mhurhangee/patent-ind-claim-en huggingface dataset:
A flexible carrier for carrying a plurality of containers , the flexible carrier comprising: a flexible sheet ; an array of container apertures formed in the flexible sheet and arranged in longitudinal rows and transverse ranks; a first plurality of handles corresponding with each transverse rank of the transverse ranks, each handle of the plurality of handles formed at a periphery of each rank of the flexible sheet along a longitudinal edge of the flexible sheet ; at least one line of weakness formed between each transverse rank wherein the flexible carrier is separable into sub-carriers along each line of weakness with each of the sub-carriers including two or more container apertures and a discrete handle of the first plurality of handles ; and a separable joint positioned between each adjacent handle of the plurality of handles ; characterised in that the at least one line of weakness comprises two lines of weakness separated by a dividing aperture , and in that the separable joint and the at least one line of weakness are separated by a further dividing aperture. a flexible sheet ; an array of container apertures formed in the flexible sheet and arranged in longitudinal rows and transverse ranks; a first plurality of handles corresponding with each transverse rank of the transverse ranks, each handle of the plurality of handles formed at a periphery of each rank of the flexible sheet along a longitudinal edge of the flexible sheet ; at least one line of weakness formed between each transverse rank wherein the flexible carrier is separable into sub-carriers along each line of weakness with each of the sub-carriers including two or more container apertures and a discrete handle of the first plurality of handles ; and a separable joint positioned between each adjacent handle of the plurality of handles ; characterised in that the at least one line of weakness comprises two lines of weakness separated by a dividing aperture , and in that the separable joint and the at least one line of weakness are separated by a further dividing aperture.
A printing device for printing on an object , the printing device comprising: a base part which has an opening on a side and has a plurality of engaging parts disposed side by side in an up-down direction; a support member for supporting the object , wherein the support member is slidably engaged with any engaging part among the plurality of engaging parts in a lateral direction from the side of the opening and is slidable through the opening between a pull-out position pulled out from the base part and a storage position stored in the base part ; and a head part which is disposed above the support member located at the storage position and ejects ink toward the object supported by the support member . a base part which has an opening on a side and has a plurality of engaging parts disposed side by side in an up-down direction; a support member for supporting the object , wherein the support member is slidably engaged with any engaging part among the plurality of engaging parts in a lateral direction from the side of the opening and is slidable through the opening between a pull-out position pulled out from the base part and a storage position stored in the base part ; and a head part which is disposed above the support member located at the storage position and ejects ink toward the object supported by the support member .
A fastening element for retaining mechanical parts to each other at an opening extending through the mechanical parts, the fastening element comprising - a head portion arranged at a first axial end of the fastening element , the head portion comprising an abutment surface for abutment with one of the mechanical parts; - a cylindrical portion extending axially from the head portion , the cylindrical portion being arranged for press-fit connection with the opening extending through the mechanical parts; and - an elongated threaded portion extending axially from the cylindrical portion in a direction away from the head portion ; wherein the fastening element further comprises a tool connecting portion arranged to receive a tool , the tool connecting portion being arranged at a second axial end of the fastening element , characterized in that an intersection between the head portion and the cylindrical portion comprises a circumferential groove . - a head portion arranged at a first axial end of the fastening element , the head portion comprising an abutment surface for abutment with one of the mechanical parts; - a cylindrical portion extending axially from the head portion , the cylindrical portion being arranged for press-fit connection with the opening extending through the mechanical parts; and - an elongated threaded portion extending axially from the cylindrical portion in a direction away from the head portion ; wherein the fastening element further comprises a tool connecting portion arranged to receive a tool , the tool connecting portion being arranged at a second axial end of the fastening element ,
A resin composition comprising: 51 to 85 parts by mass of a polyolefin resin; 15 to 49 parts by mass of a flexible resin; 10 to 80 parts by mass of a halogenated flame retardant per 100 parts by mass of a total of the polyolefin resin and the flexible resin; a titanium oxide and optionally a metal hydroxide, the resin composition having a permittivity of 2.5 to 3.5 wherein the permittivity is measured as described in the specification; wherein the titanium oxide is included 10 parts by mass or more and 60 parts by mass or less per 100 parts by mass of the total of the polyolefin resin and the flexible resin. 51 to 85 parts by mass of a polyolefin resin; 15 to 49 parts by mass of a flexible resin; 10 to 80 parts by mass of a halogenated flame retardant per 100 parts by mass of a total of the polyolefin resin and the flexible resin; a titanium oxide and optionally a metal hydroxide, the resin composition having a permittivity of 2.5 to 3.5 wherein the permittivity is measured as described in the specification; wherein the titanium oxide is included 10 parts by mass or more and 60 parts by mass or less per 100 parts by mass of the total of the polyolefin resin and the flexible resin.
