mhurhangee/patent-ind-claim-en huggingface dataset:
An insert(A) which has a polygonal shape, the insert (A) comprising a cutting edge portion which is provided on at least one side of the polygonal shape, and the cutting edge portion having - a rake face being a generally conical shape protrusion formed on one of opposite surfaces in the thickness direction of the insert (A); - a recessed flank face formed on a side surface intersecting with the one surface in the thickness direction; and - a recessed cutting edge that is formed between the rake face and the flank face , characterized in that, when, in plan view, a reference line (X) is defined as a line that is in a direction perpendicular to the side of the polygonal shape, said side having the cutting edge , the width of the generally conical shape protrusion in the direction along the reference line (X) is smaller than half of the width of the generally conical shape protrusion in the direction perpendicular to the reference line (X). - a rake face being a generally conical shape protrusion formed on one of opposite surfaces in the thickness direction of the insert (A); - a recessed flank face formed on a side surface intersecting with the one surface in the thickness direction; and - a recessed cutting edge that is formed between the rake face and the flank face , characterized in that, when, in plan view, a reference line (X) is defined as a line that is in a direction perpendicular to the side of the polygonal shape, said side having the cutting edge , the width of the generally conical shape protrusion in the direction along the reference line (X) is smaller than half of the width of the generally conical shape protrusion in the direction perpendicular to the reference line (X).
A control device for identifying compounds of an unknown sample, comprising one or more processors to; receive a global classification model from another device, the global classification model being generated by the other device and being distributed to a plurality of control devices, each of the plurality of control devices including the control device , and the global classification model including a set of classes, wherein each class is a grouping of similar compounds that share one or more characteristics in common; receive information identifying results of a spectroscopic measurement of the unknown sample; perform a first classification of the unknown sample based on the results of the spectroscopic measurement and the global classification model, wherein performing the first classification comprises determining confidence metrics associated with assigning the unknown sample to each class; generate a local classification model based on the first classification, the local classification model including a subset of the set of classes of the global classification model, the subset of classes being the classes with the confidence metrics satisfying a minimum threshold probability; perform a second classification of the unknown sample based on the results of the spectroscopic measurement and the local classification model; and assign a spectrum of the unknown sample to a class of the subset of classes of the local classification model based on performing the second classification, thereby identifying a type of compound of the unknown sample.
A parking control method for executing a control instruction to move a vehicle (V) along a parking route on a basis of an operation command acquired from an operator (M) located outside the vehicle (V), comprising: detecting movement of the operator (M); characterized by calculating an anxiety level (AX) of the operator (M) from the movement of the operator (M); and when the anxiety level (AX) is less than a predetermined threshold, parking the vehicle (V) in accordance with a first control instruction that is preliminarily set in the control instruction, while when the anxiety level (AX) is not less than the predetermined threshold, calculating a second control instruction obtained by limiting a control range of the first control instruction, and parking the vehicle (V) in accordance with the second control instruction. detecting movement of the operator (M); characterized by calculating an anxiety level (AX) of the operator (M) from the movement of the operator (M); and when the anxiety level (AX) is less than a predetermined threshold, parking the vehicle (V) in accordance with a first control instruction that is preliminarily set in the control instruction, while when the anxiety level (AX) is not less than the predetermined threshold, calculating a second control instruction obtained by limiting a control range of the first control instruction, and parking the vehicle (V) in accordance with the second control instruction.
