mhurhangee/ep-ind-claims huggingface dataset:
A user apparatus in a mobile communication system including a base station and the user apparatus, characterized by comprising: reception means configured to receive a plurality of prioritized signaling values corresponding to a band that the user apparatus uses, and receive a plurality of maximum transmission power values corresponding to the plurality of prioritized signaling values respectively from the base station; selection means configured to select a signaling value of the highest priority from among signaling values that the user apparatus can apply in the plurality of signaling values; and control means configured to perform control of transmission power by applying the signaling value selected by the selection means and the maximum transmission power value corresponding to the signaling value selected by the selection means. reception means configured to receive a plurality of prioritized signaling values corresponding to a band that the user apparatus uses, and receive a plurality of maximum transmission power values corresponding to the plurality of prioritized signaling values respectively from the base station; selection means configured to select a signaling value of the highest priority from among signaling values that the user apparatus can apply in the plurality of signaling values; and control means configured to perform control of transmission power by applying the signaling value selected by the selection means and the maximum transmission power value corresponding to the signaling value selected by the selection means.
A cutting insert comprising: a bottom surface; a top surface opposite to the bottom surface; and a cutting edge portion located on the same side as the top surface, the cutting edge portion being formed of a sintered material including cubic boron nitride particles, a volume ratio of the cubic boron nitride particles to the sintered material being more than or equal to 50 percent, the cutting edge portion including a rake face, a flank face contiguous to the rake face, and a cutting edge located along a ridgeline between the rake face and the flank face; and characterized in that: the rake face being inclined toward the bottom surface so that a distance from the rake face to the bottom surface decreases gradually toward the cutting edge, a coolant flow path being formed in an inside of the cutting edge portion, the coolant flow path including a coolant ejection outlet that is open in the rake face, a distance from the coolant flow path to the bottom surface being constant or decreasing gradually toward the coolant ejection outlet. a bottom surface; a top surface opposite to the bottom surface; and a cutting edge portion located on the same side as the top surface, the cutting edge portion being formed of a sintered material including cubic boron nitride particles, a volume ratio of the cubic boron nitride particles to the sintered material being more than or equal to 50 percent, the cutting edge portion including a rake face, a flank face contiguous to the rake face, and a cutting edge located along a ridgeline between the rake face and the flank face; and characterized in that: the rake face being inclined toward the bottom surface so that a distance from the rake face to the bottom surface decreases gradually toward the cutting edge, a coolant flow path being formed in an inside of the cutting edge portion, the coolant flow path including a coolant ejection outlet that is open in the rake face, a distance from the coolant flow path to the bottom surface being constant or decreasing gradually toward the coolant ejection outlet. the rake face being inclined toward the bottom surface so that a distance from the rake face to the bottom surface decreases gradually toward the cutting edge, a coolant flow path being formed in an inside of the cutting edge portion, the coolant flow path including a coolant ejection outlet that is open in the rake face, a distance from the coolant flow path to the bottom surface being constant or decreasing gradually toward the coolant ejection outlet.
Method for operating a refrigerating machine, provided on a commercial vehicle and driven by a combustion engine with rotational speed control, for refrigerating goods to be refrigerated which are stowed in a cargo area of the commercial vehicle, comprising the following steps: - automatically detecting the position of the commercial vehicle carried out by means of an evaluation and control device using data available on the respective commercial vehicle which is delivered by a telematics device of the commercial vehicle or by a navigation system of the commercial vehicle; - checking the detected position of the commercial vehicle against information regarding the location of a noise protection zone by means of the evaluation and control device; - transmission of a control signal by the evaluation and control device to reduce the rotational speed of the combustion engine of the refrigerating machine for the case where the check of the detected position of the commercial vehicle against the information regarding the location of a noise protection zone results in the fact that the commercial vehicle is in the noise protection zone, - transmission of a control signal by the evaluation and control device to increase the rotational speed of the combustion engine of the refrigerating machine for the case where the check of the detected position of the commercial vehicle against the information regarding the location of a noise protection zone results in the fact that the commercial vehicle is outside the noise protection zone. - automatically detecting the position of the commercial vehicle carried out by means of an evaluation and control device using data available on the respective commercial vehicle which is delivered by a telematics device of the commercial vehicle or by a navigation system of the commercial vehicle; - checking the detected position of the commercial vehicle against information regarding the location of a noise protection zone by means of the evaluation and control device; - transmission of a control signal by the evaluation and control device to reduce the rotational speed of the combustion engine of the refrigerating machine for the case where the check of the detected position of the commercial vehicle against the information regarding the location of a noise protection zone results in the fact that the commercial vehicle is in the noise protection zone, - transmission of a control signal by the evaluation and control device to increase the rotational speed of the combustion engine of the refrigerating machine for the case where the check of the detected position of the commercial vehicle against the information regarding the location of a noise protection zone results in the fact that the commercial vehicle is outside the noise protection zone.
