mhurhangee/patent-ind-claim-en huggingface dataset:
A method of preparing a powder, comprising the steps of: a. spraying a carrier liquid into a chamber to form a flow of liquid droplets, wherein the carrier liquid contains a powder-forming ingredient; b. freezing the liquid droplets into frozen particles; c. entraining the flow of frozen particles within a net flow of gas of less than 13 Nm 3 /hr (8 SCFM), the flow of gas entering the chamber around the flow of frozen particles to prevent the frozen particles from accumulating on the walls of the chamber; d. collecting the frozen particles on a filter; e. drying the frozen particles by convection by passing a flow of gas downward through the frozen particles at a rate of greater than 25 Nm 3 /hr (16 SCFM) to remove the carrier liquid; and f. forming a dry powder. a. spraying a carrier liquid into a chamber to form a flow of liquid droplets, wherein the carrier liquid contains a powder-forming ingredient; b. freezing the liquid droplets into frozen particles; c. entraining the flow of frozen particles within a net flow of gas of less than 13 Nm 3 /hr (8 SCFM), the flow of gas entering the chamber around the flow of frozen particles to prevent the frozen particles from accumulating on the walls of the chamber; d. collecting the frozen particles on a filter; e. drying the frozen particles by convection by passing a flow of gas downward through the frozen particles at a rate of greater than 25 Nm 3 /hr (16 SCFM) to remove the carrier liquid; and f. forming a dry powder.
An ablation catheter , comprising - a catheter shaft ; - an ablation electrode disposed at a distal end of the catheter shaft ; - a microelectrode (20; 24; 25) disposed on a surface of the ablation electrode ; and - a lead element electrically conductively connected to the microelectrode (20; 24; 25); the lead element (12; 21) being surrounded by an insulating material (10; 22) so that the lead element (12; 21) is electrically insulated from the ablation electrode , characterised in that the microelectrode (20; 24; 25) and the lead element (12; 21) surrounded by the insulating material (10; 22) are arranged in a recess formed on the surface of the ablation electrode . - a catheter shaft ; - an ablation electrode disposed at a distal end of the catheter shaft ; - a microelectrode (20; 24; 25) disposed on a surface of the ablation electrode ; and - a lead element electrically conductively connected to the microelectrode (20; 24; 25);
A memory device, comprising: a channel comprising a first end and a second end, the first end of the channel being coupled to a bit line and the second end of the channel being coupled to a source ; and a select gate formed at the second end of the channel to selectively control conduction between the bit line and the channel , the select gate comprising a layer of tungsten silicide and characterized in that the select gate comprises the layer of tungsten silicide formed between two polysilicon layers . a channel comprising a first end and a second end, the first end of the channel being coupled to a bit line and the second end of the channel being coupled to a source ; and a select gate formed at the second end of the channel to selectively control conduction between the bit line and the channel , the select gate comprising a layer of tungsten silicide and characterized in that the select gate comprises the layer of tungsten silicide formed between two polysilicon layers .
An air separation module (34; 62; 72) for positioning within an aircraft that includes a turbine engine and a compressor with a bleed system connected to the casing inlet of the air separation module, comprising: a casing (36; 64; 74), including a casing inlet and a casing outlet ; a plurality of fibers (44; 66; 76) located within the casing; a membrane defining an exterior of each of the plurality of fibers (44; 66; 76), thereby forming an interior passage along a length of each of the plurality of fibers (44; 66; 76), the membrane being configured to permeate a gas through the membrane; and at least one perforated canister (46; 68; 78) is placed between the plurality of fibers (44; 66; 76), wherein the at least one perforated canister (46; 68; 78) is configured to collect a permeated gas from the plurality of fibers (44; 66; 76), and characterized by said at least one perforated canister having a star-shaped cross section. a casing (36; 64; 74), including a casing inlet and a casing outlet ; a plurality of fibers (44; 66; 76) located within the casing; a membrane defining an exterior of each of the plurality of fibers (44; 66; 76), thereby forming an interior passage along a length of each of the plurality of fibers (44; 66; 76), the membrane being configured to permeate a gas through the membrane; and at least one perforated canister (46; 68; 78) is placed between the plurality of fibers (44; 66; 76), wherein the at least one perforated canister (46; 68; 78) is configured to collect a permeated gas from the plurality of fibers (44; 66; 76), and characterized by said at least one perforated canister having a star-shaped cross section.
