mhurhangee/patent-ind-claim-en huggingface dataset:
A process for recovering industrial tanks comprising the steps of: - prearranging a tank to recover, said tank comprising: - an plastic composite intermediate bulk container, or "plastic composite IBC", arranged, in use, to contain liquid , said plastic composite IBC having parallelepiped shape and comprising a bottom face , a top face and four side walls ; - a pallet arranged to support said plastic composite IBC ; - a cage arranged to wrap said plastic composite IBC ; - removing said cage and said pallet ; - cutting said plastic composite IBC obtaining planar portions ; - cleaning said planar portions from possible residuals of said liquid ; - grinding said planar portions obtaining a plurality of residual scales of plastic composite; said cutting step of said plastic composite IBC being carried out by a cutting machine , said cutting machine comprising at least one electric saw arranged to cut said plastic composite IBC , said process characterized in that said cutting step comprises the steps of: - arranging said plastic composite IBC in said cutting machine ; - horizontal cutting along a curve γ 1 joining said bottom face with said side walls ; - vertical cutting along curves λ joining said side walls ; - horizontal cutting along a curve γ 2 joining said top face with said side walls . - prearranging a tank to recover, said tank comprising: - an plastic composite intermediate bulk container, or "plastic composite IBC", arranged, in use, to contain liquid , said plastic composite IBC having parallelepiped shape and comprising a bottom face , a top face and four side walls ; - a pallet arranged to support said plastic composite IBC ; - a cage arranged to wrap said plastic composite IBC ; - an plastic composite intermediate bulk container, or "plastic composite IBC", arranged, in use, to contain liquid , said plastic composite IBC having parallelepiped shape and comprising a bottom face , a top face and four side walls ; - a pallet arranged to support said plastic composite IBC ; - a cage arranged to wrap said plastic composite IBC ; - removing said cage and said pallet ; - cutting said plastic composite IBC obtaining planar portions ; - cleaning said planar portions from possible residuals of said liquid ; - grinding said planar portions obtaining a plurality of residual scales of plastic composite; - arranging said plastic composite IBC in said cutting machine ; - horizontal cutting along a curve γ 1 joining said bottom face with said side walls ; - vertical cutting along curves λ joining said side walls ; - horizontal cutting along a curve γ 2 joining said top face with said side walls .
A High-Dynamic-Range (HDR) pixel comprising: - a photo-sensitive element (PD) for generating majority and minority carriers in response to incident radiation during an integration time; - a detector node (FD) connected to the photo-sensitive element (PD); - a reset switch (M RST ) connected to the detector node (FD) for resetting the detector node (FD) to a predetermined voltage; - a buffer amplifier (M SF ) having an input connected to the detector node (FD); - a selecting transistor (M SEL ) configured to select said pixel during a read out process; - an intrinsic parasitic capacitance (C P ) originated from at least one of the buffer amplifier (M SF ), and the selecting transistor (M SEL ), and configured to store minority carriers generated by the photo-sensitive element (PD); and - a dual-mode capacitance (C HDR ) comprising an input being connected to the detector node (FD) and being configured for storing the generated minority carriers while being in a storing mode and discharging the stored minority carriers into the parasitic capacitance, while being in a discharging mode; wherein the detector node (FD) is located between the photo-sensitive element (PD) and the dual-mode capacitance (C HDR ) and characterized in that the HDR pixel further comprises a switch (S2) connected between the dual-mode capacitance (C HDR ) and the detector node (FD). - a photo-sensitive element (PD) for generating majority and minority carriers in response to incident radiation during an integration time; - a detector node (FD) connected to the photo-sensitive element (PD); - a reset switch (M RST ) connected to the detector node (FD) for resetting the detector node (FD) to a predetermined voltage; - a buffer amplifier (M SF ) having an input connected to the detector node (FD); - a selecting transistor (M SEL ) configured to select said pixel during a read out process; - an intrinsic parasitic capacitance (C P ) originated from at least one of the buffer amplifier (M SF ), and the selecting transistor (M SEL ), and configured to store minority carriers generated by the photo-sensitive element (PD); and - a dual-mode capacitance (C HDR ) comprising an input being connected to the detector node (FD) and being configured for storing the generated minority carriers while being in a storing mode and discharging the stored minority carriers into the parasitic capacitance, while being in a discharging mode; wherein the detector node (FD) is located between the photo-sensitive element (PD) and the dual-mode capacitance (C HDR ) and characterized in that the HDR pixel further comprises a switch (S2) connected between the dual-mode capacitance (C HDR ) and the detector node (FD).
