mhurhangee/patent-ind-claim-en huggingface dataset:
A method for storing and sequencing a plurality of luggage items having an associated grouping criterion, said method comprising: receiving at least one of the luggage items into a loading area from an entrance conveyor; determining the grouping criterion of the luggage item; providing a plurality of containers each including a plurality of shelves being vertically stacked on top of one another and supported by a first chassis; determining by the control system if any of the containers is associated with the grouping criterion of the luggage item and is an available container being in a location proximate to said loading area and having at least one available shelf with capacity to hold the luggage item, and designating by the control system such a container as a preferred container, and if no such container exists then designating by the control system an available container not associated with the grouping criterion of the luggage item as a preferred container; attaching a carrier automatic guided vehicle to the preferred container; loading the luggage item from the entrance conveyor onto an available shelf of the preferred container; and moving the container with the luggage item by the carrier automatic guided vehicle along a first pathway to a first predetermined area. receiving at least one of the luggage items into a loading area from an entrance conveyor; determining the grouping criterion of the luggage item; providing a plurality of containers each including a plurality of shelves being vertically stacked on top of one another and supported by a first chassis; determining by the control system if any of the containers is associated with the grouping criterion of the luggage item and is an available container being in a location proximate to said loading area and having at least one available shelf with capacity to hold the luggage item, and designating by the control system such a container as a preferred container, and if no such container exists then designating by the control system an available container not associated with the grouping criterion of the luggage item as a preferred container; attaching a carrier automatic guided vehicle to the preferred container; loading the luggage item from the entrance conveyor onto an available shelf of the preferred container; and moving the container with the luggage item by the carrier automatic guided vehicle along a first pathway to a first predetermined area.
Stamped grid arrangement for a transmission control module , comprising: a first stamped grid with aluminium-containing conductor paths , a second stamped grid with copper-containing conductor paths , wherein conductor paths of the first stamped grid are electrically connected to conductor paths of the second stamped grid , characterized in that conductor paths of the first stamped grid are electrically connected to conductor paths of the second stamped grid respectively by means of a wire bonding connection and connection regions , in which an aluminium-containing conductor path of the first stamped grid is respectively connected to a copper-containing conductor path of the second stamped grid by means of one of the wire bonding connections , are encapsulated in a hermetically sealed manner by means of a potting compound . a first stamped grid with aluminium-containing conductor paths , a second stamped grid with copper-containing conductor paths , wherein conductor paths of the first stamped grid are electrically connected to conductor paths of the second stamped grid , characterized in that conductor paths of the first stamped grid are electrically connected to conductor paths of the second stamped grid respectively by means of a wire bonding connection and connection regions , in which an aluminium-containing conductor path of the first stamped grid is respectively connected to a copper-containing conductor path of the second stamped grid by means of one of the wire bonding connections , are encapsulated in a hermetically sealed manner by means of a potting compound .
A method for bandwidth-dependent file transferring, the method comprising: receiving (S101), by a client, from a server, a web page code, wherein the web page code contains codes that, when executed by the client, query for or request a value of a current bandwidth, wherein the value of the current bandwidth includes a client bandwidth value obtained in a previous file transfer, and wherein the web page code comprises corresponding relationships between a plurality of quality levels and various ranges of values of bandwidth; selecting, by the client, one quality level of the plurality of quality levels for a next file to be requested according to the value of the current bandwidth, wherein the one quality level is selected using the relationships between the plurality of quality levels and the various ranges of values of bandwidth, and the selected quality level corresponds to a range which comprises the value of the current bandwidth; sending (S102) by the client, to the server, the request for reading the next file, wherein the next file can be sent, by the server, at the plurality of quality levels, and wherein the request for reading the next file specifies the selected quality level; and receiving (S105), at the client, from the server, the next file at the selected quality level. receiving (S101), by a client, from a server, a web page code, wherein the web page code contains codes that, when executed by the client, query for or request a value of a current bandwidth, wherein the value of the current bandwidth includes a client bandwidth value obtained in a previous file transfer, and wherein the web page code comprises corresponding relationships between a plurality of quality levels and various ranges of values of bandwidth; selecting, by the client, one quality level of the plurality of quality levels for a next file to be requested according to the value of the current bandwidth, wherein the one quality level is selected using the relationships between the plurality of quality levels and the various ranges of values of bandwidth, and the selected quality level corresponds to a range which comprises the value of the current bandwidth; sending (S102) by the client, to the server, the request for reading the next file, wherein the next file can be sent, by the server, at the plurality of quality levels, and wherein the request for reading the next file specifies the selected quality level; and receiving (S105), at the client, from the server, the next file at the selected quality level.
