mhurhangee/ep-ind-claims huggingface dataset:
A cutting tool configured to rotate around an axis, comprising: a rake face; and a flank face continuous with the rake face, wherein the flank face is provided with a coolant supply hole, a ridgeline between the rake face and the flank face (10, 20) forms a cutting edge, an outer shape of the coolant supply hole in a cross section orthogonal to the axis includes a first portion facing the cutting edge when viewed from a direction parallel to the axis, and a second portion opposite to the cutting edge when viewed from the first portion, the first portion has a concave portion extending toward the second portion, the concave portion is defined by a first side portion and a second side portion facing each other, and a bottom continuous with both the first side portion and the second side portion, and in the cross section, an angle (θ1) formed by a tangent of the first side portion and a tangent of the second side portion is not more than 160°, characterised in that: the flank face has a front flank face and a rear flank face, the rear flank face is tilted toward a rear end portion relative to the front flank face, and an opening of the coolant supply hole opens to the rear flank face. a rake face; and a flank face continuous with the rake face, wherein the flank face is provided with a coolant supply hole, a ridgeline between the rake face and the flank face (10, 20) forms a cutting edge, an outer shape of the coolant supply hole in a cross section orthogonal to the axis includes a first portion facing the cutting edge when viewed from a direction parallel to the axis, and a second portion opposite to the cutting edge when viewed from the first portion, the first portion has a concave portion extending toward the second portion, the concave portion is defined by a first side portion and a second side portion facing each other, and a bottom continuous with both the first side portion and the second side portion, and in the cross section, an angle (θ1) formed by a tangent of the first side portion and a tangent of the second side portion is not more than 160°, characterised in that: the flank face has a front flank face and a rear flank face, the rear flank face is tilted toward a rear end portion relative to the front flank face, and an opening of the coolant supply hole opens to the rear flank face. the flank face has a front flank face and a rear flank face, the rear flank face is tilted toward a rear end portion relative to the front flank face, and an opening of the coolant supply hole opens to the rear flank face.
A computer-implemented method of providing navigation-related functions including a map display, the method comprising: receiving input corresponding to a geographic location; retrieving photo image data associated with the geographic location, the photo image data based on at least one image captured by a video camera or a photo camera; retrieving geographic map data corresponding to the geographic location; and providing the photo image data and the geographic map data to display a portion of an image view (300; 508; 900) representing at least a portion of the geographic location, wherein the image view comprises (i) an image data section corresponding to the retrieved photo image data and (ii) a digital map section (308, 512) corresponding to the retrieved geographic map data and the portion of the image view for display comprises at least a portion of the image data section and at least a portion of the digital map section, characterized in that the digital map section is integrated within the image view at a fixed position relative to the image data section such that if the displayed portion of the image view is panned away from the digital map section, more of the image data section is displayed and less of the digital map section is displayed, and if the displayed portion of the image view is panned towards the digital map section, less of the image data section is displayed and more of the digital map section is displayed. receiving input corresponding to a geographic location; retrieving photo image data associated with the geographic location, the photo image data based on at least one image captured by a video camera or a photo camera; retrieving geographic map data corresponding to the geographic location; and providing the photo image data and the geographic map data to display a portion of an image view (300; 508; 900) representing at least a portion of the geographic location, wherein the image view comprises (i) an image data section corresponding to the retrieved photo image data and (ii) a digital map section (308, 512) corresponding to the retrieved geographic map data and the portion of the image view for display comprises at least a portion of the image data section and at least a portion of the digital map section, characterized in that the digital map section is integrated within the image view at a fixed position relative to the image data section such that if the displayed portion of the image view is panned away from the digital map section, more of the image data section is displayed and less of the digital map section is displayed, and if the displayed portion of the image view is panned towards the digital map section, less of the image data section is displayed and more of the digital map section is displayed.
