13; 53; 85; 93) and attachment means configured to removably attach the removable blade (3; 13; 53; 85; 93) to the paddle (2; 12; 32; 52; 72; 92) on the end of the handle (4; 14; 34; 54; 74; 94) on the grip member side, such that the paddle assembly (1; 11; 31; 51; 71; 91) is able to adopt a first double-paddle configuration when the removable blade (3; 13; 53; 85; 93) is attached to the end of the handle (4; 14; 34; 54; 74; 94) on the grip member side, characterized in that the attachment means are also configured to removably attach the removable blade (3; 13; 53; 85; 93) to the end of the handle (4; 14; 34; 54; 74; 94) on the fixed blade (5; 15; 95) side, such that the paddle assembly (1; 11; 31; 51; 71; 91) is able to adopt a second single-paddle configuration when the removable blade (3; 13; 53; 85; 93) is attached to the end of the handle (4; 14; 34; 54; 74) on the fixed blade (5; 15; 95) side against the fixed blade (5; 15; 95), and in that , in the second configuration, the lower surface of the removable blade (3; 13; 53; 85; 93) is located against the upper surface of the fixed blade (5; 15; 95) whose shape matches therewith or the upper surface of the removable blade (3; 13; 53; 85; 93) is located against the lower surface of the fixed blade (5; 15; 95) whose shape matches therewith.
A tertiary amine compound expressed by the Formula (I): (R'-OC(O)N-) a A(-NC(O)OR) b (I) where a is 1-6 and b is 0-5; R' is a bicyclic tertiary amine; A is chosen from a C2-C35 hydrocarbon optionally comprising a halogen, an ether group, a tertiary amine or a combination thereof; C2-C35 hydrocarbon unit may contain aliphatic, cyclic, saturated, unsaturated and aromatic residues; and R is chosen from a C1-C35 hydrocarbon optionally containing an aliphatic, cyclic, saturated, unsaturated and aromatic residue, an ether group, a halogen group, a tertiary amine group, a bicyclic tertiary amine group (R'), or a combination of two or more thereof. where a is 1-6 and b is 0-5; R' is a bicyclic tertiary amine; A is chosen from a C2-C35 hydrocarbon optionally comprising a halogen, an ether group, a tertiary amine or a combination thereof; C2-C35 hydrocarbon unit may contain aliphatic, cyclic, saturated, unsaturated and aromatic residues; and R is chosen from a C1-C35 hydrocarbon optionally containing an aliphatic, cyclic, saturated, unsaturated and aromatic residue, an ether group, a halogen group, a tertiary amine group, a bicyclic tertiary amine group (R'), or a combination of two or more thereof.
An iron-based powder composition comprising a minor amount of a machinability enhancing additive said additive comprising at least one synthetic titanate compound in powder form, the titanate compound being according to the following formula; MxO*nTiO2, wherein x can be 1 or 2 and n is a number from at least 1 and below 20, preferably below 10. M is an alkali metal such as Li, Na, K or an alkaline earth metal such as Mg, Ca, Ba, or combinations thereof; wherein the content of machinability enhancing additive is between 0.1 and 0.3% by weight; wherein the particle size of the titanate compound expressed as X95 , as measured according to SS-ISO 13320-1, is below 20μm, such as below 15μm or below 10μm.