A fiber coupling device comprising: a wedge plate configured to receive collimated light and to refract the light in a predetermined direction; a condenser lens configured to collect the light refracted by the wedge plate; and an optical fiber having an incident surface configured to receive the light collected by the condenser lens and comprising a core including a center of the incident surface; a first clad outside the core; and a second clad outside the first clad; the wedge plate being held rotatable around an optical axis of the light incident on the wedge plate and having an emission surface that is inclined with respect to an incident surface of the wedge plate, the light refracted by the wedge plate and collected by the condenser lens is incident on an incident point on the incident surface of the optical fiber, wherein the incident point continuously changes depending on a rotation angle of the wedge plate; the rotation angle of the wedge plate being adjustable such that the light is incident on at least one of the core and the first clad, light refracted by the wedge plate passes through the centre of the condenser lens and the center of the incident surface of the optical fiber when the wedge plate is at a first rotation angle and is incident on only the core of the optical fiber, and passes through the upper part of the condenser lens and is incident on only the first clad when the wedge plate is at a second rotation angle. a wedge plate configured to receive collimated light and to refract the light in a predetermined direction; a condenser lens configured to collect the light refracted by the wedge plate; and an optical fiber having an incident surface configured to receive the light collected by the condenser lens and comprising a core including a center of the incident surface; a first clad outside the core; and a second clad outside the first clad; the wedge plate being held rotatable around an optical axis of the light incident on the wedge plate and having an emission surface that is inclined with respect to an incident surface of the wedge plate, the light refracted by the wedge plate and collected by the condenser lens is incident on an incident point on the incident surface of the optical fiber, wherein the incident point continuously changes depending on a rotation angle of the wedge plate; the rotation angle of the wedge plate being adjustable such that the light is incident on at least one of the core and the first clad, light refracted by the wedge plate passes through the centre of the condenser lens and the center of the incident surface of the optical fiber when the wedge plate is at a first rotation angle and is incident on only the core of the optical fiber, and passes through the upper part of the condenser lens and is incident on only the first clad when the wedge plate is at a second rotation angle.
A saw attachment mechanism (100; 600) for removably affixing a saw motor to a track, said attachment comprising: at least one guide roller (105; 605) configured for releasable engagement with the track; at least one roller axle (110; 610') coupled to one of the at least one guide roller for rotation of the guide roller on a guide roller shaft (110; 610); at least one guide roller pivot coupled to one of the at least one guide roller (105; 605) and configured to allow the guide roller shaft (110; 610) to swing toward and away from an engaged configuration; at least one pushrod engaging one of the at least one guide roller shaft (110; 610) at a first end; characterized in that the guide roller pivot defines a pivot axis perpendicular to the guide roller shaft (110; 610) and to the at least one roller axle (110; 610'), and the at least one pushrod engages a cam shaft at a second end; said cam shaft coupled to a handle. at least one guide roller (105; 605) configured for releasable engagement with the track; at least one roller axle (110; 610') coupled to one of the at least one guide roller for rotation of the guide roller on a guide roller shaft (110; 610); at least one guide roller pivot coupled to one of the at least one guide roller (105; 605) and configured to allow the guide roller shaft (110; 610) to swing toward and away from an engaged configuration; at least one pushrod engaging one of the at least one guide roller shaft (110; 610) at a first end; characterized in that the guide roller pivot defines a pivot axis perpendicular to the guide roller shaft (110; 610) and to the at least one roller axle (110; 610'), and the at least one pushrod engages a cam shaft at a second end; said cam shaft coupled to a handle.
