mhurhangee/ep-ind-claims huggingface dataset:
Use of a diphenylpropenone compound represented by General Formula, or a stereoisomer, a geometric isomer, a tautomer, a solvate or a feed acceptable salt thereof in a preparation of animal feed additives or animal feeds for improving animal production performance, characterized in that, R 1 is each optionally selected from OH, OC 1 -C 20 alkyl, C(=O)OH or X; R 2 is each optionally selected from C 1 -C 20 alkyl, OC 1 -C 20 alkyl or X; n and m are integers from 0 to 2, and X is F, Cl, Br or I; wherein the improved animal production performance is improved weight gain or feed conversion efficiency when the animal feed additives or animal feeds are fed to pigs or poultry, compared to pigs or poultry not fed with the animal feed additives or animal feeds; wherein the improved animal production performance is improved survival rate when the animal feed additives or animal feeds are fed to aquaculture animals, compared to aquaculture animals not fed with the animal feed additives or animal feeds. characterized in that, R 1 is each optionally selected from OH, OC 1 -C 20 alkyl, C(=O)OH or X; R 2 is each optionally selected from C 1 -C 20 alkyl, OC 1 -C 20 alkyl or X; n and m are integers from 0 to 2, and X is F, Cl, Br or I; wherein the improved animal production performance is improved weight gain or feed conversion efficiency when the animal feed additives or animal feeds are fed to pigs or poultry, compared to pigs or poultry not fed with the animal feed additives or animal feeds; wherein the improved animal production performance is improved survival rate when the animal feed additives or animal feeds are fed to aquaculture animals, compared to aquaculture animals not fed with the animal feed additives or animal feeds.
A recombinant herpesvirus comprising the peptide of SEQ ID NO: 13, fused to or inserted into glycoprotein H (gH) present in the envelope of the herpesvirus, wherein the herpesvirus has the capability of binding to a cell expressing or binding a target molecule via the part of the GCN4 yeast transcription factor as comprised by SEQ ID NO: 13, and wherein the herpesvirus has the capability of entering the cell.
A construction element consisting of a warp, containing outside and inside face walls, between which an open-work filling is arranged in the form of connecting members (6,7) and thermo-insulating cores (3,4,5) are placed in the spaces between the walls and connecting members (6,7) of the warp, wherein internal, longitudinal walls of the warp are profiled along a wave-like broken line, and their connecting members (6,7) are placed in the widest parts of the insulators forming the thermo-insulating cores (3,4,5), whereas the total length of average lengths of the connecting members (6,7) perpendicular to the face walls of the construction element is higher than the thickness of the construction element, wherein the construction element is characterized in that the thermo-insulating cores (3, 4, 5) fill-up the spaces between the walls and the connecting members (6, 7) of the warp.
A method for attenuating audio signals in a mobile telephone, comprising: determining a battery voltage level of a battery of the mobile telephone; determining an audio signal level of an audio signal; comparing the audio signal level to a threshold; determining (705, 715) whether to attenuate the audio signal based on the battery voltage level and based upon the comparison; and selecting, from a plurality of different attenuation rates, an attenuation to apply to the audio signal based on the determined battery voltage level, wherein a change in the audio signal level is associated with a change in the battery voltage level; characterised by determining a delay to add to a control path such that an amount of delay associated with the control path is equivalent to a delay associated with a signal path. determining a battery voltage level of a battery of the mobile telephone; determining an audio signal level of an audio signal; comparing the audio signal level to a threshold; determining (705, 715) whether to attenuate the audio signal based on the battery voltage level and based upon the comparison; and selecting, from a plurality of different attenuation rates, an attenuation to apply to the audio signal based on the determined battery voltage level, wherein a change in the audio signal level is associated with a change in the battery voltage level; characterised by determining a delay to add to a control path such that an amount of delay associated with the control path is equivalent to a delay associated with a signal path.
Method for managing a power supply of the dynamic voltage-frequency scaling DVFS type, of a system on chip, the method comprising generating, by a non-secure environment of the system on chip, a request (Rk) to modify the DVFS power supply and managing a DVFS power supply control comprising: - generating, by a secure environment of the system on chip, a secure instruction defining at least one authorised voltage-frequency operating point (OPPi) for the DVFS power supply; and - adjusting the DVFS power supply to an authorised operating point (OPPk), in response to the request (Rk) to modify the DVFS power supply. - generating, by a secure environment of the system on chip, a secure instruction defining at least one authorised voltage-frequency operating point (OPPi) for the DVFS power supply; and - adjusting the DVFS power supply to an authorised operating point (OPPk), in response to the request (Rk) to modify the DVFS power supply.