Mould segment for a green tyre with at least one clearance in the mould segment , wherein the at least one clearance has a first region and a second region , wherein the first region has a shape of a segment of a cylinder and the second region has a shape of a polyhedron, wherein the first region lies between the mould segment and the second region , wherein a first surface of the first region , which is oriented towards the mould segment , is at a maximum distance H from a boundary surface of the second region , wherein the boundary surface of the second region is oriented towards the first region , and wherein the first surface of the first region is convexly shaped and the curvature of the first surface of the first region follows a first arc of a circle, characterized in that the radius R of the first arc of a circle is formed in dependence on a width W of the second region , wherein the radius R of the first arc of a circle is formed in dependence on a pressure factor CPF, and wherein the amount r of the radius R, the amount w of the width W of the second region and the pressure factor CPF satisfy a first equation: CPF = 10 000/(r · w), wherein the pressure factor CPF assumes a value of 2 to 9 and preferably 4 to 7 when there is a width W of 20 mm and/or the pressure factor CPF assumes a value of 1 to 4.5 and preferably 2 to 3.5 when there is a width W of 25 mm and/or the pressure factor CPF assumes a value of 0.5 to 3 and preferably 1.5 to 2 when there is a width W of 30 mm and/or the pressure factor CPF assumes a value of 0.25 to 1.5 and preferably 0.75 to 1 when there is a width W of 35 mm.
A method of manufacturing a plurality of silicon microneedles which have a bevelled tip, the method comprising the steps of: providing a silicon substrate having a front face and a rear face; forming a first mask arrangement on the front face of the substrate, the first mask arrangement defining one or more gaps ; performing a SF 6 based plasma etch of the front face through the gaps in the first mask arrangement to provide one or more etch features having a sloping face, wherein the SF 6 based plasma etch undercuts the first mask arrangement with an undercut that is at least 10% of the depth of a corresponding etch feature; forming a second mask arrangement on the etch features to define locations of the microneedles, in which the second mask arrangement is located entirely on sloping faces of the etch features ; and performing a DRIE (deep reactive ion etch) anisotropic plasma etch of the etched front face of the substrate to form a plurality of microneedles which have a bevelled tip, wherein the sloping faces of the etch features at least in part give rise to the bevelled tips of the microneedles. providing a silicon substrate having a front face and a rear face; forming a first mask arrangement on the front face of the substrate, the first mask arrangement defining one or more gaps ; performing a SF 6 based plasma etch of the front face through the gaps in the first mask arrangement to provide one or more etch features having a sloping face, wherein the SF 6 based plasma etch undercuts the first mask arrangement with an undercut that is at least 10% of the depth of a corresponding etch feature; forming a second mask arrangement on the etch features to define locations of the microneedles, in which the second mask arrangement is located entirely on sloping faces of the etch features ; and performing a DRIE (deep reactive ion etch) anisotropic plasma etch of the etched front face of the substrate to form a plurality of microneedles which have a bevelled tip, wherein the sloping faces of the etch features at least in part give rise to the bevelled tips of the microneedles.
A cyclone separator, comprising - a base body with a supply line , a discharge line and a recess , which is designed as a blind hole and is open to a bottom side of the base body , - wherein the supply line opens laterally at a wall portion of the recess and the discharge line leads from a base area of the recess to a lateral outlet at the base body , - an inner cone with a cavity , wherein the inner cone is arranged in the recess , and - a base plate , which closes the recess at the base body , wherein the base plate comprises a dirt media connection , and - a riser pipe , which is arranged at the discharge line and protrudes into the cavity of the inner cone , - wherein the riser pipe is a separate component, - wherein the riser pipe comprises a base plate and a pipe piece , wherein the base plate is arranged between the inner cone and the base area of the recess of the base body, and - wherein the inner cone comprises a connection opening , wherein the supply line opens at the connection opening of the inner cone. - a base body with a supply line , a discharge line and a recess , which is designed as a blind hole and is open to a bottom side of the base body , - wherein the supply line opens laterally at a wall portion of the recess and the discharge line leads from a base area of the recess to a lateral outlet at the base body , - an inner cone with a cavity , wherein the inner cone is arranged in the recess , and - a base plate , which closes the recess at the base body , wherein the base plate comprises a dirt media connection , and - a riser pipe , which is arranged at the discharge line and protrudes into the cavity of the inner cone , - wherein the riser pipe is a separate component, - wherein the riser pipe comprises a base plate and a pipe piece , wherein the base plate is arranged between the inner cone and the base area of the recess of the base body, and - wherein the inner cone comprises a connection opening , wherein the supply line opens at the connection opening of the inner cone.
