mhurhangee/patent-ind-claim-en huggingface dataset:
Process for producing a water-miscible preparation of at least one lipophilic compound with the steps of - treating a suspension of casein micelles in an aqueous medium with a first pulsed electric field (PEF-1) having a specific energy input of 20 to 150 kJ/kg of the aqueous suspension, having an electric field strength of 10 to 20 kV/cm and having a pulse duration of 15 to 25 μs, wherein the aqueous suspension preferably has a temperature of 1 to 60 °C, for the production of a suspension of first casein micelles, - mixing the suspension of first casein micelles with a solution of the lipophilic compound for the production of a mixture of the suspension of first casein micelles with the lipophilic compound, - treating the mixture of the suspension of first casein micelles with the lipophilic compound with a second pulsed electric field (PEF-2) having a specific energy input of 40 to 61 kJ/kg of the mixture for the production of the preparation. - treating a suspension of casein micelles in an aqueous medium with a first pulsed electric field (PEF-1) having a specific energy input of 20 to 150 kJ/kg of the aqueous suspension, having an electric field strength of 10 to 20 kV/cm and having a pulse duration of 15 to 25 μs, wherein the aqueous suspension preferably has a temperature of 1 to 60 °C, for the production of a suspension of first casein micelles, - mixing the suspension of first casein micelles with a solution of the lipophilic compound for the production of a mixture of the suspension of first casein micelles with the lipophilic compound, - treating the mixture of the suspension of first casein micelles with the lipophilic compound with a second pulsed electric field (PEF-2) having a specific energy input of 40 to 61 kJ/kg of the mixture for the production of the preparation.
An orthodontic appliance made of elastic material and comprising arch-shaped upper and lower concaves for teeth of upper and lower jaw, the concaves being separated by an occlusally extending arch-shaped isthmus and comprising inner and outer walls extending vertically from the edges of the isthmus , said isthmus being configured to include at least one biting surface of material harder than said elastic material, characterized in that the appliance includes inside the frontal section of the arch-shaped isthmus a volume in form of a reinforcement element of material harder than said elastic material, said volume extending vertically in the isthmus so as to form at least one biting surface of material harder than said elastic material on both the upper and lower side of the isthmus .
A positive electrode material for secondary battery that is expressed in composition formula Li 2 Co 1-x Ni x P 2 O 7 (0.00 < x ≤ 0.20).
Prosthesis coupler of a prosthesis for coupling and uncoupling a prosthesis module (P) on a prosthesis shaft formed to receive an extremity stump (E), wherein the prosthesis coupler comprises a first coupling section (I) and a second coupling section (II), which are designed to be coupled to and uncoupled from each other, wherein the first coupling section (I) has a locking socket and locking elements (15', 15") and a receiving area (A b ), formed of inner walls and the locking elements (15', 15"), can be produced on the locking socket , into which the second coupling section (II) with a connection component (V) can be brought, wherein the prosthesis coupler has a longitudinal axis (X) and wherein the connection component (V) can be supported in a clamped manner by restoring forces perpendicular to the longitudinal axis (X) and the first coupling section (I) comprises a locking ring which in a linear and/or rotative manner relative to the locking socket can be moved or turned into a locking position, and the connection component (V) can be borne locked in the receiving area (A b ) characterised in that the locking elements (15', 15") are held movably in a guided manner on guiding means and the restoring forces are produced by a restoring means at least partially surrounding the locking elements (15', 15") and the locking socket , through which a provisional fixture is formed in the receiving area (A b ).
A medical or dental instrument comprising: a metal instrument component , an RFID memory tag having a memory chip for storing data, wherein the RFID memory tag is attached to the medical or dental instrument such that the RFID memory tag is electrically connected to the metal instrument component such that the metal instrument component forms an antenna for the RFID memory tag for wireless energy and/or data transfer to/from a remote reading and/or writing device, and an electrically conductive coupling element electrically connecting the RFID memory tag to the metal instrument component forming an antenna , the electrically conductive coupling element comprising a substantially planar first coupling surface on which the RFID memory tag is arranged and a second coupling surface arranged on the metal instrument component forming the antenna , characterized in that the electrically conductive coupling element forms with at least parts of the RFID memory tag and the metal instrument component forming an antenna an electrical capacitor for capacitive energy and/or data transfer between the RFID memory tag and the metal instrument component forming an antenna .