A method of surface modification for the purpose of enrichment of phosphorylated peptides for analysis by desorption/ionization mass spectrometry techniques wherein alcoholic solutions of zirconium, titanium and/or hafnium alkoxides and pressurized carrier gas in the pressure range of 0,2-0,8 MPa are brought into a closed compartment with an electrospray needle floated at a high electric potential of ± 800-8000 V to nebulize and create charged aerosol characterized in that the aerosol is transferred through a heated compartment heated at a temperature in the range 50-250°C behind which the surface for modification is placed.
A reversible and indexable triangular tangential milling insert comprising two opposite triangular major surfaces and a peripheral surface extending therebetween, the milling insert further comprising a mid-plane located midway between the major surfaces, and an insert clamping bore opening out directly to the major surfaces and having a central bore axis, the peripheral surface comprising exactly three identical elongated side surfaces, each side surface comprising exactly two cutting portions, two relief portions and two identical elongated, non-planar, minor abutment surfaces located on opposite sides of the mid-plane, each continuously extending between respective cutting portion and relief portion, each cutting portion comprising: a major cutting edge defined at a meeting of the side surface with a major surface, a minor cutting edge defined at a meeting of the side surface with an adjacent side surface, and a corner cutting edge extending between the major and minor cutting edges (56, 58), characterized in that, in a cross section along a first imaginary plane which is perpendicular to the bore axis, each minor abutment surface is concavely curved; and on each side surface, the minor abutment surfaces converge outwardly, away from the insert clamping bore. the milling insert further comprising a mid-plane located midway between the major surfaces, and an insert clamping bore opening out directly to the major surfaces and having a central bore axis, the peripheral surface comprising exactly three identical elongated side surfaces, each side surface comprising exactly two cutting portions, two relief portions and two identical elongated, non-planar, minor abutment surfaces located on opposite sides of the mid-plane, each continuously extending between respective cutting portion and relief portion, each cutting portion comprising: a major cutting edge defined at a meeting of the side surface with a major surface, a minor cutting edge defined at a meeting of the side surface with an adjacent side surface, and a corner cutting edge extending between the major and minor cutting edges (56, 58), characterized in that, in a cross section along a first imaginary plane which is perpendicular to the bore axis, each minor abutment surface is concavely curved; and on each side surface, the minor abutment surfaces converge outwardly, away from the insert clamping bore. a major cutting edge defined at a meeting of the side surface with a major surface, a minor cutting edge defined at a meeting of the side surface with an adjacent side surface, and a corner cutting edge extending between the major and minor cutting edges (56, 58), characterized in that, in a cross section along a first imaginary plane which is perpendicular to the bore axis, each minor abutment surface is concavely curved; and on each side surface, the minor abutment surfaces converge outwardly, away from the insert clamping bore.
Method for electrically connecting an electronic component on a flexible sheetlike structure, wherein a first conductor is laid on or in the sheetlike structure, wherein the first conductor has a first conductivity, wherein the electronic component is secured on the sheetlike structure, wherein the electronic component has at least one contacting section for electronic contacting, wherein the at least one contacting section is connected to the first conductor by means of an electrically conductive yarn, wherein the conductive yarn has a second conductivity, characterized in that the electronic component has a cutout, wherein the first conductor is placed or inserted into the cutout and secured therein, wherein the electrically conductive yarn captively holds the first conductor in the cutout. wherein a first conductor is laid on or in the sheetlike structure, wherein the first conductor has a first conductivity, wherein the electronic component is secured on the sheetlike structure, wherein the electronic component has at least one contacting section for electronic contacting, wherein the at least one contacting section is connected to the first conductor by means of an electrically conductive yarn, wherein the conductive yarn has a second conductivity, characterized in that the electronic component has a cutout, wherein the first conductor is placed or inserted into the cutout and secured therein, wherein the electrically conductive yarn captively holds the first conductor in the cutout.
A photopolymerizable composition comprising: I) a first mixture A comprising a) at least one monomer M comprising at least one ethylenically unsaturated group, b) at least one triglyceride and/or a modified triglyceride, c) at least one photoinitiator, d) at least one aromatic aldehyde and/or aliphatic aldehyde, and e) optionally an additive. I) a first mixture A comprising a) at least one monomer M comprising at least one ethylenically unsaturated group, b) at least one triglyceride and/or a modified triglyceride, c) at least one photoinitiator, d) at least one aromatic aldehyde and/or aliphatic aldehyde, and e) optionally an additive. a) at least one monomer M comprising at least one ethylenically unsaturated group, b) at least one triglyceride and/or a modified triglyceride, c) at least one photoinitiator, d) at least one aromatic aldehyde and/or aliphatic aldehyde, and e) optionally an additive.