A dietary composition comprising mulberry extract comprising 1-deoxynojirimycin, green coffee extract comprising chlorogenic acid, white kidney bean extract comprising phaseolamin, as the nutraceutically active component and a nutraceutically acceptable carrier.
A method of making a codon optimized mRNA encoding a Cystic Fibrosis Transmembrane Conductance Regulator (CFTR) protein, comprising in vitro transcription of the codon optimized CFTR mRNA from a DNA template, wherein the codon optimized CFTR mRNA comprises a polynucleotide sequence identical to SEQ ID NO: 1.
An air conditioner , comprising: a housing internally provided with a middle partition, the middle partition dividing an internal space of the housing into a first cavity and a second cavity; a compressor provided in the first cavity; a fan and an outdoor heat exchanger , the fan being provided in the second cavity, and at least a part of the outdoor heat exchanger being arranged corresponding to the fan ; and a heating assembly , characterized in that the heating assembly comprises a refrigerant heat exchanger defining a refrigerant passage therein; an electromagnetic heating body subassembly provided at a side of the refrigerant heat exchanger , the electromagnetic heating body subassembly comprising an electromagnetic coil disk and being capable of heating a refrigerant in the refrigerant passage; a heat transfer plate provided between the refrigerant heat exchanger and the electromagnetic heating body subassembly ; and a supporting plate provided at another side of the refrigerant heat exchanger , wherein the heating assembly being provided on the middle partition, and wherein the refrigerant passage being in communication with a discharge port of the compressor . a housing internally provided with a middle partition, the middle partition dividing an internal space of the housing into a first cavity and a second cavity; a compressor provided in the first cavity; a fan and an outdoor heat exchanger , the fan being provided in the second cavity, and at least a part of the outdoor heat exchanger being arranged corresponding to the fan ; and a heating assembly , characterized in that the heating assembly comprises a refrigerant heat exchanger defining a refrigerant passage therein; an electromagnetic heating body subassembly provided at a side of the refrigerant heat exchanger , the electromagnetic heating body subassembly comprising an electromagnetic coil disk and being capable of heating a refrigerant in the refrigerant passage; a heat transfer plate provided between the refrigerant heat exchanger and the electromagnetic heating body subassembly ; and a supporting plate provided at another side of the refrigerant heat exchanger , wherein the heating assembly being provided on the middle partition, and wherein the refrigerant passage being in communication with a discharge port of the compressor .
A nonpathogenic E . coli bacterium comprising a prokaryotic vector, said vector comprising a DNA molecule encoding one or more siRNAs and a promoter to control transcription of the siRNA, wherein the siRNAs interfere with one or more Avian Influenza viral RNA molecules and wherein the bacterium is engineered to express at least one invasion factor.
A composition, which is a thermoplastic polymer composition comprising (a) a polyethylene polymer composition having a Melt Relaxation Ratio, determined by the method defined in the description, of ≥ 1.5; and (b) a salt of bicyclo[2.2.1]heptane-2,3-dicarboxylic acid.
A vacuum heat insulator comprising: an outer packaging material including a resin sheet; and a core material and a gas adsorption device each contained in the outer packaging material , wherein the gas adsorption device includes a gas adsorbing substance that adsorbs a gas, a vacuum sealed container that contains the gas adsorbing substance , an opening pin that opens the vacuum sealed container by a physical load from an outside of the vacuum sealed container , characterized by a load-bearing spacer that suppresses displacement of the opening pin to less than or equal to a predetermined amount. an outer packaging material including a resin sheet; and a core material and a gas adsorption device each contained in the outer packaging material , wherein the gas adsorption device includes a gas adsorbing substance that adsorbs a gas, a vacuum sealed container that contains the gas adsorbing substance , an opening pin that opens the vacuum sealed container by a physical load from an outside of the vacuum sealed container , characterized by a load-bearing spacer that suppresses displacement of the opening pin to less than or equal to a predetermined amount.