A vehicle front structure comprising: a vehicle driving apparatus ; a steering rack disposed frontward of the vehicle driving apparatus ; an assist motor for power steering disposed frontward of the steering rack ; a substantially bar-shaped vehicle component disposed frontward of the assist motor so as to extend substantially in a vehicle width direction; and a subframe mounted with the vehicle component , wherein the vehicle component is a stabilizer, and characterized in that the vehicle component frontward of the assist motor is disposed offset from the assist motor in a substantially up-down direction (U) so as not to overlap the assist motor in a vehicle front view. a vehicle driving apparatus ; a steering rack disposed frontward of the vehicle driving apparatus ; an assist motor for power steering disposed frontward of the steering rack ; a substantially bar-shaped vehicle component disposed frontward of the assist motor so as to extend substantially in a vehicle width direction; and a subframe mounted with the vehicle component , wherein the vehicle component is a stabilizer, and characterized in that the vehicle component frontward of the assist motor is disposed offset from the assist motor in a substantially up-down direction (U) so as not to overlap the assist motor in a vehicle front view.
A machine for a spinning preparation for processing fiber flocks , having a fiber flock inlet , a store , a fiber flock outlet , and a machine frame , wherein the machine frame is mounted on at least four support points on a foundation , and a travel axis is defined by a connecting line from the fiber flock inlet to the fiber flock outlet , whereby during filling or emptying of the store of the machine a resulting change in weight is proportional to a load on the machine frame and on the individual support points of the machine , characterized in that at least two load cells for measuring a filling level of the store are provided between the machine frame and the foundation , a connecting line of the two load cells being situated transverse to the travel axis .
Vehicle , in particular a motor vehicle, comprising: - gas tanks , such as hydrogen tanks, and - a tank for receiving the gas tanks comprising a frame formed by side members and side plates , characterized in that said vehicle further comprises a shock absorbing device arranged at least between a side plate of the tank for receiving the gas tanks and at least one portion of a side face of a gas tank and/or between at least two portions of two side faces of two adjacent gas tanks , so as to be able to absorb by deformation at least in part a shock suffered by the vehicle . - gas tanks , such as hydrogen tanks, and - a tank for receiving the gas tanks comprising a frame formed by side members and side plates , characterized in that said vehicle further comprises a shock absorbing device arranged at least between a side plate of the tank for receiving the gas tanks and at least one portion of a side face of a gas tank and/or between at least two portions of two side faces of two adjacent gas tanks , so as to be able to absorb by deformation at least in part a shock suffered by the vehicle .
Lighting apparatus , having a light guide having two planar sides which are connected to one another via a circumferential end face , at least one of the planar sides having a plurality of recesses which extend toward the other planar side , each recess having, when viewed in a lateral cross-sectional view of the light guide , two flanks which extend at least partly transversely to the region of the planar side having the recess and toward one another in order to deflect light which is incident on one of the planar sides laterally in the direction of the extension direction of the light guide or of the light guide part region surrounding the recess in order to distribute the deflected light over the entire surface in the light guide or in the light guide part region by means of total reflection; and a plurality of lighting means , each lighting means being associated with a recess for deflecting light of the associated lighting means which is incident on one of the planar sides , the lighting means being arranged on one of the planar sides and the recesses being provided on at least the opposite planar side , characterized in that at least the recesses which are provided on the planar side opposite the lighting means have a surface which delimits the recess and is designed to be reflective, and the lighting apparatus is a built-in lighting apparatus, an attachment lighting apparatus or a pendant lighting apparatus. a light guide having two planar sides which are connected to one another via a circumferential end face , at least one of the planar sides having a plurality of recesses which extend toward the other planar side , each recess having, when viewed in a lateral cross-sectional view of the light guide , two flanks which extend at least partly transversely to the region of the planar side having the recess and toward one another in order to deflect light which is incident on one of the planar sides laterally in the direction of the extension direction of the light guide or of the light guide part region surrounding the recess in order to distribute the deflected light over the entire surface in the light guide or in the light guide part region by means of total reflection; and a plurality of lighting means , each lighting means being associated with a recess for deflecting light of the associated lighting means which is incident on one of the planar sides , the lighting means being arranged on one of the planar sides and the recesses being provided on at least the opposite planar side , characterized in that at least the recesses which are provided on the planar side opposite the lighting means have a surface which delimits the recess and is designed to be reflective, and the lighting apparatus is a built-in lighting apparatus, an attachment lighting apparatus or a pendant lighting apparatus.