A gas lubricated mechanical seal arrangement comprising - a first mechanical seal having a first rotating slide ring and a first stationary slide ring defining a first sealing gap between sliding surfaces , - wherein the first stationary slide ring comprises a passageway for supplying a barrier fluid to the first sealing gap , - wherein a first secondary seal for sealing and a centering device for centering the first rotating slide ring is disposed, characterized in that - the passage way extends straight and in parallel to the central axes (X-X) of the mechanical seal arrangement from a rear surface to the sliding surface of the first stationary slide ring , - and that on the rear surface of the first stationary slide ring a second secondary seal and a third secondary seal is disposed, wherein a fluid path of the barrier fluid to the passage way in the first stationary slide ring extends between the second and third secondary seals, and - that a first radius (R1) of the first secondary seal is in the range between a second radius (R2) of the second secondary seal and a third radius (R3) of the third secondary seal . - a first mechanical seal having a first rotating slide ring and a first stationary slide ring defining a first sealing gap between sliding surfaces , - wherein the first stationary slide ring comprises a passageway for supplying a barrier fluid to the first sealing gap , - wherein a first secondary seal for sealing and a centering device for centering the first rotating slide ring is disposed, characterized in that - the passage way extends straight and in parallel to the central axes (X-X) of the mechanical seal arrangement from a rear surface to the sliding surface of the first stationary slide ring , - and that on the rear surface of the first stationary slide ring a second secondary seal and a third secondary seal is disposed, wherein a fluid path of the barrier fluid to the passage way in the first stationary slide ring extends between the second and third secondary seals, and - that a first radius (R1) of the first secondary seal is in the range between a second radius (R2) of the second secondary seal and a third radius (R3) of the third secondary seal .
A PCIe switching device , comprising an upstream port , a port agent apparatus, and a plurality of first downstream ports , wherein the upstream port is connected to the port agent apparatus, the port agent apparatus is connected to the plurality of first downstream ports , and each first downstream port is configured to connect to a PCIe endpoint device respectively; and links between the plurality of first downstream ports and PCIe endpoint devices connected to the plurality of first downstream ports share a same bus number, further comprising one or more second downstream ports, wherein the one or more second downstream ports are connected to the upstream port , characterized in that the port agent apparatus and the plurality of first downstream ports have a same subordinate bus number. the upstream port is connected to the port agent apparatus, the port agent apparatus is connected to the plurality of first downstream ports , and each first downstream port is configured to connect to a PCIe endpoint device respectively; and links between the plurality of first downstream ports and PCIe endpoint devices connected to the plurality of first downstream ports share a same bus number, further comprising one or more second downstream ports, wherein the one or more second downstream ports are connected to the upstream port , characterized in that the port agent apparatus and the plurality of first downstream ports have a same subordinate bus number.
A sensor system, comprising: a sensor device including a sensor array configured to produce sensor data; a flow cell in fluid communication with the sensor array ; wherein the sensor system is configured to apply a sequence of alternating flows of a reactant solution and a wash solution through the flow cell ; bias circuitry to apply bias arrangements to the sensor array to produce the sensor data; peripheral circuitry coupled to the bias circuitry , said peripheral circuitry including a sequencer configured to operate the peripheral circuitry in an active mode for a first number of frames of the sensor data in a time interval overlapping with the flow of reactant solution followed by an idle mode for a second number of frames of the sensor data in a time interval overlapping with the flow of wash solution. a sensor device including a sensor array configured to produce sensor data; a flow cell in fluid communication with the sensor array ; wherein the sensor system is configured to apply a sequence of alternating flows of a reactant solution and a wash solution through the flow cell ; bias circuitry to apply bias arrangements to the sensor array to produce the sensor data; peripheral circuitry coupled to the bias circuitry , said peripheral circuitry including a sequencer configured to operate the peripheral circuitry in an active mode for a first number of frames of the sensor data in a time interval overlapping with the flow of reactant solution followed by an idle mode for a second number of frames of the sensor data in a time interval overlapping with the flow of wash solution.