Method for testing filter cigarettes in a packaging process, in which the filter cigarettes are packaged in cigarette packs, and for further handling of the filter cigarettes during the packaging process, having the following steps: a) within the packaging process, a camera is used to record in each case an image of at least a partial region of the end side (13a, b) of the filter cigarette being tested in each case, characterized in that : b) on the basis of the image information items contained in the recorded image, the type of filter (24a-e) corresponding to the filter (13a, b) of the filter cigarette being tested is identified from an electronic data store , in which different types of filter (24a-e), in particular identifiers of said types of filter (24a-e), are in each case assigned different image information items, c) at least one further method step in the packaging process takes place depending on the type of filter (24a-e), which is identified in this manner, of the filter cigarette being tested. a) within the packaging process, a camera is used to record in each case an image of at least a partial region of the end side (13a, b) of the filter cigarette being tested in each case, b) on the basis of the image information items contained in the recorded image, the type of filter (24a-e) corresponding to the filter (13a, b) of the filter cigarette being tested is identified from an electronic data store , in which different types of filter (24a-e), in particular identifiers of said types of filter (24a-e), are in each case assigned different image information items, c) at least one further method step in the packaging process takes place depending on the type of filter (24a-e), which is identified in this manner, of the filter cigarette being tested.
A drum magazine assembly for a firearm, the drum magazine assembly comprising: a drum assembly comprising a wheel ; a spindle assembly ; a feed tower assembly ; and an advancing mechanism to advance the wheel such that one or more cartridges of ammunition may be loaded after advancing the wheel , the advancing mechanism comprising an arm , a pawl , and a lever , wherein the arm is configured to pivot about a first pivot axis (A) to drive the pawl about the first pivot axis (A), the first pivot axis (A) defined by the spindle assembly ; the pawl is configured to pivot about a second pivot axis (D) between a free position and an engaged position, the second pivot axis (D) defined by a distal section of the arm ; the pawl is further configured to selectively engage the wheel when the pawl is in the engaged position; the lever is configured to pivot the pawl about the second pivot axis (D); the lever is further configured to move relative to the second pivot axis (D) between a closed position and an open position. a drum assembly comprising a wheel ; a spindle assembly ; a feed tower assembly ; and an advancing mechanism to advance the wheel such that one or more cartridges of ammunition may be loaded after advancing the wheel , the advancing mechanism comprising an arm , a pawl , and a lever , wherein the arm is configured to pivot about a first pivot axis (A) to drive the pawl about the first pivot axis (A), the first pivot axis (A) defined by the spindle assembly ; the pawl is configured to pivot about a second pivot axis (D) between a free position and an engaged position, the second pivot axis (D) defined by a distal section of the arm ; the pawl is further configured to selectively engage the wheel when the pawl is in the engaged position; the lever is configured to pivot the pawl about the second pivot axis (D); the lever is further configured to move relative to the second pivot axis (D) between a closed position and an open position.
An effective amount of a vanadium-containing compound and an effective amount of a sulfonylurea for use in treating human immunodeficiency virus (HIV) or acquired immunodeficiency syndrome (AIDS) in a subject.
A saliva assessment system for measuring saliva flow in a mouth of a person, the system comprising: a swab device having a handle portion and a swab portion , the handle portion being elongated to extend between a proximal end and a distal end, the swab portion coupled to a distal portion of the handle portion and being sized and configured to collect saliva from the mouth; and a measuring device comprising a scale portion configured to measure a weight of the saliva captured by the swab portion, characterized in that the measuring device includes a nesting portion integrated therewith, the nesting portion sized and configured to receive the handle portion of the swab device, and wherein the nesting portion is configured to receive the handle portion of the swab device in a manner that prevents contamination or altering of an obtained saliva sample such that the swab portion is not touched through a process of weighing the obtained saliva sample. a swab device having a handle portion and a swab portion , the handle portion being elongated to extend between a proximal end and a distal end, the swab portion coupled to a distal portion of the handle portion and being sized and configured to collect saliva from the mouth; and a measuring device comprising a scale portion configured to measure a weight of the saliva captured by the swab portion, characterized in that the measuring device includes a nesting portion integrated therewith, the nesting portion sized and configured to receive the handle portion of the swab device, and wherein the nesting portion is configured to receive the handle portion of the swab device in a manner that prevents contamination or altering of an obtained saliva sample such that the swab portion is not touched through a process of weighing the obtained saliva sample.