A catalyst article comprising a substrate comprising an inlet catalytic zone and an outlet catalytic zone, wherein said substrate has an inlet end, an outlet end, a length extending between the inlet end to the outlet end, wall elements and a plurality of passages defined by the wall elements; wherein an SCR catalyst composition is disposed at a concentration of at least 0.0793 g/cm 3 (1.3 g/in 3) on the wall elements from the inlet end toward the outlet end to a length that is less than the substrate's axial length to form the inlet catalytic zone; and an NH 3 destruction catalyst composition comprising a platinum group metal component dispersed on a refractory metal oxide, wherein the NH 3 destruction catalyst composition is disposed on the wall elements from the outlet end toward the inlet end to a length that is less than the substrate's axial length to form the outlet catalytic zone; and wherein there is from 0.0035 to 0.35 g/L (0.1 to 10 g/ft 3) of platinum group metal component in the outlet catalytic zone. wherein an SCR catalyst composition is disposed at a concentration of at least 0.0793 g/cm 3 (1.3 g/in 3) on the wall elements from the inlet end toward the outlet end to a length that is less than the substrate's axial length to form the inlet catalytic zone; and an NH 3 destruction catalyst composition comprising a platinum group metal component dispersed on a refractory metal oxide, wherein the NH 3 destruction catalyst composition is disposed on the wall elements from the outlet end toward the inlet end to a length that is less than the substrate's axial length to form the outlet catalytic zone; and wherein there is from 0.0035 to 0.35 g/L (0.1 to 10 g/ft 3) of platinum group metal component in the outlet catalytic zone.
A method of filling an inside of a frame with a thermal insulation material by additional foaming, the method comprising: a thermal insulation material preparation step to prepare a thermal insulation material (10, 10a) having a smaller size than that of a hollow part of a frame to be filled with the thermal insulation material (10, 10a) and formed as a foamed molded product; a moisture addition step to add moisture to a surface of the thermal insulation material (10, 10a); a thermal insulation material insertion step to insert the moisture-added thermal insulation material (10, 10a) into the hollow part of the frame; and an additional foaming and expansion step to expand the thermal insulation material (10, 10a) via additional foaming of the thermal insulation material formed as a foamed molded product inside the frame by heating the frame into which the thermal insulation material (10, 10a) is inserted. a thermal insulation material preparation step to prepare a thermal insulation material (10, 10a) having a smaller size than that of a hollow part of a frame to be filled with the thermal insulation material (10, 10a) and formed as a foamed molded product; a moisture addition step to add moisture to a surface of the thermal insulation material (10, 10a); a thermal insulation material insertion step to insert the moisture-added thermal insulation material (10, 10a) into the hollow part of the frame; and an additional foaming and expansion step to expand the thermal insulation material (10, 10a) via additional foaming of the thermal insulation material formed as a foamed molded product inside the frame by heating the frame into which the thermal insulation material (10, 10a) is inserted.
A control method for a synchronous generator system comprising the steps of: performing a first optimization to determine determining a first stator current angle (α) that minimizes a DC bus voltage error (V err) assuming fixed stator current magnitude (|i s |) and fixed field current magnitude (|i fd |); performing a second parametric optimization to determine a first field current magnitude (i fd) that minimizes the DC bus voltage error (V err) assuming fixed stator current magnitude (|i s |) and fixed stator current angle (|α|); calculating a first stator current magnitude (i s) using a first stator current angle (α) and a first field current magnitude (i fd); and outputting the first stator current magnitude (i s), the first stator current angle (α) and the first field current magnitude (i fd). performing a first optimization to determine determining a first stator current angle (α) that minimizes a DC bus voltage error (V err) assuming fixed stator current magnitude (|i s |) and fixed field current magnitude (|i fd |); performing a second parametric optimization to determine a first field current magnitude (i fd) that minimizes the DC bus voltage error (V err) assuming fixed stator current magnitude (|i s |) and fixed stator current angle (|α|); calculating a first stator current magnitude (i s) using a first stator current angle (α) and a first field current magnitude (i fd); and outputting the first stator current magnitude (i s), the first stator current angle (α) and the first field current magnitude (i fd).
Method for providing heat for a first heat pump for heating a building, characterised in that heat can be supplied to the first heat pump by means of a second heat pump and an air/heat transfer medium heat exchanger, and in that, depending on the outside temperature of the air surrounding the building and/or the efficiency of the first heat pump, heat is extracted either by means of the second heat pump or by means of the air/heat transfer medium heat exchanger from the air surrounding said second heat pump or air/heat transfer medium heat exchanger, and is supplied to the first heat pump via the heat transfer medium.