Optical cable comprising a load bearing core and a polymeric sheath arranged in radial external position with respect to the load bearing core , the load bearing core comprising a longitudinally and radially extending slot housing an optical fibre having a nominal diameter, wherein the slot has a width (W) at least 1.1 times the optical fibre diameter providing a low clearance for the optical fibre housed therein and at most 1.5 times the optical fibre diameter preventing the optical fibre and a further optical fibre of the same nominal diameter in the slot from being stuck to one another; the slot has a depth (D) equal to or lower than a radius of the load bearing core ; the load bearing core is made of a material having an elastic modulus of at least 40 GPa; either the polymeric sheath is disposed directly on the load bearing core or the optical cable comprises an adhesive layer interposed between the load bearing core and the polymeric sheath; and the polymeric sheath directly closes the slot opening. the slot has a width (W) at least 1.1 times the optical fibre diameter providing a low clearance for the optical fibre housed therein and at most 1.5 times the optical fibre diameter preventing the optical fibre and a further optical fibre of the same nominal diameter in the slot from being stuck to one another; the slot has a depth (D) equal to or lower than a radius of the load bearing core ; the load bearing core is made of a material having an elastic modulus of at least 40 GPa; either the polymeric sheath is disposed directly on the load bearing core or the optical cable comprises an adhesive layer interposed between the load bearing core and the polymeric sheath; and the polymeric sheath directly closes the slot opening.
A process for preparing beer comprising the steps of a. preparing a mash, b. separating a wort from the mash, c. boiling of the wort, d. fermenting the wort, and e. preparing the beer, wherein a proline-specific endoprotease which has at least 80% identity to the mature polypeptide sequence of SEQ ID NO: 2 and a polyphenoloxidase are contacted with the mash during preparing of the mash and / or with the wort before boiling of the wort. a. preparing a mash, b. separating a wort from the mash, c. boiling of the wort, d. fermenting the wort, and e. preparing the beer,
A linkage rod including a limited-displacement flexible mechanism, wherein the limited-displacement flexible mechanism comprises at least one limited-displacement flexible joint which comprises: a flexible member shaped like a plate; and at least one bend limitation section (640L1; 640L2) which is arranged in parallel with the flexible member so that the bend limitation section (640L1; 640L2) limits a bend of the flexible member , the bend limitation section (640L1; 640L2) comprising a first part and a second part which are engaged with each other such that the first part is rotatable with respect to the second part within a limited range of angle in a direction of bending the flexible member , characterized in that , the first part has a protrusion (L13; L23) provided with a pair of stoppers (L11, L12; L21, L22) protruding outside from the first part, wherein the second part has a recess (L14; L24) which is rotatably engaged with the protrusion (L13; L23) of the first part, wherein rotation of the first part is limited by one of the stoppers making contact with one top edge of the recess (L14; L24) depending on a bend of the flexible member . a flexible member shaped like a plate; and at least one bend limitation section (640L1; 640L2) which is arranged in parallel with the flexible member so that the bend limitation section (640L1; 640L2) limits a bend of the flexible member , the bend limitation section (640L1; 640L2) comprising a first part and a second part which are engaged with each other such that the first part is rotatable with respect to the second part within a limited range of angle in a direction of bending the flexible member , characterized in that , the first part has a protrusion (L13; L23) provided with a pair of stoppers (L11, L12; L21, L22) protruding outside from the first part, wherein the second part has a recess (L14; L24) which is rotatably engaged with the protrusion (L13; L23) of the first part, wherein rotation of the first part is limited by one of the stoppers making contact with one top edge of the recess (L14; L24) depending on a bend of the flexible member .
An oxygenator device for oxygenating a perfusate solution to be perfused through an organ or tissue, the device comprising: an inlet configured to receive oxygen from an oxygen supply; tubing connected to the inlet; a top portion from which the inlet extends; and a plurality of holders extending below the top portion so as to secure the tubing below the top portion, the oxygenator device being characterized in that : the tubing includes a plurality of holes by which the received oxygen may exit the tubing; each of the plurality of holders includes (i) a vertical portion extending substantially perpendicular to the top portion and (ii) an angled portion extending at an outward angle relative to the vertical portion; and the tubing is secured by the angled portions of the plurality of holders. an inlet configured to receive oxygen from an oxygen supply; tubing connected to the inlet; a top portion from which the inlet extends; and a plurality of holders extending below the top portion so as to secure the tubing below the top portion, the oxygenator device being characterized in that : the tubing includes a plurality of holes by which the received oxygen may exit the tubing; each of the plurality of holders includes (i) a vertical portion extending substantially perpendicular to the top portion and (ii) an angled portion extending at an outward angle relative to the vertical portion; and the tubing is secured by the angled portions of the plurality of holders. the tubing includes a plurality of holes by which the received oxygen may exit the tubing; each of the plurality of holders includes (i) a vertical portion extending substantially perpendicular to the top portion and (ii) an angled portion extending at an outward angle relative to the vertical portion; and the tubing is secured by the angled portions of the plurality of holders.