A positioning device for providing access to a ventricle of a heart, the positioning device comprising: a cup having a cylindrical base, the cup being positionable over an apex of the heart; and at least a first access valve coupled to the cup for accessing an entry point to the ventricle of the heart characterized in that the device further comprises a swivel ring placed circumferentially around the outside of base, wherein the swivel ring is free to rotate circumferentially about base and includes three suture anchors or more or less than three suture anchors. a cup having a cylindrical base, the cup being positionable over an apex of the heart; and at least a first access valve coupled to the cup for accessing an entry point to the ventricle of the heart characterized in that the device further comprises a swivel ring placed circumferentially around the outside of base, wherein the swivel ring is free to rotate circumferentially about base and includes three suture anchors or more or less than three suture anchors.
A working vehicle (1; 2; 3) comprising: left crawler traveling devices and right crawler traveling devices; and a connection frame (11; 111) configured to connect the left and right crawler traveling devices (10L, 10R) and formed like a portal having a predetermined height, characterized in that each of the crawler traveling devices (10L, 10R) includes built-in battery, fan, inverter, control unit, and motor, so as to be independently movable, wherein the motor is an electromotive motor (26L, 26R) as drive source. left crawler traveling devices and right crawler traveling devices; and a connection frame (11; 111) configured to connect the left and right crawler traveling devices (10L, 10R) and formed like a portal having a predetermined height, characterized in that each of the crawler traveling devices (10L, 10R) includes built-in battery, fan, inverter, control unit, and motor, so as to be independently movable, wherein the motor is an electromotive motor (26L, 26R) as drive source.
A method for preparing a rigid polyurethane foam, comprising: using carbon dioxide to provide a pressure at a first predetermined value on a polyol mixture that includes a polyol, a catalyst and a surfactant; maintaining the pressure at the first predetermined value for a first predetermined time; mixing an isocyanate with the polyol mixture to form a polyurethane reaction mixture; optionally maintaining the pressure on the polyurethane reaction mixture at the first predetermined value for a second predetermined time; increasing the pressure on the polyurethane reaction mixture from the first predetermined value to a second predetermined value greater than the first predetermined value; and releasing the polyurethane reaction mixture at a predetermined depressurization rate from the pressure after a third predetermined time to prepare the rigid polyurethane foam, where the third predetermined time is less than 30 minutes. using carbon dioxide to provide a pressure at a first predetermined value on a polyol mixture that includes a polyol, a catalyst and a surfactant; maintaining the pressure at the first predetermined value for a first predetermined time; mixing an isocyanate with the polyol mixture to form a polyurethane reaction mixture; optionally maintaining the pressure on the polyurethane reaction mixture at the first predetermined value for a second predetermined time; increasing the pressure on the polyurethane reaction mixture from the first predetermined value to a second predetermined value greater than the first predetermined value; and releasing the polyurethane reaction mixture at a predetermined depressurization rate from the pressure after a third predetermined time to prepare the rigid polyurethane foam, where the third predetermined time is less than 30 minutes.
A sanding tool (100, 10), comprising: a machine body comprising a casing (201, 31); a battery pack (600, 80) disposed at a rear end of the machine body; a base plate assembly (300, 20) comprising a base plate (301, 21); a drive mechanism (700, 50) disposed in the casing and comprising a motor (701, 51) and an output shaft (702, 52), wherein the motor has a motor shaft (701a, 511) rotating around a first axis, the output shaft rotates around a second axis, and the output shaft transmits power to the base plate assembly to drive the base plate assembly to move; and a control mechanism electrically connected to the motor and configured to control the sanding tool to operate; wherein the battery pack and the motor are disposed on two sides of the output shaft, characterized in that the first axis and the second axis form an included angle and are not in a same plane. a machine body comprising a casing (201, 31); a battery pack (600, 80) disposed at a rear end of the machine body; a base plate assembly (300, 20) comprising a base plate (301, 21); a drive mechanism (700, 50) disposed in the casing and comprising a motor (701, 51) and an output shaft (702, 52), wherein the motor has a motor shaft (701a, 511) rotating around a first axis, the output shaft rotates around a second axis, and the output shaft transmits power to the base plate assembly to drive the base plate assembly to move; and a control mechanism electrically connected to the motor and configured to control the sanding tool to operate; wherein the battery pack and the motor are disposed on two sides of the output shaft, characterized in that the first axis and the second axis form an included angle and are not in a same plane.