A double belt press having at least one press device, wherein the press device has at least one pressing plate and at least one counter-pressure element for the pressing plate, wherein the at least one pressing plate and the at least one counter-pressure element are arranged so as to be spaced apart from one another, wherein portions of a first endless and driven metal belt and of a second endless and driven metal belt are guided, opposite one another, through a press gap located between sides of the pressing plate facing one another and the plate-shaped counter-pressure element, wherein the press device has at least one pressing stamp (8, 9 10) having a pressing surface (11, 12, 13), mounted so as to be movable in the direction of the counter-pressure element and back again, wherein the portions of the first and the second endless metal belt (5, 6) guided through the press gap are guided between the pressing surface (11, 12, 13) of the at least one pressing stamp (8, 9, 10) and the at least one counter-pressure element, and the pressing surface (11, 12, 13) of the pressing stamp (8, 9, 10) is smaller than a surface of the side of the at least one pressing plate facing the at least one counter-pressure element, characterized in that a length of the pressing surface of the at least one pressing stamp (8, 9, 10) is larger, when viewed in a belt transverse direction (q) of the two metal belts (5, 6), than a width of the pressing surface of the at least one pressing stamp in the circumferential direction (u) of the two metal belts (5, 6), wherein the length of the pressing surface (11, 12, 13) of the at least one pressing stamp (8, 9, 10) is at least two thirds of a belt width (m) of the metal belts (5, 6), and the pressing surface (11, 12, 13), when viewed in the belt transverse direction (q) of the two metal belts (5, 6), covers at least one belt center and a belt region of both of the metal belts (5, 6) located on both sides of the belt center so as to be directly adjacent to the belt center.
An isolated polypeptide comprising at least one chemokine-binding peptide attached to an Fc domain or a fragment of said Fc domain, wherein said chemokine-binding peptide has an amino acid sequence showing at least 90% sequence homology to an amino acid sequence selected from the group consisting of SEQ ID NOs: 1-157 and wherein said chemokine-binding peptide is 10-20 amino acids in length.
Apparatus having an element that is openable for example by sliding, in particular a sliding gate device, comprising the openable element such as a sliding gate, a drive for opening the element, and a lock, wherein the lock comprises a locking cylinder and a key, and wherein the drive opens the element into a first operating position by actuation of the lock with the key, and wherein the element is unlockable by the drive and openable manually by actuation of the lock into a second position, wherein the locking cylinder is connected to a triggering device which triggers either an automatic opening of the element or an unlocking of the element by the drive depending on the first operating state or the second operating state, characterized in that the triggering device is designed as a slidable toothed rack, and that a gearwheel that cooperates with the toothed rack is arranged on the locking cylinder, so that the toothed rack is slidable to enable the alternative selection of a first operating state or a second operating state.
A pharmaceutical composition comprising: i) a compound of formula or a pharmaceutically acceptable salt thereof: wherein: R 1 is methyl; R 2 is hydrogen; and R 3 is hydrogen; wherein the aryl substituents on the heterocyclic ring are cis relative to each other; and ii) a cyclodextrin. i) a compound of formula or a pharmaceutically acceptable salt thereof: wherein: R 1 is methyl; R 2 is hydrogen; and R 3 is hydrogen; wherein the aryl substituents on the heterocyclic ring are cis relative to each other; and R 1 is methyl; R 2 is hydrogen; and R 3 is hydrogen; ii) a cyclodextrin.
A system for generating a blood circulation in at least part of an organ of a vertebrate, comprising a first artificial cavity and a second artificial cavity, said cavities each comprising a flexible membrane, capable of beating under the action of a gas, each of said membranes sealingly separating a blood circulation chamber, and a chamber containing said gas,, characterised in that it comprises - a first gas buffer reservoir intended to be brought substantially to a first pressure, referred to as low pressure, and a second gas buffer reservoir intended to be brought substantially to a second pressure higher than said first pressure, referred to as high pressure; - gas distribution means connected to the chambers containing said gas of said first and second artificial cavities and to said first and second buffer reservoirs, arranged to alternately inject gas into said chambers containing said gas and expel gas from said chambers containing said gas to provide predetermined values of blood flow rates in the blood circulation chambers of said first cavity and said second cavity; - a pneumatic pump supplied with electrical energy and mounted between said first buffer reservoir and said second buffer reservoir and intended to suck gas from said first reservoir in order to inject it into said second reservoir. - a first gas buffer reservoir intended to be brought substantially to a first pressure, referred to as low pressure, and a second gas buffer reservoir intended to be brought substantially to a second pressure higher than said first pressure, referred to as high pressure; - gas distribution means connected to the chambers containing said gas of said first and second artificial cavities and to said first and second buffer reservoirs, arranged to alternately inject gas into said chambers containing said gas and expel gas from said chambers containing said gas to provide predetermined values of blood flow rates in the blood circulation chambers of said first cavity and said second cavity; - a pneumatic pump supplied with electrical energy and mounted between said first buffer reservoir and said second buffer reservoir and intended to suck gas from said first reservoir in order to inject it into said second reservoir.