A fuel consumption measuring instrument that measures fuel consumption of an engine (E), the fuel consumption measuring instrument comprising: an exhaust gas flow path (R); an ultrasonic flowmeter that is provided in an exhaust gas flow path (R) through which exhaust gas emitted from the engine (E) flows, and measures a flow rate of the exhaust gas flowing through the exhaust gas flow path (R) ; an air-fuel ratio sensor being a direct insertion type sensor for directly measuring the air-fuel ratio (AFR) of the exhaust gas flowing through the exhaust gas flow path (R), the air-fuel ratio sensor being provided in the exhaust gas flow path (R); an arithmetic unit that is configured to calculate the fuel consumption of the engine (E) with use of the exhaust gas flow rate obtained by the ultrasonic flowmeter , and an air-fuel ratio obtained by an air-fuel ratio sensor ; a straight pipe , wherein an upstream side of the ultrasonic flowmeter in the exhaust gas flow path (R) is formed of said straight pipe ; the straight pipe has a length ten times or more a flow path diameter of the flow path part where the ultrasonic flowmeter is provided; characterized in that a flow conditioner (FC) is provided on an upstream side of the ultrasonic flowmeter in the straight pipe ; the air-fuel ratio sensor is provided on a downstream side of the ultrasonic flowmeter in the exhaust gas flow path (R); and the straight pipe is provided with a heater (H). an exhaust gas flow path (R); an ultrasonic flowmeter that is provided in an exhaust gas flow path (R) through which exhaust gas emitted from the engine (E) flows, and measures a flow rate of the exhaust gas flowing through the exhaust gas flow path (R) ; an air-fuel ratio sensor being a direct insertion type sensor for directly measuring the air-fuel ratio (AFR) of the exhaust gas flowing through the exhaust gas flow path (R), the air-fuel ratio sensor being provided in the exhaust gas flow path (R); an arithmetic unit that is configured to calculate the fuel consumption of the engine (E) with use of the exhaust gas flow rate obtained by the ultrasonic flowmeter , and an air-fuel ratio obtained by an air-fuel ratio sensor ; a straight pipe , wherein an upstream side of the ultrasonic flowmeter in the exhaust gas flow path (R) is formed of said straight pipe ; the straight pipe has a length ten times or more a flow path diameter of the flow path part where the ultrasonic flowmeter is provided; characterized in that a flow conditioner (FC) is provided on an upstream side of the ultrasonic flowmeter in the straight pipe ; the air-fuel ratio sensor is provided on a downstream side of the ultrasonic flowmeter in the exhaust gas flow path (R); and the straight pipe is provided with a heater (H).
An operating method of a plant-protection unmanned aerial vehicle, comprising: starting to decelerate once reaching to a first preset position of a first operating route, so that a flight speed of the plant-protection unmanned aerial vehicle at an operating end position of the first operating route is decelerated to be zero; controlling the plant-protection unmanned aerial vehicle to rotate at a preset angular speed, and translating the plant-protection unmanned aerial vehicle from the operating end position of the first operating route to an operating start position of a second operating route in a translational manner by controlling a lateral movement speed of the plant-protection unmanned aerial vehicle; and flying along the second operating route, wherein an operating nozzle of the plant-protection unmanned aerial vehicle is maintained in an open state during a flight process from the operating end position of the first operating route to the operating start position of the second operating route of the plant-protection unmanned aerial vehicle. starting to decelerate once reaching to a first preset position of a first operating route, so that a flight speed of the plant-protection unmanned aerial vehicle at an operating end position of the first operating route is decelerated to be zero; controlling the plant-protection unmanned aerial vehicle to rotate at a preset angular speed, and translating the plant-protection unmanned aerial vehicle from the operating end position of the first operating route to an operating start position of a second operating route in a translational manner by controlling a lateral movement speed of the plant-protection unmanned aerial vehicle; and flying along the second operating route, wherein an operating nozzle of the plant-protection unmanned aerial vehicle is maintained in an open state during a flight process from the operating end position of the first operating route to the operating start position of the second operating route of the plant-protection unmanned aerial vehicle.
A container for an aerosol-generating device , comprising: a first section comprising a first compartment , the first compartment being sealed and tubular, and comprising a nicotine source; a second section comprising a second compartment , the second compartment being sealed and tubular, and comprising a delivery enhancing compound; and a transfer section arranged between the first compartment and the second compartment , and wherein, at least one of the first section and the second section comprises a recessed end, and wherein the transfer section is formed by the recess when one end of the first section abuts one end of the second section . a first section comprising a first compartment , the first compartment being sealed and tubular, and comprising a nicotine source; a second section comprising a second compartment , the second compartment being sealed and tubular, and comprising a delivery enhancing compound; and a transfer section arranged between the first compartment and the second compartment , and wherein, at least one of the first section and the second section comprises a recessed end, and wherein the transfer section is formed by the recess when one end of the first section abuts one end of the second section .