Motor vehicle airbag with a gas outlet valve and an airbag layer , in which at least one ventilating opening is configured, with a valve patch which closes the ventilating opening , is configured from a flexible material, and is arranged over the ventilating opening parallel to the airbag layer such that it can be displaced in a predetermined direction (x), and with a valve patch guide which overlaps the valve patch at the edges of the valve patch and has a guide opening in the centre, an overlap (a) being configured in the predetermined direction (x) of the valve patch guide and the valve patch in such a way, and the ventilating opening being arranged in such a way, that, after only a short displacement travel, the valve patch can be pressed through the guide opening to the outside on account of a gas pressure in the interior of the vehicle airbag, and the ventilating opening is released as a result, characterized in that at least one guide opening edge which is lateral in the predetermined direction (x) runs obliquely with respect to the predetermined direction (x) in such a way that a displacement of the valve patch eliminates an overlap with the lateral guide opening edge after the short displacement travel.
Flange for a hose , which flange comprises: - an annular flange body having a central hose opening ; - an annular locking element for locking the annular flange body in a circumferential groove of a hose , which annular locking element is composed out of at least two generally arc shaped locking element parts , wherein the annular locking element is concentrically arranged in the central hose opening of the annular flange body ; and - couplings for each of the at least two generally arc shaped locking element parts , wherein each coupling has a first coupling part arranged on the annular flange body and a second coupling part arranged on the respective arc shaped locking element part , which first coupling part couples to the second coupling part to ensure that the annular flange body and the annular locking element can no longer shift relative to each other, characterized in that the first coupling part is a groove extending in an axial direction (A) from a first end surface of the annular flange body , wherein the length of the groove is smaller than a thickness (w) of the annular flange body and wherein the second coupling part is a protrusion arranged on the radially outer surface of the respective locking element part , which protrusion has in axial direction (A) a cross-section corresponding to the cross-section of the groove . - an annular flange body having a central hose opening ; - an annular locking element for locking the annular flange body in a circumferential groove of a hose , which annular locking element is composed out of at least two generally arc shaped locking element parts , wherein the annular locking element is concentrically arranged in the central hose opening of the annular flange body ; and - couplings for each of the at least two generally arc shaped locking element parts , wherein each coupling has a first coupling part arranged on the annular flange body and a second coupling part arranged on the respective arc shaped locking element part , which first coupling part couples to the second coupling part to ensure that the annular flange body and the annular locking element can no longer shift relative to each other, characterized in that the first coupling part is a groove extending in an axial direction (A) from a first end surface of the annular flange body , wherein the length of the groove is smaller than a thickness (w) of the annular flange body and wherein the second coupling part is a protrusion arranged on the radially outer surface of the respective locking element part , which protrusion has in axial direction (A) a cross-section corresponding to the cross-section of the groove .
An oral composition comprising probiotics overexpressing ClpB protein for use in the treatment of obesity, said ClpB protein comprising or consisting of an amino acid sequence 80 to 100% identical to the amino acid sequence of SEQ ID NO: 1.
An X-ray standard reference object for calibrating a scanning electron beam in an additive manufacturing apparatus by measuring X-ray signals generated by scanning the electron beam onto the reference object, the reference object comprises: a lower and an upper plate being essentially in parallel and attached spaced apart from each other, the upper plate comprises a plurality of holes , wherein a predetermined hollow pattern is provided inside the holes; wherein the upper plate comprises a first and a second plate, the first plate comprises the holes, the second plate comprises the predetermined hollow pattern and wherein the second plate faces towards the lower plate, wherein the hollow pattern is made of a material having a higher atomic number than the first and/or lower plate.
Procedure for operating a measuring device, particularly a flowmeter, designed to determine the concentration, the volume share, the mass share and/or the partial pressure of at least one component in a multi-component medium, wherein the measuring device has at least a first sensor to determine a first thermo-physical property selected from the thermal conductivity k, the thermal diffusivity σ and/or the specific heat capacity ρc p of the measured medium, and wherein the measuring device has a second sensor , which is provided to determine the viscosity μ and/or the density ρ of the measured medium (M), said procedure comprising the following steps: a) Provision of information concerning the type of possible components of the measured medium; b) Provision of datasets concerning the fluid properties, particularly the viscosity, the density, the thermal conductivity, the thermal diffusivity, the specific heat capacity and/or values traceable to these properties for individual components and/or component mixtures which correspond to the fluid properties which are determined by the first and the second sensor; c) Determination of measured values of the first and second sensor, with which at least two fluid properties of the multi-component measured medium can be traced, particularly calculated, wherein a first fluid property is selected from the viscosity of the measured medium and the density of the measured medium, and a second fluid property is selected from the thermal conductivity of the measured medium, the thermal diffusivity of the measured medium or the specific heat capacity of the measured medium d) Determination of a concentration, a mass share, a volume share and/or a partial pressure of at least a component of the multi-component measured medium using the measured values or at least two of the fluid properties determined from the values, and the datasets. a) Provision of information concerning the type of possible components of the measured medium; b) Provision of datasets concerning the fluid properties, particularly the viscosity, the density, the thermal conductivity, the thermal diffusivity, the specific heat capacity and/or values traceable to these properties for individual components and/or component mixtures which correspond to the fluid properties which are determined by the first and the second sensor; c) Determination of measured values of the first and second sensor, with which at least two fluid properties of the multi-component measured medium can be traced, particularly calculated, wherein a first fluid property is selected from the viscosity of the measured medium and the density of the measured medium, and a second fluid property is selected from the thermal conductivity of the measured medium, the thermal diffusivity of the measured medium or the specific heat capacity of the measured medium d) Determination of a concentration, a mass share, a volume share and/or a partial pressure of at least a component of the multi-component measured medium using the measured values or at least two of the fluid properties determined from the values, and the datasets.