A method comprising: contacting an olefinic feed with syngas and a hydroformylation catalyst comprising a Group 9 transition metal under conditions effective to form a hydroformylation reaction product; treating the hydroformylation reaction product with an aqueous carboxylic acid under oxidizing conditions to form a deactivated catalyst aqueous solution having a pH of about 4 or less; reducing the hydroformylation reaction product to form a reduced reaction product; conveying a gas stream through the reduced reaction product at a rate sufficient to strip at least some carbon dioxide therefrom, thereby forming a stripped reduced reaction product; contacting fresh caustic aqueous solution with the stripped reduced reaction product; recovering a partially spent caustic aqueous solution after contacting the stripped reduced reaction product with the fresh caustic aqueous solution; combining at least a portion of the partially spent caustic aqueous solution and the deactivated catalyst aqueous solution to form a combined aqueous mixture having a pH sufficiently acidic to decompose carbonate; extracting a Group 9 transition metal carboxylate from the combined aqueous mixture into an organic phase; and exposing the organic phase to the conditions effective to form the hydroformylation reaction product. contacting an olefinic feed with syngas and a hydroformylation catalyst comprising a Group 9 transition metal under conditions effective to form a hydroformylation reaction product; treating the hydroformylation reaction product with an aqueous carboxylic acid under oxidizing conditions to form a deactivated catalyst aqueous solution having a pH of about 4 or less; reducing the hydroformylation reaction product to form a reduced reaction product; conveying a gas stream through the reduced reaction product at a rate sufficient to strip at least some carbon dioxide therefrom, thereby forming a stripped reduced reaction product; contacting fresh caustic aqueous solution with the stripped reduced reaction product; recovering a partially spent caustic aqueous solution after contacting the stripped reduced reaction product with the fresh caustic aqueous solution; combining at least a portion of the partially spent caustic aqueous solution and the deactivated catalyst aqueous solution to form a combined aqueous mixture having a pH sufficiently acidic to decompose carbonate; extracting a Group 9 transition metal carboxylate from the combined aqueous mixture into an organic phase; and exposing the organic phase to the conditions effective to form the hydroformylation reaction product.
A municipal or industrial waste water treatment facility, which facility includes: a primary treatment unit which provides, on the outlet , primary sludge directed to an anaerobic digester , the waste water containing a suspended solids (SS) inflow, characterised in that the primary treatment unit consists of a primary filter with an adjusting means consisting of a mechanical primary filter with a rotary filter belt driven by an adjustable speed motor as an adjusting means (B, 15) provided to ensure a modification of the rotation speed of the filtering belt(s), and in that it includes a device for measuring the flow rate of the primary sludge (Qprim), provided on the duct for supplying the digester , and a connection provided between the measuring device and the adjusting means (B) of the primary treatment , for transmitting instructions for adjusting the production of sludge from the measuring device , the device for measuring the primary sludge flow rate being associated with a probe for measuring the concentration of SS of the primary sludge. a primary treatment unit which provides, on the outlet , primary sludge directed to an anaerobic digester , the waste water containing a suspended solids (SS) inflow, characterised in that the primary treatment unit consists of a primary filter with an adjusting means consisting of a mechanical primary filter with a rotary filter belt driven by an adjustable speed motor as an adjusting means (B, 15) provided to ensure a modification of the rotation speed of the filtering belt(s), and in that it includes a device for measuring the flow rate of the primary sludge (Qprim), provided on the duct for supplying the digester , and a connection provided between the measuring device and the adjusting means (B) of the primary treatment , for transmitting instructions for adjusting the production of sludge from the measuring device , the device for measuring the primary sludge flow rate being associated with a probe for measuring the concentration of SS of the primary sludge.
A terminal comprising: a receiving section configured to receive a synchronization signal and a broadcast channel; and a control section configured to assume a same numerology for the broadcast channel as a numerology for the synchronization signal, when a plurality of numerologies are supported, and wherein the control section is configured to identify a numerology for a system information block based on information on a numerology notified by the broadcast channel. a receiving section configured to receive a synchronization signal and a broadcast channel; and a control section configured to assume a same numerology for the broadcast channel as a numerology for the synchronization signal, when a plurality of numerologies are supported, and wherein the control section is configured to identify a numerology for a system information block based on information on a numerology notified by the broadcast channel.