A feedstock line for additively manufacturing an object, the feedstock line having a length and comprising: a continuous flexible line, having a peripheral surface; and a covering, releasably coupled to the peripheral surface of the continuous flexible line; and wherein the covering fully and circumferentially encloses the peripheral surface of the continuous flexible line; and wherein the continuous flexible line comprises elongate filaments, extending along all of the length of the feedstock line, and a resin, at least partially covering the elongate filaments. a continuous flexible line, having a peripheral surface; and a covering, releasably coupled to the peripheral surface of the continuous flexible line; and wherein the covering fully and circumferentially encloses the peripheral surface of the continuous flexible line; and wherein the continuous flexible line comprises elongate filaments, extending along all of the length of the feedstock line, and a resin, at least partially covering the elongate filaments.
A jamming system with at least two responsive jammers (12, 14), wherein each responsive jammer (12, 14) comprises a detector and an exciter, wherein the respective detector is configured to receive a radio frequency signal, and wherein the respective exciter is configured to generate a jamming signal that disturbs the radio frequency signal received, wherein each of the responsive jammers (12, 14) comprises a state machine that is configured to define a detection phase and a jamming phase of the respective responsive jammer (12, 14), and wherein the state machines of the responsive jammers (12, 14) are synchronized with each other, wherein each state machine is configured to provide a settable guard time between the detection phase and the jamming phase, which ensures that a respective responsive jammer (12, 14) is not directly switched from one of the phases into the other phase due to the guard time that is applied between the respective phases, and wherein the guard time is set such that the guard time corresponds to the maximum run-time of the jamming signal generated by the respective exciter to the detector of another responsive jammer (12, 14) in the jamming system, thereby ensuring that the responsive jammers (12, 14) do not detect a jamming signal issued by another responsive jammer (12, 14) within the jamming system.
A method for controlling uplink transmit power of a user equipment, UE, in a radio access system supporting a multi-connectivity mode, the method performed by the UE and comprising: receiving two higher layer signals including first power parameters from a first serving cell and a second serving cell, wherein the UE is in the multi-connectivity mode with the first and the second serving cells; receiving two physical downlink control channels, PDCCHs, including a second power parameter from the first and the second serving cells; measuring path loss values of the first and the second serving cells, calculating physical uplink control channel, PUCCH, transmit powers for each of the first and the second serving cells in the multi-connectivity mode; and transmitting respective PUCCHs to the first and the second serving cells based on the PUCCH transmit powers, wherein the PUCCH transmit powers are calculated based on the first power parameters, the second power parameter and the path loss values, wherein, in the multi-connectivity mode, the UE maintains multiple connections with the first and the second serving cells. receiving two higher layer signals including first power parameters from a first serving cell and a second serving cell, wherein the UE is in the multi-connectivity mode with the first and the second serving cells; receiving two physical downlink control channels, PDCCHs, including a second power parameter from the first and the second serving cells; measuring path loss values of the first and the second serving cells, calculating physical uplink control channel, PUCCH, transmit powers for each of the first and the second serving cells in the multi-connectivity mode; and transmitting respective PUCCHs to the first and the second serving cells based on the PUCCH transmit powers, wherein the PUCCH transmit powers are calculated based on the first power parameters, the second power parameter and the path loss values, wherein, in the multi-connectivity mode, the UE maintains multiple connections with the first and the second serving cells.
Herbicide composition for total weed control of nonagricultural areas, containing an aqueous infusion of natural henna plant at a content from 14 to 18% expressed as percentage by weight relative to the total weight of the composition, at least one nonionic surfactant, and further comprising the following ingredients: at least one terpene oxide 40 to 50% at least one monoterpenol 5 to 9% at least one monoterpene 4 to 8%; and such that the weight of solid natural henna used for the infusion represents at least 2%.
A nucleic acid construct comprising: a nucleic acid encoding a transcriptional activator operably linked to an inducible promoter element, wherein the transcriptional activator induces the inducible promoter element, and wherein the transcriptional activator is selected from the group consisting of methanol expression regulator 1 from Pichia Pastoris, alcohol dehydrogenase regulator 1 from Hansenula polymorpha, transcriptional regulation of methanol induction 1 from Candida boidinii, and transcriptional regulation of methanol induction 2 from Candida boidinii. a nucleic acid encoding a transcriptional activator operably linked to an inducible promoter element, wherein the transcriptional activator induces the inducible promoter element, and wherein the transcriptional activator is selected from the group consisting of methanol expression regulator 1 from Pichia Pastoris, alcohol dehydrogenase regulator 1 from Hansenula polymorpha, transcriptional regulation of methanol induction 1 from Candida boidinii, and transcriptional regulation of methanol induction 2 from Candida boidinii.