Method for roughening an inner surface of a cylindrical bore , in particular a running surface in a cylinder bore or cylinder liner of an internal combustion engine, wherein, by means of a rotating tool , which is moved in a translatory manner in the axial direction of the cylindrical bore and has a radial cutting head , a chip is lifted by at least one cutting edge of the radial cutting head and is broken off by means of a further edge or surface of the radial cutting head in order to produce the roughened surface, wherein the tool is inserted into the cylindrical bore or passed through same, after which a positioning of the tool takes place in the radial direction, and after which the material removal takes place by means of the rotating tool when the tool is moved in the advancing direction (V) thereof out of the cylindrical bore , characterized in that finishing machining of the inner surface of the cylindrical bore is carried out by means of a further radial cutting head in the same operation, before the radial cutting head for roughening the inner surface in the feed direction (V), and in that a flushing medium for flushing and/or cooling is fed into the region of the radial cutting head for roughening the inner surface with a directional component counter to the advancing direction (V), and a flushing medium for flushing and/or cooling is fed into the region of the further radial cutting head with a directional component in the advancing direction (V). characterized in that finishing machining of the inner surface of the cylindrical bore is carried out by means of a further radial cutting head in the same operation, before the radial cutting head for roughening the inner surface in the feed direction (V), and in that a flushing medium for flushing and/or cooling is fed into the region of the radial cutting head for roughening the inner surface with a directional component counter to the advancing direction (V), and a flushing medium for flushing and/or cooling is fed into the region of the further radial cutting head with a directional component in the advancing direction (V).
An archery finger tab comprising: a body part that has a plate shape , one surface of which faces a palm and has a first guide rail , having a length in an upward-downward direction or a forward-rearward direction, formed at a rear upper part thereof; a mount that has a plate shape, is fixed or unfixed by a first fastening part in correspondence with the first guide rail, and is provided with a first hinge part disposed in the forward-rearward direction at an upper or lower part; and a support plate that has a plate shape, is provided with a second hinge part at one side, and is fixed or unfixed with a second fastening part in a state where the first hinge part and the second hinge part are disposed in a straight line, wherein the support plate is pivotable about the first fastening part and is pivotable about the first and second hinge parts. a body part that has a plate shape , one surface of which faces a palm and has a first guide rail , having a length in an upward-downward direction or a forward-rearward direction, formed at a rear upper part thereof; a mount that has a plate shape, is fixed or unfixed by a first fastening part in correspondence with the first guide rail, and is provided with a first hinge part disposed in the forward-rearward direction at an upper or lower part; and a support plate that has a plate shape, is provided with a second hinge part at one side, and is fixed or unfixed with a second fastening part in a state where the first hinge part and the second hinge part are disposed in a straight line, wherein the support plate is pivotable about the first fastening part and is pivotable about the first and second hinge parts.
A sheet feeding apparatus comprising: sheet feeding means for holding a sheet and feeding the sheet; measurement means for measuring an attribute value (V1, V2, V3) of the sheet fed by the sheet feeding means to obtain an attribute value of the sheet; notification control means for controlling to make a notification of information representing a plurality of sheet types in accordance with the attribute value of the sheet obtained by measurement by the measurement means; selecting means for accepting selection of a sheet type of the sheet set on the sheet feeding means after the notification control means controls to make the notification; setting means for setting the sheet type selected by the selecting means as a type of the sheet fed by the sheet feeding means; history storage means for storing history information serving as information of sheet types accepted once by the selecting means, wherein the notification control means controls to make the notification of the information representing the plurality of sheet types in a notification order decided based on reference attribute values (V1L, V2L, V3L) corresponding to the sheet types in the history information and the attribute value obtained by measuring, by the measurement means, the sheet set on the sheet feeding means. sheet feeding means for holding a sheet and feeding the sheet; measurement means for measuring an attribute value (V1, V2, V3) of the sheet fed by the sheet feeding means to obtain an attribute value of the sheet; notification control means for controlling to make a notification of information representing a plurality of sheet types in accordance with the attribute value of the sheet obtained by measurement by the measurement means; selecting means for accepting selection of a sheet type of the sheet set on the sheet feeding means after the notification control means controls to make the notification; setting means for setting the sheet type selected by the selecting means as a type of the sheet fed by the sheet feeding means; history storage means for storing history information serving as information of sheet types accepted once by the selecting means, wherein the notification control means controls to make the notification of the information representing the plurality of sheet types in a notification order decided based on reference attribute values (V1L, V2L, V3L) corresponding to the sheet types in the history information and the attribute value obtained by measuring, by the measurement means, the sheet set on the sheet feeding means.