A method for determining the probability of mold and/or moisture damage in a building, with the following procedural steps: - Acquiring indoor climate data by means of sensors , - Deriving characteristic values that describe the indoor climate from the acquired indoor climate data, - Determining the probability of mold and/or moisture damage by evaluating the characteristic values, wherein the characteristic values are evaluated based upon at least one probability table, which specifies a probability value for mold and/or moisture damage as a function of at least two characteristic values based upon empirical data, characterized by - Acquiring outdoor climate data by means of sensors or online weather data - Deriving characteristic values that describe the indoor climate from the acquired indoor climate and outdoor climate data, wherein a first of the at least one probability table is kept as a function of the characteristic values indoor humidity and moisture difference between indoor humidity and outdoor humidity, and wherein a second probability table accesses the probability that mold and/or moisture damage will arise as a function of user behavior, as reflected in a variation in room temperature within a usual room temperature range based on personal preferences, and in the relative indoor moisture, and wherein the first and the second probability tables are used together. - Acquiring indoor climate data by means of sensors , - Deriving characteristic values that describe the indoor climate from the acquired indoor climate data, - Determining the probability of mold and/or moisture damage by evaluating the characteristic values, wherein the characteristic values are evaluated based upon at least one probability table, which specifies a probability value for mold and/or moisture damage as a function of at least two characteristic values based upon empirical data, characterized by - Acquiring outdoor climate data by means of sensors or online weather data - Deriving characteristic values that describe the indoor climate from the acquired indoor climate and outdoor climate data, wherein a first of the at least one probability table is kept as a function of the characteristic values indoor humidity and moisture difference between indoor humidity and outdoor humidity, and wherein a second probability table accesses the probability that mold and/or moisture damage will arise as a function of user behavior, as reflected in a variation in room temperature within a usual room temperature range based on personal preferences, and in the relative indoor moisture, and wherein the first and the second probability tables are used together.
An oven comprising: a user interface configured to receive a user selection, the user selection associated with one of a plurality of induction material types; a power supply configured to generate an alternating current with an output frequency corresponding to the user selection; a resonating tank circuit connected to the power supply , wherein the tank circuit comprises a tank capacitor and an inductive heating coil for generating an electromagnetic field, the inductive heating coil comprising a printed circuit board; and a container for containing an article to be sterilized, the container comprising a bin and lid with a hermetic seal therebetween; wherein the electromagnetic field produces a current in the container or an article in the container or both for sterilizing the article. a user interface configured to receive a user selection, the user selection associated with one of a plurality of induction material types; a power supply configured to generate an alternating current with an output frequency corresponding to the user selection; a resonating tank circuit connected to the power supply , wherein the tank circuit comprises a tank capacitor and an inductive heating coil for generating an electromagnetic field, the inductive heating coil comprising a printed circuit board; and a container for containing an article to be sterilized, the container comprising a bin and lid with a hermetic seal therebetween; wherein the electromagnetic field produces a current in the container or an article in the container or both for sterilizing the article.
A method for producing a copper powder for conductive paste, the method comprising the steps of: complexing copper by adding a complexing agent to an aqueous solution containing copper while blowing air into the solution; stopping the blowing of air after complexing copper; and thereafter, adding a reducing agent to the solution to deposit copper particles by reduction, wherein the complexing agent is citric acid, wherein the reducing agent is at least one reducing agent selected from the group consisting of hypophosphoric acid, sodium hypophosphite, hydrazine, sodium borohydride and formalin, wherein the aqueous solution containing copper is an aqueous solution containing cuprous oxide or copper oxide, wherein the equivalent weight of the complexing agent added to the aqueous solution containing copper is in the range of from 0.035 to 0.065 with respect to that of copper contained in the aqueous solution containing copper, and wherein the equivalent weight of the reducing agent added to the aqueous solution containing copper is not less than 3 with respect to that of copper contained in the aqueous solution containing copper. complexing copper by adding a complexing agent to an aqueous solution containing copper while blowing air into the solution; stopping the blowing of air after complexing copper; and thereafter, adding a reducing agent to the solution to deposit copper particles by reduction, wherein the complexing agent is citric acid, wherein the reducing agent is at least one reducing agent selected from the group consisting of hypophosphoric acid, sodium hypophosphite, hydrazine, sodium borohydride and formalin, wherein the aqueous solution containing copper is an aqueous solution containing cuprous oxide or copper oxide, wherein the equivalent weight of the complexing agent added to the aqueous solution containing copper is in the range of from 0.035 to 0.065 with respect to that of copper contained in the aqueous solution containing copper, and wherein the equivalent weight of the reducing agent added to the aqueous solution containing copper is not less than 3 with respect to that of copper contained in the aqueous solution containing copper.
