mhurhangee/patent-ind-claim-en huggingface dataset:
A pipe for a driven-type fluid machine , the pipe including an inlet pipe that is to be connected to a suction port provided in a casing of the driven-type fluid machine , a supply pipe that supplies a fluid, and a bend that connects the supply pipe and the inlet pipe to each other, the bend comprising an upstream portion and a bent portion and being shaped such that a pipe width in a plane including a pipe axis of the inlet pipe and a pipe axis of the supply pipe gradually decreases from the upstream portion to the bent portion , and L1 ≥ 3 × d is satisfied, where d is the pipe width at the bent portion and L1 is an axial length of the inlet pipe , characterized in that the bend is shaped such that a pipe width in a plane being perpendicular to the plane including the pipe axis of the inlet pipe and the pipe axis of the supply pipe and including the pipe axis of the inlet pipe gradually increases from the upstream portion to the bent portion .
An ophthalmic composition comprising atropine sulfate, or a pharmaceutically acceptable salt thereof, and sulfobutyl ether β-cyclodextrin (SBECD), characterized by a pH from 6.0 to 7.2.
A method for producing a thermoplastically moldable fiber reinforced planar semifinished product having a composite structure (A-B-A') or (A-B), comprising: - a core layer (B) made of a porous reinforcing-fibers thermoplastic material having an areal weight of 300 to 3'000 g/m 2 , a fiber content of 20 to 60 wt.-% and an air voids content of 5 to 80 vol.-%, and - one or two cover layers (A, A') made of a woven or nonwoven reinforcing fiber fabric which are impregnated with a thermoplastic and which are integrally bonded to the core layer (B), wherein each cover layer has a thickness of 0.2 to 2.5 mm, an areal weight of 200 to 4'000 g/m 2 and an air voids content of less than 3 vol.-%, characterized by the following process steps: - to one or both sides of a core layer precursor in the form of a flat, porous reinforcing-fibers thermoplastic material having an areal weight of 300 to 3'000 g/m 2 , a fiber content of 20 to 60 wt.-% and an air voids content of 20 to 80 vol.-%, applying at least one woven or nonwoven reinforcing fiber fabric having an areal weight of 100 to 1'000 g/m 2 and a thermoplastic layer having a low viscosity compared with the thermoplastic material of the core layer precursor and having an areal weight of 50 to 1'000 g/m 2 , - the layer structure (A-B) or (A-B-A') thus formed is heated and pressed in such manner that the thermoplastic of the low viscosity thermoplastic layer is melted and penetrates into the applied woven or nonwoven reinforcing fiber fabric and into the core layer and, after cooling, forms an integral bond of the core layer and the cover layer; optionally followed by a further heating and pressing process. - a core layer (B) made of a porous reinforcing-fibers thermoplastic material having an areal weight of 300 to 3'000 g/m 2 , a fiber content of 20 to 60 wt.-% and an air voids content of 5 to 80 vol.-%, and - one or two cover layers (A, A') made of a woven or nonwoven reinforcing fiber fabric which are impregnated with a thermoplastic and which are integrally bonded to the core layer (B), wherein each cover layer has a thickness of 0.2 to 2.5 mm, an areal weight of 200 to 4'000 g/m 2 and an air voids content of less than 3 vol.-%, - to one or both sides of a core layer precursor in the form of a flat, porous reinforcing-fibers thermoplastic material having an areal weight of 300 to 3'000 g/m 2 , a fiber content of 20 to 60 wt.-% and an air voids content of 20 to 80 vol.-%, applying at least one woven or nonwoven reinforcing fiber fabric having an areal weight of 100 to 1'000 g/m 2 and a thermoplastic layer having a low viscosity compared with the thermoplastic material of the core layer precursor and having an areal weight of 50 to 1'000 g/m 2 , - the layer structure (A-B) or (A-B-A') thus formed is heated and pressed in such manner that the thermoplastic of the low viscosity thermoplastic layer is melted and penetrates into the applied woven or nonwoven reinforcing fiber fabric and into the core layer and, after cooling, forms an integral bond of the core layer and the cover layer;
Process for the metathesis of two α-olefinic compounds, characterized in that it comprises the extraction of the formed ethylene from the reaction medium by means of at least one membrane that is permeable to gases and impermeable to liquids.