A method of an electronic device communicating with a wearable electronic device , the method comprising: detecting an event, wherein the detected event comprises reception of a text message by the electronic device ; determining, by the electronic device, whether or not at least one function for executing a message is installed in the wearable electronic device in communication with the electronic device based on the detected event, wherein the at least one function comprises a function for outputting the message as voice; configuring the message according to a result of the determination; and transmitting the configured message to the wearable electronic device , wherein, if it is determined that the function has not been installed in the wearable electronic device , configuring the message by including information for installing the function in the message, and if it is determined that the function has been installed in the wearable electronic device , configuring the message by including a first template and a second template, which are configured in a user selected format by the electronic device , in the message, wherein the first template comprises a first icon configured to execute the function for outputting the message as voice, a minimum content about the detected event, and a second icon configured to display the second template, and wherein the second template comprises an entire content about the detected event, the first icon, and a third icon configured to display the first template. detecting an event, wherein the detected event comprises reception of a text message by the electronic device ; determining, by the electronic device, whether or not at least one function for executing a message is installed in the wearable electronic device in communication with the electronic device based on the detected event, wherein the at least one function comprises a function for outputting the message as voice; configuring the message according to a result of the determination; and transmitting the configured message to the wearable electronic device , wherein, if it is determined that the function has not been installed in the wearable electronic device , configuring the message by including information for installing the function in the message, and if it is determined that the function has been installed in the wearable electronic device , configuring the message by including a first template and a second template, which are configured in a user selected format by the electronic device , in the message, wherein the first template comprises a first icon configured to execute the function for outputting the message as voice, a minimum content about the detected event, and a second icon configured to display the second template, and wherein the second template comprises an entire content about the detected event, the first icon, and a third icon configured to display the first template.
A method of operating a multi-phase converter, the method comprising: providing a multi-phase converter comprising a plurality of phase paths, wherein each phase path comprises at least one dc-link that is independent from every other phase path dc-link ; generating a plurality of output phase voltages via the multi-phase converter in response to a predetermined reference voltage for each phase, wherein each output phase voltage is based on at least one corresponding dc-link voltage source that can be different from every other phase voltage dc-link voltage source; determining a total dc-link voltage level associated with each output phase voltage; calculating a first difference voltage based on the predetermined reference voltage level and the positive dc-link voltage for each phase; calculating a second difference voltage based on the predetermined reference voltage level and the negative dc-link voltage for each phase; calculating a maximum of the second difference voltage for all phases; calculating a minimum of the first difference voltage for all phases; calculating a common mode injection voltage as the average of the maximum second difference voltage and the minimum first difference voltage for each phase; and adding the common mode injection voltage to the predetermined reference voltage and generating an adjusted reference voltage therefrom for each phase, such that each generated output phase voltage level is adjusted in response to its corresponding adjusted reference voltage. providing a multi-phase converter comprising a plurality of phase paths, wherein each phase path comprises at least one dc-link that is independent from every other phase path dc-link ; generating a plurality of output phase voltages via the multi-phase converter in response to a predetermined reference voltage for each phase, wherein each output phase voltage is based on at least one corresponding dc-link voltage source that can be different from every other phase voltage dc-link voltage source; determining a total dc-link voltage level associated with each output phase voltage; calculating a first difference voltage based on the predetermined reference voltage level and the positive dc-link voltage for each phase; calculating a second difference voltage based on the predetermined reference voltage level and the negative dc-link voltage for each phase; calculating a maximum of the second difference voltage for all phases; calculating a minimum of the first difference voltage for all phases; calculating a common mode injection voltage as the average of the maximum second difference voltage and the minimum first difference voltage for each phase; and adding the common mode injection voltage to the predetermined reference voltage and generating an adjusted reference voltage therefrom for each phase, such that each generated output phase voltage level is adjusted in response to its corresponding adjusted reference voltage.
A composition for use in treating wounds comprising a combination of proteins derived from Cohn fraction IV and/or Cohn fraction IV-1 paste, wherein the composition is enriched with at least one of transferrin, immunoglobulin, haptoglobin and alpha-2-macroglobulin and having a reduced content of alpha-1 antitrypsin (AAT) compared to the AAT content in the source Cohn fraction material, wherein the AAT content is 10% or less out of the total protein content of said composition.
A vehicle arresting system comprising an arrestor-bed laid onto a base/ground and having longitudinal centre axis extending from a front end, the front end being a side of the arrestor-bed at which a vehicle is expected to enter the arrestor-bed , to a back end opposite the front end, wherein the arrestor-bed comprises: a plurality of prefabricated blocks of a compactible foam material assembled and adhered together side-by-side, wherein the assembly of prefabricated blocks comprises an even numbered set of linear lanes of prefabricated blocks , half of the set is located on a left side and half of the set is located on a right side of the longitudinal centre axis of the arrestor-bed, characterised in that each linear line of prefabricated blocks is angled with an angle α, where 0° < α ≤ 30°, towards the longitudinal centre axis of the arrestor-bed such that the set of linear lanes , as seen from above, forms a series of consecutive inverted V-patterns along the longitudinal centre axis of the arrestor-bed, and the prefabricated blocks are shaped and dimensioned such that they totally cover/tesselate a surface area of the base/ground on which the arrestor-bed is laid onto. a plurality of prefabricated blocks of a compactible foam material assembled and adhered together side-by-side, wherein the assembly of prefabricated blocks comprises an even numbered set of linear lanes of prefabricated blocks , half of the set is located on a left side and half of the set is located on a right side of the longitudinal centre axis of the arrestor-bed, characterised in that each linear line of prefabricated blocks is angled with an angle α, where 0° < α ≤ 30°, towards the longitudinal centre axis of the arrestor-bed such that the set of linear lanes , as seen from above, forms a series of consecutive inverted V-patterns along the longitudinal centre axis of the arrestor-bed, and the prefabricated blocks are shaped and dimensioned such that they totally cover/tesselate a surface area of the base/ground on which the arrestor-bed is laid onto.
