mhurhangee/patent-ind-claim-en huggingface dataset:
Device for separating wet paint overspray from a crude gas stream containing overspray particles, comprising at least two filter devices which each comprise an inlet opening through which a partial crude gas stream enters into the respective filter device , and each comprise at least one filter element for separating the overspray from the partial crude gas stream , wherein the device comprises at least one receptacle for collecting a mixture, cleaned off of filter elements of a plurality of filter devices , of auxiliary filter material and wet paint overspray, and a mixing device arranged within the receptacle for mechanically mixing the cleaned off mixture of auxiliary filter material and wet paint overspray from a plurality of filter devices , wherein the mixture of auxiliary filter material and wet paint overspray passes from the filter elements into the receptacle by periodically cleaning off the filter elements , wherein differences in the concentration of wet paint overspray in the material cleaned off from different filter devices are compensated by the mechanical mixing, wherein the receptacle has an inlet for fresh auxiliary filter material for reducing the concentration of wet paint overspray in the material located in the receptacle , and wherein the receptacle is configured as a trough which extends from a region vertically below a first filter device into a region vertically below a second filter device .
Blow moulding, filling and closing method for producing a filled and sealed as well as storable container product, in particular in the form of a vial product, which, formed from a plastic material, has a single-layer container or vial wall and, when the product is put into use by exposing at least one removal opening, allows the product contents to be removed, in particular for oral use, wherein the capacity of the container product for the filling material to be held and stored, in particular in the form of a liquid, is less than 50 ml, characterised in that plastic materials which are suitable for the method are selected which, in cooperation with the container contents, are neutral in taste and/or odour or are substantially neutral in taste and/or odour before and when the product is put into use and this neutrality is also maintained over a prolonged storage period; in that aromatic polyester polymers and/or polyester copolymers and/or blends of these materials are used as plastic materials for the products to be manufactured; and in that a polyethylene furanoate (PEF) or a polyethylene terephthalate (PET) and copolymers and/or blends thereof are used at least in part as the respective aromatic polyester polymer. wherein the capacity of the container product for the filling material to be held and stored, in particular in the form of a liquid, is less than 50 ml, characterised in that plastic materials which are suitable for the method are selected which, in cooperation with the container contents, are neutral in taste and/or odour or are substantially neutral in taste and/or odour before and when the product is put into use and this neutrality is also maintained over a prolonged storage period; in that aromatic polyester polymers and/or polyester copolymers and/or blends of these materials are used as plastic materials for the products to be manufactured; and in that a polyethylene furanoate (PEF) or a polyethylene terephthalate (PET) and copolymers and/or blends thereof are used at least in part as the respective aromatic polyester polymer.
A production facility monitoring device that is configured to monitor a state of a production facility , the device comprising: a learning unit configured to learn a classification rule that classifies an abnormal degree of the production facility on the basis of a text feature amount including a first main component and a second main component which are obtained by performing a main component analysis on a main component of a vector including a number of numerical characters, a number of alphabetic characters and a number of symbol characters in texts included in a plurality of pieces of log data obtained in a predetermined process of the production facility and production history information in which normal and abnormal states of the production facility are recorded; an extraction unit configured to extract a text feature amount of log data to be monitored obtained in the predetermined process of the production facility; and a determination unit configured to determine an abnormal degree of the production facility when the log data to be monitored is obtained on the basis of the text feature amount extracted by the extraction unit and the classification rule. a learning unit configured to learn a classification rule that classifies an abnormal degree of the production facility on the basis of a text feature amount including a first main component and a second main component which are obtained by performing a main component analysis on a main component of a vector including a number of numerical characters, a number of alphabetic characters and a number of symbol characters in texts included in a plurality of pieces of log data obtained in a predetermined process of the production facility and production history information in which normal and abnormal states of the production facility are recorded; an extraction unit configured to extract a text feature amount of log data to be monitored obtained in the predetermined process of the production facility; and a determination unit configured to determine an abnormal degree of the production facility when the log data to be monitored is obtained on the basis of the text feature amount extracted by the extraction unit and the classification rule.