A computer-implemented method comprising: receiving a query request providing a query definition to a database persisted in a column-based storage; identifying a pattern in at least one part of the query definition ; matching the identified pattern to one or more pattern definitions in a set of pre-defined pattern definitions , each of the pre-defined pattern definitions having associated therewith at least one pre-compiled query execution sub-component of a plurality of pre-compiled query execution sub-components retained in a library , wherein the query execution sub-components are for use in specific, frequently repeated query operators; generating a plan for executing the query, the generating comprising deriving a pseudo code representation of the plan from the definition; assembling the pre-compiled query execution sub-component associated with the pattern definition matching the identified pattern into the plan based on the pseudo code representation of the plan derived from the query definition ; and executing the query using the generated plan. receiving a query request providing a query definition to a database persisted in a column-based storage; identifying a pattern in at least one part of the query definition ; matching the identified pattern to one or more pattern definitions in a set of pre-defined pattern definitions , each of the pre-defined pattern definitions having associated therewith at least one pre-compiled query execution sub-component of a plurality of pre-compiled query execution sub-components retained in a library , wherein the query execution sub-components are for use in specific, frequently repeated query operators; generating a plan for executing the query, the generating comprising deriving a pseudo code representation of the plan from the definition; assembling the pre-compiled query execution sub-component associated with the pattern definition matching the identified pattern into the plan based on the pseudo code representation of the plan derived from the query definition ; and executing the query using the generated plan.
A fixing member comprising: a surface layer containing polytetrafluoroethylene (PTFE) and a fluorine resin having a melting point lower than that of the PTFE, wherein in a DSC curve obtained by heating a sample of the surface layer at a temperature raising rate of 20°C/min with a differential scanning calorimeter (DSC), an endothermic peak 1 having a peak top in the temperature range of 330°C or more and 340°C or less, and an endothermic peak 2 having a peak top in the temperature range lower than that of the endothermic peak 1 are present, and a sum ΔH of an amount of heat of fusion based on the endothermic peak 1 and an amount of heat of fusion based on the endothermic peak 2 is 40 J/g or more and 55 J/g or less. a surface layer containing polytetrafluoroethylene (PTFE) and a fluorine resin having a melting point lower than that of the PTFE, wherein in a DSC curve obtained by heating a sample of the surface layer at a temperature raising rate of 20°C/min with a differential scanning calorimeter (DSC), an endothermic peak 1 having a peak top in the temperature range of 330°C or more and 340°C or less, and an endothermic peak 2 having a peak top in the temperature range lower than that of the endothermic peak 1 are present, and a sum ΔH of an amount of heat of fusion based on the endothermic peak 1 and an amount of heat of fusion based on the endothermic peak 2 is 40 J/g or more and 55 J/g or less.
An electrochemical battery comprising: a battery module comprising one or more metal air cells that use oxygen in air as a positive electrode active material; an air supply unit configured to supply air to the battery module and to adjust an oxygen concentration in the air supplied to the battery module; and a control unit configured to control an oxygen concentration adjusting operation of the air supply unit; wherein the control unit is configured to control the air supply unit to variably adjust the oxygen concentration in the air supplied to the battery module according to a state of the battery module, or wherein the control unit is configured to maintain the oxygen concentration in air supplied to the battery module at a selected concentration; wherein when the oxygen concentration is less than the selected concentration, the control unit is configured to control the air supply unit to increase the oxygen concentration in the air supplied to the battery module; and when the oxygen concentration is greater than the selected concentration, the control unit is configured to control the air supply unit to decrease the oxygen concentration in the air supplied to the battery module; characterised in that the control unit is configured to control the air supply unit to constantly maintain the oxygen concentration in the air supplied to the battery module in a range of 30 volume percent to 100 volume percent, based on a total content of the air supplied to the battery module. a battery module comprising one or more metal air cells that use oxygen in air as a positive electrode active material; an air supply unit configured to supply air to the battery module and to adjust an oxygen concentration in the air supplied to the battery module; and a control unit configured to control an oxygen concentration adjusting operation of the air supply unit; wherein the control unit is configured to control the air supply unit to variably adjust the oxygen concentration in the air supplied to the battery module according to a state of the battery module, or wherein the control unit is configured to maintain the oxygen concentration in air supplied to the battery module at a selected concentration; wherein when the oxygen concentration is less than the selected concentration, the control unit is configured to control the air supply unit to increase the oxygen concentration in the air supplied to the battery module; and when the oxygen concentration is greater than the selected concentration, the control unit is configured to control the air supply unit to decrease the oxygen concentration in the air supplied to the battery module; characterised in that the control unit is configured to control the air supply unit to constantly maintain the oxygen concentration in the air supplied to the battery module in a range of 30 volume percent to 100 volume percent, based on a total content of the air supplied to the battery module.