An efflux pump inhibitor of the following formula: or a pharmaceutically acceptable salt thereof, for use in a method of treating a microbial infection in a subject, wherein treatment comprises administration of an effective amount of the efflux pump inhibitor and administration of an antimicrobial agent to the subject.
Refrigeration appliance, in particular household refrigeration appliance, with a refrigerant circuit, to which the following are connected in series one after the other between a pressure port and a suction port of a compressor : a condenser , a first choke point , a first evaporator for cooling a first storage chamber , a second choke point , wherein at least one of the first and second choke points can be set in order to control the pressure in the first evaporator , wherein the refrigerant circuit comprises a first branch , which contains the first choke point , the first evaporator and the second choke point , and at least one second branch in parallel with said first branch , in which a third choke point , a second evaporator arranged in thermal contact with a second storage chamber and a fourth choke point are linked in series, wherein at least one of the third and fourth choke points can be set in order to control the pressure in the second evaporator , characterised in that a third evaporator for cooling a third storage chamber is connected between the second choke point and the suction port , a junction , at which the first branch and the second branch convene, lies upstream from the third evaporator , and the third choke point can be set.
Warp knitting loom having a compound needle bar , which comprises a plurality of compound needles, and a drive acting on the compound needle bar , which drive has a linear guide having a first part and a second part moveable relative to the first part , wherein the first part is pivotable with a pivoting movement about a pivot axis and the second part is connected to the compound needle bar , characterized in that the pivot axis is a first pivot axis and the second part is connected articulated with a linkage , which is pivotable about a second pivot axis which is separate from the first pivot axis .
Manual spraying device comprising: - a manually actuatable pusher , said pusher comprising a spraying nozzle , said spraying nozzle comprising an inner chamber adapted to receive a pressurised, non-gaseous fluid product, and delimited outwards by a perforated front wall , - a reservoir of fluid product to be sprayed, - and a dispensing device , mechanically actuatable by the pusher and adapted to transfer the fluid product from the reservoir to the inner chamber of the nozzle, - the front wall comprises a plurality of calibrated holes each having a diameter comprised between 1 and 100μm, the diameter of each hole not differing from an average of the diameters of the different holes by more than 20%, - the front wall (17b; 17c) is elastically deformable between a rest state, wherein said front wall (17b; 17c) is flat, and an actuation state when the pressurised fluid product is transferred into the inner chamber , wherein said front wall (17b; 17c) has a convexity rotated outwards. - a manually actuatable pusher , said pusher comprising a spraying nozzle , said spraying nozzle comprising an inner chamber adapted to receive a pressurised, non-gaseous fluid product, and delimited outwards by a perforated front wall , - a reservoir of fluid product to be sprayed, - and a dispensing device , mechanically actuatable by the pusher and adapted to transfer the fluid product from the reservoir to the inner chamber of the nozzle, - the front wall comprises a plurality of calibrated holes each having a diameter comprised between 1 and 100μm, the diameter of each hole not differing from an average of the diameters of the different holes by more than 20%, - the front wall (17b; 17c) is elastically deformable between a rest state, wherein said front wall (17b; 17c) is flat, and an actuation state when the pressurised fluid product is transferred into the inner chamber , wherein said front wall (17b; 17c) has a convexity rotated outwards.
A formulation in the form of a lozenge for use in the treatment of sore throat comprising an endothermic cooling agent having a heat of enthalpy between -10cal/g and -100cal/g selected from the group consisting of xylitol, sorbitol, mannitol and erythritol, and one or more active agents wherein the endothermic agent is present in the formulation at an amount in the range of 1 - 5% w/w and wherein the one or more active agents are selected from the group comprising 2,4-dichlorobenzyl alcohol, amyl metacresol, hexylresorcinol, flurbiprofen, lidocaine, benzocaine, cetylpyridinium chloride, dequalinium chloride, menthol, ambroxol hydrochloride, dextromethorphan hydrobromide and guaifenesin.