A method for verifying the authenticity of a digital data set, D, comprising: selecting a plurality, T, of secret values, s i ; for selected ones of the secret values, computing a representative value, r, as the output of a randomizing function; computing a public key, K pub , from the representative values; computing a document function value, h doc , of the digital data set; compiling a set of T authentication code values, H, by computing each authentication code value as an at least pseudo-randomizing functional combination of the document function value and a respective one of the secret values; timestamping the set of T authentication code values at a signing time t, said timestamping being synchronized with physical time, and compiling a time vector corresponding to a digital representation of the signing time; grouping binary bits of the time vector into time vector elements; digitally signing the set of authentication code values at the signing time r to yield a first signature, S t ; compiling a selected key vector, K, having a plurality of key vector elements; setting each key vector element to either the value of the respective secret value, s i , or to its corresponding representative value, r i , depending on the logical state of a corresponding time vector element; and forming a signature, S, of the digital data set, D, to include the set of authentication code values, the first signature, and the selected key vector. selecting a plurality, T, of secret values, s i ; for selected ones of the secret values, computing a representative value, r, as the output of a randomizing function; computing a public key, K pub , from the representative values; computing a document function value, h doc , of the digital data set; compiling a set of T authentication code values, H, by computing each authentication code value as an at least pseudo-randomizing functional combination of the document function value and a respective one of the secret values; timestamping the set of T authentication code values at a signing time t, said timestamping being synchronized with physical time, and compiling a time vector corresponding to a digital representation of the signing time; grouping binary bits of the time vector into time vector elements; digitally signing the set of authentication code values at the signing time r to yield a first signature, S t ; compiling a selected key vector, K, having a plurality of key vector elements; setting each key vector element to either the value of the respective secret value, s i , or to its corresponding representative value, r i , depending on the logical state of a corresponding time vector element; and forming a signature, S, of the digital data set, D, to include the set of authentication code values, the first signature, and the selected key vector.
Tool for reaming a trapezium bone when implanting a joint prosthesis in the thumb , in which the tool has a head and a handle which extend along an axis , wherein a connecting piece is provided between the head and the handle, characterised in that the connecting piece lies at a distance from the axis in such a way that when rotating the head back and forth using the handle, the connecting piece will move at a distance from the thumb while the axis runs through the thumb.
An autoinjector with a longitudinal axis (L) for dispensing a liquid product, comprising: a) a housing and a product container , in particular a syringe, arranged in the housing, the product container comprising a piston displaceable in a dispensing direction for dispensing the product contained in the product container; b) a drive member for displacing the piston during the product dispensing; and a first spring for displacing the drive member, wherein the first spring is pretensioned such that it can dispense the product from the product container by displacing the drive member by a dispensing stroke (H A ) and by displacing the piston; characterized by c) a signal element ; a signal stop ; and a second spring , wherein the second spring exerts a spring force on the signal element opposite the dispensing direction, and wherein the signal element, during a first part stroke (Hs) of the dispensing stroke (H A ) and via a first engagement element , is coupled with the drive member in an axial coupling such that, as the drive member is displaced, the signal element is displaced in the dispensing direction and the second spring is tensed, and wherein when the axial coupling between the signal element and the drive member is released, the signal element may be accelerated by the second spring opposite the dispensing direction and relative to one or more of the drive member or the housing, whereby the signal element accelerated by the second spring strikes the signal stop of the housing thereby generating one or more of an acoustic or a tactile signal. a) a housing and a product container , in particular a syringe, arranged in the housing, the product container comprising a piston displaceable in a dispensing direction for dispensing the product contained in the product container; b) a drive member for displacing the piston during the product dispensing; and a first spring for displacing the drive member, wherein the first spring is pretensioned such that it can dispense the product from the product container by displacing the drive member by a dispensing stroke (H A ) and by displacing the piston; characterized by c) a signal element ; a signal stop ; and a second spring , wherein the second spring exerts a spring force on the signal element opposite the dispensing direction, and wherein the signal element, during a first part stroke (Hs) of the dispensing stroke (H A ) and via a first engagement element , is coupled with the drive member in an axial coupling such that, as the drive member is displaced, the signal element is displaced in the dispensing direction and the second spring is tensed, and wherein when the axial coupling between the signal element and the drive member is released, the signal element may be accelerated by the second spring opposite the dispensing direction and relative to one or more of the drive member or the housing, whereby the signal element accelerated by the second spring strikes the signal stop of the housing thereby generating one or more of an acoustic or a tactile signal.
A cleaning device , in particular a floor cleaning device, with a cleaning unit at least partially covered by an endless cleaning element , which while acting on a surface to be cleaned can rotate continuously relative to the surface to be cleaned, wherein the cleaning unit has at least one first roller part that can be placed on the surface to be cleaned and a second roller part , wherein a radius of curvature (r 1 ) for a roller subsection of the first roller part is different from a radius of curvature (r 2 ) for a roller subsection of the second roller part , characterized in that at least one roller part is non-rotatably arranged inside of the cleaning unit .