A method of removing host cell proteins (HCPs) from a recombinant protein preparation comprising: providing a final pool of aptamers; exposing the recombinant protein preparation to the final pool of aptamers; allowing the final pool of aptamers to bind HCPs forming aptamer:HCP complexes; and separating the aptamer:HCP complexes from the recombinant protein preparation, wherein preparation of the final pool of aptamers comprises the following steps: a. providing a library of potential aptamers; b. selecting a plurality of candidate aptamers from a library of potential aptamers by determining which aptamers show some degree of binding to HCPs in an HCP mixture; c. sequencing the plurality of candidate aptamers; and d. identifying the final aptamer pool based on the binding affinity of the candidate aptamers to the HCPs in a HCP mixture, wherein the binding affinity is specifically determined by employing a solid support displaying candidate aptamers. providing a final pool of aptamers; exposing the recombinant protein preparation to the final pool of aptamers; allowing the final pool of aptamers to bind HCPs forming aptamer:HCP complexes; and separating the aptamer:HCP complexes from the recombinant protein preparation, a. providing a library of potential aptamers; b. selecting a plurality of candidate aptamers from a library of potential aptamers by determining which aptamers show some degree of binding to HCPs in an HCP mixture; c. sequencing the plurality of candidate aptamers; and d. identifying the final aptamer pool based on the binding affinity of the candidate aptamers to the HCPs in a HCP mixture, wherein the binding affinity is specifically determined by employing a solid support displaying candidate aptamers.
A nasal drug delivery device , comprising: a housing ; an outlet ; an actuation button ; a medicament container containing a powdered or liquid medicament; a compressed gas container containing a compressed gas, fluid flow communication between the medicament container and the compressed gas container being closed prior to actuation of the actuation button; a first needle configured to pierce the medicament container in response to actuation of the actuation button; and a second needle configured to pierce the compressed gas container in response to actuation of the actuation button, wherein actuation of the actuation button opens fluid flow communication between the medicament container and the compressed gas container to expel the medicament from the medicament container out of the outlet. a housing ; an outlet ; an actuation button ; a medicament container containing a powdered or liquid medicament; a compressed gas container containing a compressed gas, fluid flow communication between the medicament container and the compressed gas container being closed prior to actuation of the actuation button; a first needle configured to pierce the medicament container in response to actuation of the actuation button; and a second needle configured to pierce the compressed gas container in response to actuation of the actuation button, wherein actuation of the actuation button opens fluid flow communication between the medicament container and the compressed gas container to expel the medicament from the medicament container out of the outlet.
A metal sheet flatness control system to control flatness of metal sheets obtained by flattening and shearing an uncoiled metal sheet web in a production line ; the metal sheet flatness control system comprises: ▪ a support frame ; ▪ a measurement apparatus carried by the support frame and comprising one or more telemeters operable to measure distances relative to metal sheets whose flatness is to be controlled, and output distance data indicative of the distance measurements; and ▪ an electronic control unit connected to the measurement apparatus to control operation thereof, and receive and process distance data received from each telemeter to compute data indicative of the flatness of the metal sheets ; wherein the electronic control unit is further configured to: - operate each telemeter to perform a series of distance measurements relative to a metal sheet ; - compute at least one flatness index for the metal sheet based on distance data received from each telemeter ; - compare the flatness index computed for the metal sheet with at least one threshold; and - provide indications on the flatness of the metal sheet based on the outcome of the comparison; - compute a detail flatness index based on differences between consecutive distance measurements in a given direction; and - compute a summary flatness index as maximum longitudinal deviation of consecutive distance measurements in a first direction and as maximum transverse deviation of consecutive distance measurements in a second direction transverse to the first direction. ▪ a support frame ; ▪ a measurement apparatus carried by the support frame and comprising one or more telemeters operable to measure distances relative to metal sheets whose flatness is to be controlled, and output distance data indicative of the distance measurements; and ▪ an electronic control unit connected to the measurement apparatus to control operation thereof, and receive and process distance data received from each telemeter to compute data indicative of the flatness of the metal sheets ; - operate each telemeter to perform a series of distance measurements relative to a metal sheet ; - compute at least one flatness index for the metal sheet based on distance data received from each telemeter ; - compare the flatness index computed for the metal sheet with at least one threshold; and - provide indications on the flatness of the metal sheet based on the outcome of the comparison; - compute a detail flatness index based on differences between consecutive distance measurements in a given direction; and - compute a summary flatness index as maximum longitudinal deviation of consecutive distance measurements in a first direction and as maximum transverse deviation of consecutive distance measurements in a second direction transverse to the first direction.