A laundry treating appliance comprising: a cabinet defining an interior; a tub supported within the cabinet by a suitable suspension system; a drum provided within the tub , defining at least a portion of a rotatable treating chamber located within the interior; a dispenser having at least one treating chemistry reservoir fluidly coupled to the tub and at least one tool docking station fluidly coupled to the tub ; characterized in that it further comprises a treating tool having an internal treating chemistry reservoir including a reservoir outlet fluidly coupled with at least one tool outlet , and configured to dock with the tool docking station to fluidly couple the internal treating chemistry reservoir with the tub , wherein the treating tool is a brush. a cabinet defining an interior; a tub supported within the cabinet by a suitable suspension system; a drum provided within the tub , defining at least a portion of a rotatable treating chamber located within the interior; a dispenser having at least one treating chemistry reservoir fluidly coupled to the tub and at least one tool docking station fluidly coupled to the tub ; characterized in that it further comprises a treating tool having an internal treating chemistry reservoir including a reservoir outlet fluidly coupled with at least one tool outlet , and configured to dock with the tool docking station to fluidly couple the internal treating chemistry reservoir with the tub ,
A frame, in particular for a universal carrier, wherein the frame comprises a chassis of the frame , a left axle with two portal suspensions at the ends of the left axle , a right axle with two portal suspensions at the ends of the right axle , and a transverse double-sided stabilising lever , the portal suspensions of the left axle and the portal suspensions of the right axle are provided with wheels , characterised in that the portal suspensions are rotatable through 360 degrees about the vertical axes , wherein the left axle and the right axle are directly connected by the transverse double-sided stabilising lever which is pivotally mounted on the chassis of the frame , in which the left axle is independently mounted on the chassis in the longitudinal direction via a first centre pivot and the right axle is independently mounted on the chassis in the longitudinal direction via a second centre pivot . the frame comprises a chassis of the frame , a left axle with two portal suspensions at the ends of the left axle , a right axle with two portal suspensions at the ends of the right axle , and a transverse double-sided stabilising lever , the portal suspensions of the left axle and the portal suspensions of the right axle are provided with wheels , characterised in that the portal suspensions are rotatable through 360 degrees about the vertical axes , wherein the left axle and the right axle are directly connected by the transverse double-sided stabilising lever which is pivotally mounted on the chassis of the frame , in which the left axle is independently mounted on the chassis in the longitudinal direction via a first centre pivot and the right axle is independently mounted on the chassis in the longitudinal direction via a second centre pivot .
Process for the preparation of a fermentation product from lignocellulosic material, comprising the following steps: a) optionally, pretreatment; b) optionally, washing; c) enzymatic hydrolysis; d) fermentation; and e) optionally, recovery of a fermentation product; wherein in step (c) an enzyme composition is used that has a temperature optimum of 60°C or higher, the hydrolysis time is 40 hours or more, the hydrolysis temperature is 60°C or more and wherein the dry matter content in the hydrolysis step (c) is 14% w/dry matter weight or more and wherein in step (d) the fermentation is conducted with a microorganism that is able to ferment at least one C5 sugar. a) optionally, pretreatment; b) optionally, washing; c) enzymatic hydrolysis; d) fermentation; and e) optionally, recovery of a fermentation product; wherein in step (c) an enzyme composition is used that has a temperature optimum of 60°C or higher, the hydrolysis time is 40 hours or more, the hydrolysis temperature is 60°C or more and wherein the dry matter content in the hydrolysis step (c) is 14% w/dry matter weight or more and wherein in step (d) the fermentation is conducted with a microorganism that is able to ferment at least one C5 sugar.