A spine alignment system , comprising: a pedicle screw having a longitudinal axis, the pedicle screw having a screw head , wherein the screw head includes a threaded bore and a slot having a longitudinal axis that is substantially perpendicular to the longitudinal axis of the pedicle screw; an extension shaft secured to the pedicle screw , such that a longitudinal axis of the extension shaft is substantially coaxial with the longitudinal axis of the pedicle screw, said extension shaft including a longitudinal through-hole ; an inner rod configured to be received within the longitudinal through-hole in the extension shaft , wherein the inner rod includes a threaded distal end configured to threadedly engage the threaded bore in the head of the pedicle screw ; a cap having a through-hole configured to receive the extension shaft , the through-hole having a longitudinal axis, wherein the cap includes a slot having a longitudinal axis that is substantially perpendicular to the longitudinal axis of the through-hole, and wherein the slot of the screw head and the slot of the cap, together, form a substantially cylindrical passage configured to receive an alignment rod ; and, a nut configured to receive the extension shaft and facilitate movement of the cap along the extension shaft; and characterised in that the inner rod includes a stepped portion configured to abut the proximal end of the extension shaft thereby securing the extension shaft to the head of the pedicle screw. a pedicle screw having a longitudinal axis, the pedicle screw having a screw head , wherein the screw head includes a threaded bore and a slot having a longitudinal axis that is substantially perpendicular to the longitudinal axis of the pedicle screw; an extension shaft secured to the pedicle screw , such that a longitudinal axis of the extension shaft is substantially coaxial with the longitudinal axis of the pedicle screw, said extension shaft including a longitudinal through-hole ; an inner rod configured to be received within the longitudinal through-hole in the extension shaft , wherein the inner rod includes a threaded distal end configured to threadedly engage the threaded bore in the head of the pedicle screw ; a cap having a through-hole configured to receive the extension shaft , the through-hole having a longitudinal axis, wherein the cap includes a slot having a longitudinal axis that is substantially perpendicular to the longitudinal axis of the through-hole, and wherein the slot of the screw head and the slot of the cap, together, form a substantially cylindrical passage configured to receive an alignment rod ; and, a nut configured to receive the extension shaft and facilitate movement of the cap along the extension shaft; and characterised in that the inner rod includes a stepped portion configured to abut the proximal end of the extension shaft thereby securing the extension shaft to the head of the pedicle screw.
A compound of Formula III: or a pharmaceutically acceptable salt thereof, wherein: R 1 is H; and R 2 is furan-3-yl, tetrahydrofuran-3-yl, furan-2-yl, tetrahydrofuran-2-yl, 5-ethylfuran-2-yl or pyridin-3-yl. R 1 is H; and R 2 is furan-3-yl, tetrahydrofuran-3-yl, furan-2-yl, tetrahydrofuran-2-yl, 5-ethylfuran-2-yl or pyridin-3-yl.
Method for transmitting media between a first terminal and at least one second terminal among a plurality of second terminals , the first terminal being identified with a plurality of session servers while each of the second terminals is identified with at least one session server (3A; 3B; 3C) among said plurality of session servers , each of the session servers (3A; 3B; 3C) establishing communication channels from one terminal (1; 2A, 2B, 2C, 2D, 2E) to at least one other terminal (2A, 2B, 2C, 2D, 2E; 1) among the terminals identified with said session server (3A; 3B; 3C), the method comprising: - upon reception by a proxy server of a single media stream from the first terminal , - transmitting said media stream from the proxy server to at least one of the session servers (3A; 3B; 3C) selected among said plurality of session servers (3A; 3B; 3C); and/or - upon reception by the proxy server of a plurality of media streams, each originating from a second terminal , from a plurality of session servers (3A; 3B; 3C), - transmitting, from the proxy server to the first terminal , a single media stream selected among the plurality of media streams received ; the said method further comprising : - upon reception by a proxy server of a single media stream associated with addressing data , from the first terminal , - selection by the proxy server of at least one of the session servers (3A; 3B; 3C), based on the addressing data ; and - transmission of said media stream from the proxy server to each of the selected session servers (3A; 3B; 3C). - upon reception by a proxy server of a single media stream from the first terminal , - transmitting said media stream from the proxy server to at least one of the session servers (3A; 3B; 3C) selected among said plurality of session servers (3A; 3B; 3C); and/or - transmitting said media stream from the proxy server to at least one of the session servers (3A; 3B; 3C) selected among said plurality of session servers (3A; 3B; 3C); - upon reception by the proxy server of a plurality of media streams, each originating from a second terminal , from a plurality of session servers (3A; 3B; 3C), - transmitting, from the proxy server to the first terminal , a single media stream selected among the plurality of media streams received ; - transmitting, from the proxy server to the first terminal , a single media stream selected among the plurality of media streams received ; - upon reception by a proxy server of a single media stream associated with addressing data , from the first terminal , - selection by the proxy server of at least one of the session servers (3A; 3B; 3C), based on the addressing data ; and - transmission of said media stream from the proxy server to each of the selected session servers (3A; 3B; 3C). - selection by the proxy server of at least one of the session servers (3A; 3B; 3C), based on the addressing data ; and - transmission of said media stream from the proxy server to each of the selected session servers (3A; 3B; 3C).