An air-conditioning apparatus, comprising: a refrigerant circuit in which a compressor , a first heat exchanger , an expansion valve , and a second heat exchanger are connected by pipes , and through which refrigerant circulates; and a fluid circuit (B) in which a first pump , a three-way valve , a load device and the second heat exchanger are connected by fluid pipes and through which fluid circulates, the fluid exchanging heat, in the second heat exchanger , with the refrigerant circulating through the refrigerant circuit, the fluid circuit (B) including a first branch circuit (C) that connects a branching portion (c1) at which a downstream portion of the second heat exchanger branches and a connecting portion (c2) farther downstream in a direction of fluid flow than the branching portion (c1), and a second branch circuit (D) that connects a branching portion (d1) at which a portion farther downstream than the connecting portion (c2) of the first branch circuit (C) branches and a connecting portion (d2) farther downstream in the direction of fluid flow than the branching portion (d1) of the second branch circuit (D), the first branch circuit (C) being provided with a third heat exchanger that exchanges heat between fluid flowing through the fluid circuit and outdoor air, the second branch circuit (D) being provided with a heat storage tank that stores fluid having exchanged heat with outdoor air in the third heat exchanger . a refrigerant circuit in which a compressor , a first heat exchanger , an expansion valve , and a second heat exchanger are connected by pipes , and through which refrigerant circulates; and a fluid circuit (B) in which a first pump , a three-way valve , a load device and the second heat exchanger are connected by fluid pipes and through which fluid circulates, the fluid exchanging heat, in the second heat exchanger , with the refrigerant circulating through the refrigerant circuit, the fluid circuit (B) including a first branch circuit (C) that connects a branching portion (c1) at which a downstream portion of the second heat exchanger branches and a connecting portion (c2) farther downstream in a direction of fluid flow than the branching portion (c1), and a second branch circuit (D) that connects a branching portion (d1) at which a portion farther downstream than the connecting portion (c2) of the first branch circuit (C) branches and a connecting portion (d2) farther downstream in the direction of fluid flow than the branching portion (d1) of the second branch circuit (D), the first branch circuit (C) being provided with a third heat exchanger that exchanges heat between fluid flowing through the fluid circuit and outdoor air, the second branch circuit (D) being provided with a heat storage tank that stores fluid having exchanged heat with outdoor air in the third heat exchanger .
A method for manufacturing a distractor for skeletal attachment to a jaw of a patient, wherein the distractor is exactly adapted to the anatomic conditions of the patient, comprising the steps of (a) generating a three-dimensional image of the jaw of the patient or of parts of the jaw ; (b) generating a virtual model of a patient-specific distractor using the three-dimensional image; and (c) manufacturing the distractor or parts thereof with the help of the virtual model by means of 3D printing. (a) generating a three-dimensional image of the jaw of the patient or of parts of the jaw ; (b) generating a virtual model of a patient-specific distractor using the three-dimensional image; and (c) manufacturing the distractor or parts thereof with the help of the virtual model by means of 3D printing.
A pulverized solid fuel nozzle comprising: an inlet opening for receiving a stream of coal/air mixture and an outlet opening for discharging said stream into a burner, wherein the inlet opening and the outlet opening are fluidically connected by a flow section , wherein a flow cross section of the flow section is varying along a flow direction of the stream of coal/air mixture and wherein the flow section comprises: a flow constriction with a, preferentially globally, minimal flow cross section , wherein the flow constriction is fluidically located between the inlet opening and the outlet opening , and wherein the flow section additionally comprises: a first expansion section and a second expansion section fluidically located between the flow constriction and the outlet opening , wherein the rate of change of the flow cross section of the first expansion section is higher than the rate of change of the flow cross section of the second expansion section , wherein the flow section has a flow cross section that continuously increases over the entire extension of the flow section from the flow constriction to the outlet opening , and wherein the first expansion section is arranged before the second expansion section in flow direction , wherein the first expansion section is abutting the second expansion section . an inlet opening for receiving a stream of coal/air mixture and an outlet opening for discharging said stream into a burner, wherein the inlet opening and the outlet opening are fluidically connected by a flow section , wherein a flow cross section of the flow section is varying along a flow direction of the stream of coal/air mixture and wherein the flow section comprises: a flow constriction with a, preferentially globally, minimal flow cross section , wherein the flow constriction is fluidically located between the inlet opening and the outlet opening , and wherein the flow section additionally comprises: a first expansion section and a second expansion section fluidically located between the flow constriction and the outlet opening , wherein the rate of change of the flow cross section of the first expansion section is higher than the rate of change of the flow cross section of the second expansion section , a first expansion section and a second expansion section fluidically located between the flow constriction and the outlet opening , wherein the rate of change of the flow cross section of the first expansion section is higher than the rate of change of the flow cross section of the second expansion section , wherein the flow section has a flow cross section that continuously increases over the entire extension of the flow section from the flow constriction to the outlet opening , and wherein the first expansion section is arranged before the second expansion section in flow direction , wherein the first expansion section is abutting the second expansion section .