A method for determining whether to offload traffic of a user equipment, UE, to a wireless local area network, WLAN, the method performed by a Mobility Management Entity, MME, controlling a control plane and comprising: receiving subscriber information on the UE from a subscriber information server, the method being characterized wherein the subscriber information includes a first WLAN offloadability indication indicating that a packet data network, PDN, connection may be offloaded; determining WLAN offloadability for the PDN connection based on the first WLAN offloadability indication and configuration information; transmitting a second WLAN offloadability indication for the PDN connection which includes the determined WLAN offloadability to network nodes, which include a serving gateway, S-GW, and a PDN gateway, P-GW, ; and transmitting the second WLAN offloadability indication to the UE, wherein the determined WLAN offloadability, which is included in the second WLAN offloadability indication, indicates that the PDN connection is not offloaded to the WLAN, and wherein the second WLAN offloadability indication enables the P-GW to determine not to perform a network based IP flow mobility, NBIFOM, for allowing the PDN connection to be offloaded to the WLAN, even though other conditions for the NBIFOM are satisfied. receiving subscriber information on the UE from a subscriber information server, the method being characterized wherein the subscriber information includes a first WLAN offloadability indication indicating that a packet data network, PDN, connection may be offloaded; determining WLAN offloadability for the PDN connection based on the first WLAN offloadability indication and configuration information; transmitting a second WLAN offloadability indication for the PDN connection which includes the determined WLAN offloadability to network nodes, which include a serving gateway, S-GW, and a PDN gateway, P-GW, ; and transmitting the second WLAN offloadability indication to the UE, wherein the determined WLAN offloadability, which is included in the second WLAN offloadability indication, indicates that the PDN connection is not offloaded to the WLAN, and wherein the second WLAN offloadability indication enables the P-GW to determine not to perform a network based IP flow mobility, NBIFOM, for allowing the PDN connection to be offloaded to the WLAN, even though other conditions for the NBIFOM are satisfied.
A method for identifying a composition or compound having antimicrobial and/or anti-biofilm activities against a microorganism of interest, comprising the steps of a) providing a composition or compound, b) bringing the composition or compound in contact with a microorganism of interest in a growth medium; c) incubating said microorganism in the presence of said composition or compound; d) determining the growth of the microorganism by measuring the optical density in intervals during the incubation under c); e) preparing a growth curve from the measurement obtained under d); and f) analyzing the growth curve to determine if the composition or compound has antimicrobial and/or anti-biofilm activities against the microorganism; wherein step f) comprises comparing the growth curve prepared in step e) with a control growth curve which is obtained in accordance with steps c) to e) with all conditions being identical except that the microorganism is incubated in the absence of the composition or compound; wherein the control growth curve exhibits a first phase including an increase in optical density within a first period of time, a second phase including an increase in optical density within a second period of time, and a stationary phase between the first phase and the second phase. wherein step f) comprises comparing the growth curve prepared in step e) with a control growth curve which is obtained in accordance with steps c) to e) with all conditions being identical except that the microorganism is incubated in the absence of the composition or compound; wherein the control growth curve exhibits a first phase including an increase in optical density within a first period of time, a second phase including an increase in optical density within a second period of time, and a stationary phase between the first phase and the second phase.
Device for closing passage openings such as gate, door, window, French window openings or the like, which device comprises a closing element at least partially constituted by a grid and which device is movable from a closed position of the passage opening to an at least partially or totally closed position of said passage opening, or vice versa, wherein the closing element is made so that at least part of its extent, and preferably its entire extent, can be alternately wound around a winding core and unwound from said winding core, the grid element being constituted by a plurality of flexible, longitudinal cables , parallel and placed side-by-side, which are oriented in a direction basically perpendicular to the winding axis, which cables are connected to each other by a plurality of transverse elements oriented parallel to the winding axis and are retained by them at predetermined distances, while said transverse elements are stably coupled to each longitudinal cable at the point of intersection therewith, the completely wound condition of the grid element on the winding core corresponding to the open condition of the passage opening and the completely unwound condition of the grid element from the winding core to the completely closed condition of the passage opening, the grid element is provided in combination with two opposite side guides oriented parallel to the longitudinal cables and in which each side edge, parallel to said longitudinal cables, is slidingly engaged and further characterized in that the said side guides end in a spiral guide coaxial to the winding core. wherein the closing element is made so that at least part of its extent, and preferably its entire extent, can be alternately wound around a winding core and unwound from said winding core, the grid element being constituted by a plurality of flexible, longitudinal cables , parallel and placed side-by-side, which are oriented in a direction basically perpendicular to the winding axis, which cables are connected to each other by a plurality of transverse elements oriented parallel to the winding axis and are retained by them at predetermined distances, while said transverse elements are stably coupled to each longitudinal cable at the point of intersection therewith, the completely wound condition of the grid element on the winding core corresponding to the open condition of the passage opening and the completely unwound condition of the grid element from the winding core to the completely closed condition of the passage opening, the grid element is provided in combination with two opposite side guides oriented parallel to the longitudinal cables and in which each side edge, parallel to said longitudinal cables, is slidingly engaged and further characterized in that the said side guides end in a spiral guide coaxial to the winding core.