A light-emitting wand comprising: an elongated wand body extending along a wand axis between longitudinally opposed wand-body proximal and distal ends (120, 130), the distal end being configured to support a light-emitting element; an electrically-conductive first core member extending between the proximal and distal ends (120, 130) and having, at the distal end, a first light-source contact configured for electrical connection to a first pole of the light-emitting element and, at the proximal end, a first power-source contact configured for electrical connection to a first terminal of an electrical-power source; an electrically-conductive second core member extending between the proximal and distal ends and having, at the distal end, a second light-source contact configured for electrical connection to a second pole of the light-emitting element (140 and, at the proximal end, a second power-source contact configured for electrical connection to a second terminal of the electrical-power source; wherein (i) the wand body comprises an electrically-insulative partition situated between, and configured to mutually electrically isolate, the first and second core members (160, 170); and (ii) each of the first and second core members (160, 170) is a heat sink (168, 178) configured for drawing heat away from the light-emitting element. an elongated wand body extending along a wand axis between longitudinally opposed wand-body proximal and distal ends (120, 130), the distal end being configured to support a light-emitting element; an electrically-conductive first core member extending between the proximal and distal ends (120, 130) and having, at the distal end, a first light-source contact configured for electrical connection to a first pole of the light-emitting element and, at the proximal end, a first power-source contact configured for electrical connection to a first terminal of an electrical-power source; an electrically-conductive second core member extending between the proximal and distal ends and having, at the distal end, a second light-source contact configured for electrical connection to a second pole of the light-emitting element (140 and, at the proximal end, a second power-source contact configured for electrical connection to a second terminal of the electrical-power source; wherein (i) the wand body comprises an electrically-insulative partition situated between, and configured to mutually electrically isolate, the first and second core members (160, 170); and (ii) each of the first and second core members (160, 170) is a heat sink (168, 178) configured for drawing heat away from the light-emitting element. (i) the wand body comprises an electrically-insulative partition situated between, and configured to mutually electrically isolate, the first and second core members (160, 170); and (ii) each of the first and second core members (160, 170) is a heat sink (168, 178) configured for drawing heat away from the light-emitting element.
A roller bearing comprising: an outer ring; an inner ring; a plurality of rollers arranged between said outer ring and said inner ring; and a plurality of retainer segments (11q-t) having a plurality of column parts (14q-t) extending in a direction along a shaft so as to form at least one pocket for holding said roller, and at least a connection part (15q, r, 53q) extending in a circumferential direction so as to connect the plurality of column parts, and continuously lined with each other in the circumferential direction between said outer ring and said inner ring, in which a corner (23q, r) of a circumferential end face of the connection part is chamfered. an outer ring; an inner ring; a plurality of rollers arranged between said outer ring and said inner ring; and a plurality of retainer segments (11q-t) having a plurality of column parts (14q-t) extending in a direction along a shaft so as to form at least one pocket for holding said roller, and at least a connection part (15q, r, 53q) extending in a circumferential direction so as to connect the plurality of column parts, and continuously lined with each other in the circumferential direction between said outer ring and said inner ring, in which a corner (23q, r) of a circumferential end face of the connection part is chamfered.
Thermosetting resin composition, this composition resulting from placing in contact: at least one thermosetting resin precursor, this thermosetting resin precursor comprising hydroxyl functions and/or epoxy groups, and optionally ester functions, with at least one hardener chosen from carboxylic acids comprising at least two carboxylic acid functions, in the presence of at least one transesterification catalyst within the meaning given in the description, whose total molar amount is between 5% and 25% of the total molar amount of hydroxyl and epoxy contained in the thermosetting resin precursor, the amount of hardener being chosen such that the resin is in the form of a network, and: No denoting the number of moles of hydroxyl functions in the precursor, N x denoting the number of moles of epoxy group in the precursor, N A denoting the number of moles of acid functions of the hardener that are capable of forming a bond with a hydroxyl function or with an epoxy group of the thermosetting polymer precursor: N A < N O + 2 N x. at least one thermosetting resin precursor, this thermosetting resin precursor comprising hydroxyl functions and/or epoxy groups, and optionally ester functions, with at least one hardener chosen from carboxylic acids comprising at least two carboxylic acid functions, in the presence of at least one transesterification catalyst within the meaning given in the description, whose total molar amount is between 5% and 25% of the total molar amount of hydroxyl and epoxy contained in the thermosetting resin precursor, the amount of hardener being chosen such that the resin is in the form of a network, and: No denoting the number of moles of hydroxyl functions in the precursor, N x denoting the number of moles of epoxy group in the precursor, N A denoting the number of moles of acid functions of the hardener that are capable of forming a bond with a hydroxyl function or with an epoxy group of the thermosetting polymer precursor: N A < N O + 2 N x. No denoting the number of moles of hydroxyl functions in the precursor, N x denoting the number of moles of epoxy group in the precursor, N A denoting the number of moles of acid functions of the hardener that are capable of forming a bond with a hydroxyl function or with an epoxy group of the thermosetting polymer precursor: N A < N O + 2 N x.
Vehicle roof comprising at least one roof element and a shaped headliner arranged at a distance from the roof element, characterized in that, in order to increase the vehicle roof buckling resistance, at least one resilient tensioning spacer element is arranged under pressure between the shaped headliner and the roof element, wherein, in the mounted state, the tensioning spacer element is compressed in the vehicle vertical direction (z-direction) by an excess (Ü) of 0.5 mm to 5 mm.