A formulation for a fibrous non-woven facing material, wherein the formulation comprises: (i) a binder; (ii) a filler; and (iii) an extender; wherein the median particle size, d 50 , of the extender is equal to or less than 3.5 μm, and wherein the extender has a non-spherical morphology; wherein the median particle size, d 50 , of the filler is equal to or less than 3.0 μm and wherein the filler has a d 10 equal to or less than 1.0 μm and a d 90 equal to or less than 6.0 μm; and wherein the formulation comprises less than 13 wt% titanium dioxide on a dry solids basis. (i) a binder; (ii) a filler; and (iii) an extender; wherein the median particle size, d 50 , of the extender is equal to or less than 3.5 μm, and wherein the extender has a non-spherical morphology; wherein the median particle size, d 50 , of the filler is equal to or less than 3.0 μm and wherein the filler has a d 10 equal to or less than 1.0 μm and a d 90 equal to or less than 6.0 μm; and wherein the formulation comprises less than 13 wt% titanium dioxide on a dry solids basis.
A method performed by a UE comprising: receiving from a base station first information on a timer and on at least one quality threshold on a point-to-multipoint channel associated with a multimedia broadcast multicast service; monitoring , during a time window matching a monitor time window at the base station provided by the timer, received multimedia broadcast multicast service data based on the at least one quality threshold in the first information; detecting , based on the at least one quality threshold, the abnormal reception of the data; and transmitting to the base station second information on the abnormal reception in response to the detection. receiving from a base station first information on a timer and on at least one quality threshold on a point-to-multipoint channel associated with a multimedia broadcast multicast service; monitoring , during a time window matching a monitor time window at the base station provided by the timer, received multimedia broadcast multicast service data based on the at least one quality threshold in the first information; detecting , based on the at least one quality threshold, the abnormal reception of the data; and transmitting to the base station second information on the abnormal reception in response to the detection.
A polypropylene film, wherein the relationship between the sum (E' 135 (MD + TD)) of the storage moduli in the machine direction and the transverse direction of said film, as determined by solid viscoelasticity measurement at 135°C, as described in the description, and the sum (E' 125 (MD + TD)) of said storage moduli, as determined by solid viscoelasticity measurement at 125°C, as described in the description, satisfies the following formula: E ′ 135 MD + TD / E ′ 125 MD + TD > 0.7 .
A hot press for producing a flat part , the flat part preferably being made of a composite material and preferably comprising at least one layer of fibrous reinforcement and a matrix for strengthening this fibrous reinforcement, the hot press comprising: - two members , each member comprising a plate , the plates both having a pressing surface , which face each other, are substantially parallel and each define a surface area of at least 1m 2 , the pressing surfaces thus delimiting between them a space for receiving an element to be heated and pressed, each member comprising a frame opposite the pressing surface, the plate of each member resting against the frame of that member, - a pressing actuator , configured to exert a pressing force (P) on at least one of the two members , via the frame of that member, towards the other member , and - means for heating at least one of the pressing surfaces to a temperature of between approximately 300 and 450°C, characterised in that the hot press further comprises a compensation system (44; 144), comprising at least one removable wedge (45, 46, 47; 145, 146, 147) interposed between the frame and the plate of at least one of the two members , the removable wedge thus resting against the bed of that member in order to impose a deformation of the pressing surface of that member in the direction of the other member . - two members , each member comprising a plate , the plates both having a pressing surface , which face each other, are substantially parallel and each define a surface area of at least 1m 2 , the pressing surfaces thus delimiting between them a space for receiving an element to be heated and pressed, each member comprising a frame opposite the pressing surface, the plate of each member resting against the frame of that member, - a pressing actuator , configured to exert a pressing force (P) on at least one of the two members , via the frame of that member, towards the other member , and - means for heating at least one of the pressing surfaces to a temperature of between approximately 300 and 450°C,