Use of a duplex stainless steel in carbamate environment, said use comprising exposing the steel to a fluid comprising carbamate, the duplex stainless steel comprising in weight% (wt%): C max 0.030; Si max 0.8; Mn max 2.0; Cr 29.0 to 31.0; Ni 5.0 to 9.0; Mo less than 4.0; W less than 4.0; N 0.25-0.45; Cu max 2.0; S max 0.02; P max 0.03; and Ti, Nb, Hf, Ca, Al, Ba, V, Ce and B in an amount of max 0.5 wt.% in total, balance Fe and unavoidable occurring impurities; and wherein the content of Mo+W is greater than 3.0 but less than 4.0.
An apparatus for providing a processed audio signal representation on the basis of input audio signal representation , wherein the apparatus is configured to apply an un-windowing , in order to provide the processed audio signal representation on the basis of the input audio signal representation , wherein the apparatus is configured to adapt the un-windowing in dependence on one or more signal characteristics (140, 140 1 to 140 4 ) and/or in dependence on one or more processing parameters (150, 150 1 to 150 4 ) used for a provision of the input audio signal representation , wherein the un-windowing at least partially reverses an analysis windowing used for a provision of the input audio signal representation, wherein the apparatus is configured to at least partially remove a DC component of the input audio signal representation . wherein the apparatus is configured to apply an un-windowing , in order to provide the processed audio signal representation on the basis of the input audio signal representation , wherein the apparatus is configured to adapt the un-windowing in dependence on one or more signal characteristics (140, 140 1 to 140 4 ) and/or in dependence on one or more processing parameters (150, 150 1 to 150 4 ) used for a provision of the input audio signal representation , wherein the un-windowing at least partially reverses an analysis windowing used for a provision of the input audio signal representation, wherein the apparatus is configured to at least partially remove a DC component of the input audio signal representation .
A packaging device for articles , such as beverage containers or the like, comprising: - at least one transport device , - at least one transfer device , which can receive a packaging means already unfolded into a cardboard box and/or outer packaging and transfer it to the at least one transport device , and - at least one manipulator designed for inserting articles into packaging means already unfolded into a cardboard box and/or outer packaging , wherein packaging means already unfolded into a cardboard box and/or outer packaging can be aligned by means of the at least one transfer device , thereby bringing the packaging means into an orientation, which orientation is adapted to the respective insertion of articles via the at least one manipulator or by means of the at least one manipulator , - an erecting device , designed for forming cardboard boxes and/or outer packaging by unfolding packaging means and for transferring packaging means already unfolded into a cardboard box and/or outer packaging to the at least one transfer device and/or to a transfer tool , which is designed as a component of the at least one transfer device , characterized in that the at least one transfer device and/or the transfer tool , which is designed as a component of the at least one transfer device , can be moved back and forth between the transport device and the erecting device . - at least one transport device , - at least one transfer device , which can receive a packaging means already unfolded into a cardboard box and/or outer packaging and transfer it to the at least one transport device , and - at least one manipulator designed for inserting articles into packaging means already unfolded into a cardboard box and/or outer packaging , wherein packaging means already unfolded into a cardboard box and/or outer packaging can be aligned by means of the at least one transfer device , thereby bringing the packaging means into an orientation, which orientation is adapted to the respective insertion of articles via the at least one manipulator or by means of the at least one manipulator , - an erecting device , designed for forming cardboard boxes and/or outer packaging by unfolding packaging means and for transferring packaging means already unfolded into a cardboard box and/or outer packaging to the at least one transfer device and/or to a transfer tool , which is designed as a component of the at least one transfer device , characterized in that the at least one transfer device and/or the transfer tool , which is designed as a component of the at least one transfer device , can be moved back and forth between the transport device and the erecting device .