A substrate having a microbicidal coating of a cured coating composition, wherein the coating composition is a silver-free microbicidal coating composition comprising a) an organic microbicidal compound comprising chlorhexidine, and b) a condensate of at least one hydrolysable silicon compound having at least one non-hydrolysable organic group, at least one hydrolysable silicon compound without non-hydrolysable groups and at least one hydrolysable metal or boron compound, wherein the non-hydrolysable organic group of the at least one hydrolysable silicon compound comprises a polymerisable group comprising an epoxy group. a) an organic microbicidal compound comprising chlorhexidine, and b) a condensate of at least one hydrolysable silicon compound having at least one non-hydrolysable organic group, at least one hydrolysable silicon compound without non-hydrolysable groups and at least one hydrolysable metal or boron compound, wherein the non-hydrolysable organic group of the at least one hydrolysable silicon compound comprises a polymerisable group comprising an epoxy group.
Motor vehicle lock having a locking mechanism , having a lock mechanism and having an electrical setting arrangement for setting different lock states of the lock mechanism , wherein the setting arrangement has a rotor arrangement , with which a rotor and a rotor magnet arrangement for generating a rotor magnetic field is associated, and a stator , with which a stator magnet arrangement for generating a stator magnetic field is associated, wherein the stator forms at least two magnetic, unlike stator poles of the stator magnet arrangement , wherein at least one of the magnet arrangements is associated with a coil arrangement (S) that can be supplied current to generate the respective magnetic field, wherein by supplying current to the coil arrangement (S) and a resulting magnetic interaction between the rotor and stator , a drive torque to the rotor and thus an adjustment of the rotor can be generated in a predetermined number of actuator positions, characterized in that, the rotor magnet arrangement and the stator magnet arrangement are stationarily fixed to a support section , in particular to a lock housing section, of the motor vehicle lock , and in that the rotor is pivotable about a rotor axis relative to the support section and relative to the rotor magnet arrangement and forms at least two magnetic, unlike rotor poles of the rotor magnet arrangement , which are respectively pivotable about the rotor axis . wherein the setting arrangement has a rotor arrangement , with which a rotor and a rotor magnet arrangement for generating a rotor magnetic field is associated, and a stator , with which a stator magnet arrangement for generating a stator magnetic field is associated, wherein the stator forms at least two magnetic, unlike stator poles of the stator magnet arrangement , wherein at least one of the magnet arrangements is associated with a coil arrangement (S) that can be supplied current to generate the respective magnetic field, wherein by supplying current to the coil arrangement (S) and a resulting magnetic interaction between the rotor and stator , a drive torque to the rotor and thus an adjustment of the rotor can be generated in a predetermined number of actuator positions, characterized in that, the rotor magnet arrangement and the stator magnet arrangement are stationarily fixed to a support section , in particular to a lock housing section, of the motor vehicle lock , and in that the rotor is pivotable about a rotor axis relative to the support section and relative to the rotor magnet arrangement and forms at least two magnetic, unlike rotor poles of the rotor magnet arrangement , which are respectively pivotable about the rotor axis .
A method, comprising: providing an optical element , the optical element including an LED chip , the optical element comprising a light transmission element that is configured to transmit light received from an emitter, wherein the light transmission element comprises a lens ; heating the lens ; after heating the lens , applying an optical material on a surface of the lens ; and curing the optical material upon contact with the optical element , wherein the optical material comprises a luminescent material and a binder, and wherein curing the optical material further comprises curing the binder wherein the lens is spaced apart from the LED chip . providing an optical element , the optical element including an LED chip , the optical element comprising a light transmission element that is configured to transmit light received from an emitter, wherein the light transmission element comprises a lens ; heating the lens ; after heating the lens , applying an optical material on a surface of the lens ; and curing the optical material upon contact with the optical element , wherein the optical material comprises a luminescent material and a binder, and wherein curing the optical material further comprises curing the binder wherein the lens is spaced apart from the LED chip .