A communication module for communication of an electric appliance with an external computer system, the communication module comprising - a first communication interface, which is configured for wireless data exchange with the external computer system, and a second communication interface, which is configured for data exchange with the electric appliance; - a processing circuit, which is configured - to obtain identification information, which identifies the electric appliance; - to request and to obtain configuration information from the external computer system depending on the identification information via the first communication interface or to readout the configuration information from a storage device of the communication module depending on the identification information, wherein the configuration information is assigned to the identification information; - to configure the processing circuit for controlling the communication between the electric appliance and the external computer system according to the configuration information; and - to control the communication of the electric appliance with the external computer system based on the configuration information. - a first communication interface, which is configured for wireless data exchange with the external computer system, and a second communication interface, which is configured for data exchange with the electric appliance; - a processing circuit, which is configured - to obtain identification information, which identifies the electric appliance; - to request and to obtain configuration information from the external computer system depending on the identification information via the first communication interface or to readout the configuration information from a storage device of the communication module depending on the identification information, wherein the configuration information is assigned to the identification information; - to configure the processing circuit for controlling the communication between the electric appliance and the external computer system according to the configuration information; and - to control the communication of the electric appliance with the external computer system based on the configuration information. - to obtain identification information, which identifies the electric appliance; - to request and to obtain configuration information from the external computer system depending on the identification information via the first communication interface or to readout the configuration information from a storage device of the communication module depending on the identification information, wherein the configuration information is assigned to the identification information; - to configure the processing circuit for controlling the communication between the electric appliance and the external computer system according to the configuration information; and - to control the communication of the electric appliance with the external computer system based on the configuration information.
A method for image capture at less than a nominal minimum focus distance of a camera, comprising the steps of: selecting a close up operational mode for said camera, initiating image capture through a variable aperture at a first aperture size, measuring the total amount of ambient scene light collected with the variable aperture during image capture, initiating closing of said variable aperture when the total amount of ambient scene light reaches a predetermined level, wherein the predetermined level is set to balance lighting and focus in the captured image, and illuminating a flash unit during closing of said variable aperture at a predetermined restricted second aperture size corresponding to said close up operational mode. selecting a close up operational mode for said camera, initiating image capture through a variable aperture at a first aperture size, measuring the total amount of ambient scene light collected with the variable aperture during image capture, initiating closing of said variable aperture when the total amount of ambient scene light reaches a predetermined level, wherein the predetermined level is set to balance lighting and focus in the captured image, and illuminating a flash unit during closing of said variable aperture at a predetermined restricted second aperture size corresponding to said close up operational mode.
An agricultural tractor comprising an engine and a cooling package supported in front of a cab, the cooling package comprising a radiator and fan characterised in that the radiator and fan are disposed between the engine and cab, the radiator having a major surface which is aligned longitudinally so that an airflow forced through the radiator by the fan is generally transverse with respect to the tractor's forward direction of travel, wherein the relative arrangement of components of the cooling package delivers a relatively uninterrupted flow of air through the radiator from one side of the tractor to the other.
A storage stable enclosed dental composition (4, 9, 14), comprising: (i) a container (12, 72) (ii) an implement (3, 11), (iii) a dental composition (4, 9, 14), and (iv) a closure, said implement (3, 11) having an elongated arm and an applicator, said applicator being supported by said arm, said applicator and said dental composition (4, 9, 14) being enclosed by said container (12, 72), said container (12, 72) comprising a copolymer of a cycloolefin and an open chain olefin, said dental composition (4, 9, 14), comprising at least 1 percent by weight of volatile organic solvent, at least 99 percent of said solvent remaining in said dental composition (4, 9, 14) in said container (12, 72) after storage at about 43° C for one week, wherein said container (12, 72) has a wall with an inner wall face and an outer wall face, wherein said container outer wall face has a groove (26, 86), said applicator is supported by said closure, said closure having a cover flange and a connector, said cover flange sealing and engaging an end wall (12E, 72E) of said container outer wall face, said cover flange and said container inner wall face enclosing a chamber, said container outer wall face having a first outer flange, said connector having an inner side wall face sealing and engaging said first outer flange, wherein said container outer wall face has a second outer flange and wherein said closure is supported by at least one of said outer flanges (42, 44). (i) a container (12, 72) (ii) an implement (3, 11), (iii) a dental composition (4, 9, 14), and (iv) a closure,
Portal gantry crane for loading / unloading containers from a container vessel comprising: - Two parallel main girders running side by side on respective sides of a midplane, - two legs (20, 21) each positioned in said midplane, - two couples of trolleys, each couple of trolleys operating on a corresponding girder, each trolley carrying a hoist, the ropes of which carrying a spreader configured for attachment to a container, each hoist being laterally movable both ways relative to centreline of the corresponding girder, - suspension cross beams (17, 18) connected to respective legs (20, 21) and carrying the girders. - Two parallel main girders running side by side on respective sides of a midplane, - two legs (20, 21) each positioned in said midplane, - two couples of trolleys, each couple of trolleys operating on a corresponding girder, each trolley carrying a hoist, the ropes of which carrying a spreader configured for attachment to a container, each hoist being laterally movable both ways relative to centreline of the corresponding girder, - suspension cross beams (17, 18) connected to respective legs (20, 21) and carrying the girders.