A method for controlling a device , the method comprising: sending a command signed by an operator's signature to a server ; verifying, in the server , that the operator is authenticated to transmit the command; assigning, in the server , a criticality level and an authorization level to the command; depending on the criticality level and the authorization level, sending an approval request relating to the command to at least one control user; approving or denying the approval request by at least a subset of the at least one control user; sending the denied or approved approval request back to the server ; determining, in the server , whether the command was approved by sufficiently many control users based on the criticality level and the authorization level; and sending the command to the device for being carried out by the device in case the command was approved by sufficiently many control users, wherein at last one of the at least one control user and the operator is remote from each other, wherein determining whether the command was approved by sufficiently many control users includes comparing the amount and/or authorization level of denied and/or approved approval requests to a threshold, wherein the threshold depends on the criticality level. sending a command signed by an operator's signature to a server ; verifying, in the server , that the operator is authenticated to transmit the command; assigning, in the server , a criticality level and an authorization level to the command; depending on the criticality level and the authorization level, sending an approval request relating to the command to at least one control user; approving or denying the approval request by at least a subset of the at least one control user; sending the denied or approved approval request back to the server ; determining, in the server , whether the command was approved by sufficiently many control users based on the criticality level and the authorization level; and sending the command to the device for being carried out by the device in case the command was approved by sufficiently many control users, wherein at last one of the at least one control user and the operator is remote from each other, wherein determining whether the command was approved by sufficiently many control users includes comparing the amount and/or authorization level of denied and/or approved approval requests to a threshold, wherein the threshold depends on the criticality level.
Fine blanking system comprising one or more movable parts , further comprising at least one first drive of a first drive type and at least one second drive of a second drive type different from the first drive type for driving at least one of the movable parts , wherein the first drive and the second drive are arranged to drive the same movable part , wherein each of the drives acts not via one of the other drives but directly on the same moveable part , and wherein the fine blanking system comprises at least one fine blanking press, wherein the at least one fine blanking press comprises at least one first press unit as a movable part and further at least one second press unit , wherein the at least one first drive is a first press drive and the at least one second drive is a second press drive for driving the at least one first press unit in a driving movement against the at least one second press unit along a movement axis (M).
A computer-implemented process to calculate a risk of fetal aneuploidy in a maternal sample comprising: estimating the chromosome dosage for two or more fetal chromosomes in the maternal sample using information obtained by interrogating one or more loci in the maternal sample on each chromosome for which chromosome dosage is being estimated; determining a fetal nucleic acid proportion in the maternal sample using information obtained by interrogating one or more polymorphic loci in the maternal sample; calculating a value of a likelihood that a first fetal chromosome is aneuploid by comparing the chromosome dosage of the first fetal chromosome to the expected chromosome dosage for an aneuploid chromosome in view of the fetal nucleic acid proportion in the maternal sample; calculating a value of a likelihood that the first fetal chromosome is disomic by comparing the chromosome dosage of the first fetal chromosome to the expected chromosome dosage for a disomic chromosome in view of the fetal nucleic acid proportion in the maternal sample; computing a value of the risk of fetal aneuploidy for the first fetal chromosome as an odds ratio by comparing the value of the likelihood of the chromosome being aneuploid and the value of the likelihood of the chromosome being disomic; providing data on prior risk of aneuploidy for at least the first fetal chromosome based on extrinsic characteristics; and adjusting the value of the risk of fetal aneuploidy based on the data on prior risk of aneuploidy. estimating the chromosome dosage for two or more fetal chromosomes in the maternal sample using information obtained by interrogating one or more loci in the maternal sample on each chromosome for which chromosome dosage is being estimated; determining a fetal nucleic acid proportion in the maternal sample using information obtained by interrogating one or more polymorphic loci in the maternal sample; calculating a value of a likelihood that a first fetal chromosome is aneuploid by comparing the chromosome dosage of the first fetal chromosome to the expected chromosome dosage for an aneuploid chromosome in view of the fetal nucleic acid proportion in the maternal sample; calculating a value of a likelihood that the first fetal chromosome is disomic by comparing the chromosome dosage of the first fetal chromosome to the expected chromosome dosage for a disomic chromosome in view of the fetal nucleic acid proportion in the maternal sample; computing a value of the risk of fetal aneuploidy for the first fetal chromosome as an odds ratio by comparing the value of the likelihood of the chromosome being aneuploid and the value of the likelihood of the chromosome being disomic; providing data on prior risk of aneuploidy for at least the first fetal chromosome based on extrinsic characteristics; and adjusting the value of the risk of fetal aneuploidy based on the data on prior risk of aneuploidy.