Trapping mass for trapping heavy metals in a liquid or gaseous effluent comprising a calcined predominantly aluminous oxide matrix having an alumina content of greater than or equal to 90% by weight relative to said matrix and an active phase comprising at least one metal sulfide, the metal of which is selected from the group consisting of copper, chromium, manganese, iron, cobalt and nickel, said active phase being entirely co-mixed within said calcined predominantly aluminous oxide matrix, the weight percentage of the metal(s) of the active phase, expressed relative to the total weight of the trapping mass being between 4 and 55%, said mass being characterized by a trimodal pore size distribution and in which the value represented by the pores having a diameter of greater than 3.6 nm and less than or equal to 20 nm represents between 30% and 60% of the total pore volume, the volume represented by the pores having a diameter of greater than 20 nm and less than or equal to 100 nm represents between 20% and 45% of the total pore volume, the volume represented by the pores having a diameter of greater than 100 nm represents between 10% and 40% of the total pore volume.
A resin composition comprising: a base unsaturated-polyester resin and/or a base vinyl-ester resin; a base radical-polymerizable monomer; an adhesive radical-polymerizable monomer which is a radical-polymerizable monomer having adhesiveness to an insulating film of an insulation coated conductor characterized in that a photo-radical polymerization initiator; wherein the adhesive radical-polymerizable monomer is a radical-polymerizable monomer having a thermally latent isocyanate group. a base unsaturated-polyester resin and/or a base vinyl-ester resin; a base radical-polymerizable monomer; an adhesive radical-polymerizable monomer which is a radical-polymerizable monomer having adhesiveness to an insulating film of an insulation coated conductor characterized in that a photo-radical polymerization initiator; wherein the adhesive radical-polymerizable monomer is a radical-polymerizable monomer having a thermally latent isocyanate group.
Locking device for installation in a receiver assembly of a firearm , wherein the locking device serves for limiting a movement of a slide assembly relative to the receiver assembly , wherein unlocking of the locking device allows removal of the slide assembly from the receiver assembly , the locking device comprising: - a locking slider , the locking slider having a retaining lug which is designed to interact with a barrel received in the slide assembly of the firearm in a retaining position to limit a movement of the slide assembly relative to the receiver assembly , a first guide member , which is designed to be received in a first receiving slot of a grip/receiver of the receiver assembly , being formed on the locking slider , and a second guide member , which is designed to be received in a second receiving slot of the grip/receiver of the receiver assembly , being formed on the locking slider , wherein the locking device comprises a locking lever , the locking slider being movable between the retaining position and the release position by means of the locking lever , characterized in that the locking lever is receivable on the grip/receiver of the receiver assembly so as to be pivotable about a pivoting axis between a basic position and an open position , and the locking slider being couplable to the locking lever in such a way that the locking lever serves to actuate the locking slider , wherein a transfer of the locking slider from its retaining position to the release position is effected by rotation of the locking lever . - a locking slider , the locking slider having a retaining lug which is designed to interact with a barrel received in the slide assembly of the firearm in a retaining position to limit a movement of the slide assembly relative to the receiver assembly , a first guide member , which is designed to be received in a first receiving slot of a grip/receiver of the receiver assembly , being formed on the locking slider , and a second guide member , which is designed to be received in a second receiving slot of the grip/receiver of the receiver assembly , being formed on the locking slider , wherein the locking device comprises a locking lever , the locking slider being movable between the retaining position and the release position by means of the locking lever , characterized in that the locking lever is receivable on the grip/receiver of the receiver assembly so as to be pivotable about a pivoting axis between a basic position and an open position , and the locking slider being couplable to the locking lever in such a way that the locking lever serves to actuate the locking slider , wherein a transfer of the locking slider from its retaining position to the release position is effected by rotation of the locking lever .