A non-phosphate carbonate built powder detergent composition comprising: (i) from 10 to 40 wt% of a surfactant selected from: anionic and non-ionic surfactants, preferably from 12 to 25 wt%, more preferably 14 to 21 wt%, wherein the weight fraction of non-ionic surfactant/anionic surfactant is from 0 to 0.3, preferably 0 to 0.15, most preferably 0 to 0.12; (ii) from 0.5 to 10 wt%, preferably 2 to 10 wt%, most preferably 3 to 8 wt%, even most preferably 3 to 6 wt% of an alkyl ether carboxylic acid dispersant of the following structure: R-(OCH 2 CH 2) n,-OCH 2 -COOH, wherein: R is selected from saturated C8 to C18 linear alkyl chains, preferably C12, to C18 linear alkyl chains, more preferable a C12 or C18 linear alkyl chain, most preferably a C12 linear alkyl chain; n is the average ethoxylation and n is selected from 5 to 20, preferably 7 to 14, more preferably 8 to 12, most preferably 9 to 11; (iii) from 0.002 to 0.2 wt% of a subtilisin protease enzyme, preferably from 0.005 to 0.05 wt%; and, (iv) from 5 to 40 wt %, preferably 10 to 25 wt % sodium carbonate. (i) from 10 to 40 wt% of a surfactant selected from: anionic and non-ionic surfactants, preferably from 12 to 25 wt%, more preferably 14 to 21 wt%, wherein the weight fraction of non-ionic surfactant/anionic surfactant is from 0 to 0.3, preferably 0 to 0.15, most preferably 0 to 0.12; (ii) from 0.5 to 10 wt%, preferably 2 to 10 wt%, most preferably 3 to 8 wt%, even most preferably 3 to 6 wt% of an alkyl ether carboxylic acid dispersant of the following structure: R-(OCH 2 CH 2) n,-OCH 2 -COOH, wherein: R is selected from saturated C8 to C18 linear alkyl chains, preferably C12, to C18 linear alkyl chains, more preferable a C12 or C18 linear alkyl chain, most preferably a C12 linear alkyl chain; n is the average ethoxylation and n is selected from 5 to 20, preferably 7 to 14, more preferably 8 to 12, most preferably 9 to 11; R is selected from saturated C8 to C18 linear alkyl chains, preferably C12, to C18 linear alkyl chains, more preferable a C12 or C18 linear alkyl chain, most preferably a C12 linear alkyl chain; n is the average ethoxylation and n is selected from 5 to 20, preferably 7 to 14, more preferably 8 to 12, most preferably 9 to 11; (iii) from 0.002 to 0.2 wt% of a subtilisin protease enzyme, preferably from 0.005 to 0.05 wt%; and, (iv) from 5 to 40 wt %, preferably 10 to 25 wt % sodium carbonate.
A method for protecting code from attack by external parties, the method comprising a build process wherein an object-to-object file transformation is performed, the object-to-object transformation comprising: identifying, within an input object file to be encrypted, code to be protected; extracting the identified code to be protected; replacing the identified code to be protected within the input object file with a fake junk code to generate a first output object file; and injecting the identified code to be protected into a second output object file, wherein, prior to the object-to-object transformation, the method includes a source-to-source transformation comprising: marking the code to be protected within an input source file; and providing additional code to the input source file to provide instructions for a later decryption operation. identifying, within an input object file to be encrypted, code to be protected; extracting the identified code to be protected; replacing the identified code to be protected within the input object file with a fake junk code to generate a first output object file; and injecting the identified code to be protected into a second output object file, wherein, prior to the object-to-object transformation, the method includes a source-to-source transformation comprising: marking the code to be protected within an input source file; and providing additional code to the input source file to provide instructions for a later decryption operation. marking the code to be protected within an input source file; and providing additional code to the input source file to provide instructions for a later decryption operation.
A ventilator device, in particular a tracheostomy cannula or endotracheal tube, comprising a cannula tube which has a suction line for sucking away subglottic secretion, comprising a distal inlet and a proximal outlet, characterised in that the suction line at a spacing from the inlet and the outlet has at least one constriction with a locally minimum cross-section, from which the cross-section enlarges in a funnel shape or step-wise both in the proximal and also the distal directions.