A genetically modified immunodeficient mouse in which a mutation is introduced into the gene of the IL-2 receptor γ chain to disrupt the IL-2 receptor γ chain; which has mutations of genes involved in rearrangement of antigen receptor genes of T cells and B cells at both allelic loci which result in the loss of the functions of T cells and B cells; and in which FcerIg gene and FcgrIIb gene are deficient, FcgR is not functionally expressed and the IL-2 receptor γ chain is not functionally expressed.
Electric power system in a building, in which is a first electricity network connected to a public electricity distribution network and provided with a reserve power device, e.g. an uninterruptable power supply connected to the first electricity network or a reserve power generator connected to the first electricity network , as well as a second electricity network , which at least during an electricity outage of the public electricity distribution network is isolated from the first electricity network in such a way that in this case a direct and uncontrolled flow of electric power does not occur from the first electricity network to the second electricity network , which electric power system comprises a drive motor of an elevator, which motor is configured to drive an elevator car in an elevator hoistway in response to elevator calls; characterized in that the electric power system comprises a power converter unit , which is connected to the first electricity network , to the second electricity network and to the drive motor of the elevator and is configured to supply electric power selectively between the first electricity network , the second electricity network and the drive motor of the elevator and to prevent the supply of electric power to the first electricity network , wherein the power converter unit is configured to supply electric power selectively from the drive motor of the elevator to the second electricity network during motor braking of the elevator. which electric power system comprises a drive motor of an elevator, which motor is configured to drive an elevator car in an elevator hoistway in response to elevator calls; characterized in that the electric power system comprises a power converter unit , which is connected to the first electricity network , to the second electricity network and to the drive motor of the elevator and is configured to supply electric power selectively between the first electricity network , the second electricity network and the drive motor of the elevator and to prevent the supply of electric power to the first electricity network , wherein the power converter unit is configured to supply electric power selectively from the drive motor of the elevator to the second electricity network during motor braking of the elevator.
Manual device for slicing of a bakery product having a determined thickness and length, the said device comprising at least one receiving support for the bakery product and a blade for slicing the said product to its thickness and in the lengthwise direction, the support comprising at least a bottom and two substantially parallel side walls forming a slicing tunnel comprising an upstream zone for receiving the product to be sliced, a slicing zone for slicing the product by pushing/pulling it inside the tunnel and a downstream zone for recovering the sliced product , and the blade extending from one of the two side walls towards the other opposite side wall , the said blade comprising an upstream cutting edge extending substantially parallel to the said bottom of the support , characterized in that the upstream edge of the blade is straight and inclined from upstream to downstream with respect to the side wall from which it extends, forming with the latter a set angle of about 20 to 70°, and preferably of about 25 to 45°.
Reaming tool comprising a driving rod and a head that has a rotationally symmetrical basic shape and is equipped with one or more detachable cutting inserts , which head comprises front and rear end surfaces , an envelope surface concentric with a centre axis (C), and a seat that is countersunk in the envelope surface and includes three support surfaces, viz. a radial support surface , a tangential support surface and an axial support surface , the cutting insert having the shape of a mirror-symmetrical polyhedron that comprises six limiting surfaces, two opposite and mutually parallel ones of which are equidistantly separated from a central symmetry plane (SP1) and form chip surfaces that connect to limiting surfaces serving as clearance surfaces via alternately usable, identical cutting edges , and a clamping member holding the cutting insert fixed in the seat , characterized in that , in at least one of the limiting surfaces of the cutting insert, there is formed a female-like securing means that co-operates with a complementary, male-like securing means in the seat, more precisely in an inactive, contactless state as long as the cutting insert is held pressed against the axial support surface of the seat, the securing means being potentially activatable by being brought into contact with each other in case the cutting insert would unintentionally be distanced from the axial support surface against the action of the clamping member , wherein said securing means consist of a female-like countersink in one of the limiting surfaces of the cutting insert as well as of a stop lug being included in a support surface separated from the axial support surface and being distanced from the axial support surface, a shoulder surface on the stop lug and a co-operating contact surface in the countersink being mutually separated by a certain play (G) in said contactless state, and wherein the countersink is a groove of uniform width that runs between the opposite chip surfaces of the cutting insert.