mhurhangee/ep-ind-claims huggingface dataset:
A resist composition comprising a base material component having an acid dissociable dissolution inhibiting group in which alkali solubility enhances under an action of an acid, and an acid generator component which generates an acid upon exposure, wherein the base material component contains a compound in which from 7 to 45 mol% of hydrogen atoms of phenolic hydroxyl groups in a polyhydric phenol compound (a) having two or more phenolic hydroxyl groups and having a molecular weight of 300 to 2,500 are substituted with an acid dissociable dissolution inhibiting group(s) represented by the following general formula: wherein R 2 represents a branched or cyclic alkyl group, and may contain a hetero atom in the structure; and R 3 represents a hydrogen atom or a lower alkyl group having 1 to 5 carbon atoms, and wherein the proportion of the compound in the component is more than 80 mass%, and the polyhydric phenol compound (a) is a compound represented by the following general formula: wherein, in the formula, R 11 to R 17 each independently represents an alkyl group having 1 to 10 carbon atoms or an aromatic hydrocarbon group, and may contain a hetero atom in the structure; g and j each independently represents an integer of 1 or more; k and q represents an integer of 0 or 1 or more, and g+j+k+q is 5 or less; h represents an integer of 1 or more, 1 and m each independently represents an integer of 0 or 1 or more, and h+l+m is 4 or less; i represents an integer of 1 or more, n and o each independently represents an integer of 0 or 1 or more, and i+n+o is 4 or less; p is 0 or 1; and X represents a group represented by the following general formula (Ia) or (Ib): wherein, in the formula (Ia), R 18 and R 19 each independently represents an alkyl group having 1 to 10 carbon atoms or an aromatic hydrocarbon group, and may contain a hetero atom in the structure; r, y and z each independently represents an integer of 0 or 1 or more, and r+y+z is 4 or less.
An aid for fixing profile elements (6, 14) to opposite edge areas (8, 30) of an elongate installation opening in a wall- or ceiling area, wherein the profile elements (6, 14) in each case are L-shaped with a first leg (6.1), which is provided to form an edge boundary for the installation opening, and a second leg (6.2), which is provided to be brought from an inner side into contact with the edge area, wherein the aid has: - a fixing element for fixing the profile elements (6, 14) to the edge areas (8, 30) of the installation opening, wherein the fixing element has a first contact surface and a second contact surface, which are provided for application to the first leg (6.1) of the profile elements (6, 14), in order to position the profile elements (6, 14) at a certain distance (a) from one another, and wherein the fixing element is a clamping element, which consists of a first part and a second part and is designed to clamp these to the respective edge area (8, 30) in order to fix the profile elements (6, 14), wherein the first part has a first surface and a third surface, which with respect to a plane is formed mirror-symmetrically to the first surface, wherein the first surface and the third surface are provided to be pressed from an inner side of the installation opening against in each case the second leg (6.2) of the profile elements (6, 14) in order to fix the profile elements (6, 14), and wherein the second part has a second surface and a fourth surface, which with respect to the plane is formed mirror-symmetrically to the second surface, wherein the second surface and the fourth surface are provided to be pressed from an outer side of the installation opening in each case against the edge area (8, 30) in order to fix the profile elements (6, 14), so that two clamping jaws are formed by the first part and the second part, wherein the clamping element has a screw connection, by means of which the second part can be moved manually relative to the first part. - a fixing element for fixing the profile elements (6, 14) to the edge areas (8, 30) of the installation opening,
A single-use product for performing a blood test by a user once only, wherein the single-use product comprises: an integral blood test unit having a piercing aid for piercing into a body part of the user for taking a blood sample, and having a test substance for interacting with the blood sample taken for producing a detectable indicator of a characteristic of the blood sample when the blood test unit is coupled to a detector device; and an individual packaging as a moisture barrier, which hermetically encloses at least a part of the blood test unit relative to an environment and which may be opened manually by a user, wherein the individual packaging comprises a multi-layer film containing a moisture diffusion barrier layer, one surface of which is covered by a hot-sealable layer and the opposite other surface of which is covered by a protective layer for protecting the moisture diffusion barrier layer, wherein the individual packaging comprises a rigid basic body, in particular implemented as an ejection molding part, which is sealed by the multi-layer film, and wherein the rigid basic body is cup-shaped and comprises an opening which is annularly enclosed by the multi-layer film. an integral blood test unit having a piercing aid for piercing into a body part of the user for taking a blood sample, and having a test substance for interacting with the blood sample taken for producing a detectable indicator of a characteristic of the blood sample when the blood test unit is coupled to a detector device; and an individual packaging as a moisture barrier, which hermetically encloses at least a part of the blood test unit relative to an environment and which may be opened manually by a user, wherein the individual packaging comprises a multi-layer film containing a moisture diffusion barrier layer, one surface of which is covered by a hot-sealable layer and the opposite other surface of which is covered by a protective layer for protecting the moisture diffusion barrier layer, wherein the individual packaging comprises a rigid basic body, in particular implemented as an ejection molding part, which is sealed by the multi-layer film, and wherein the rigid basic body is cup-shaped and comprises an opening which is annularly enclosed by the multi-layer film.
A controller for controlling a driver circuit driving a brushless motor in a power tool, the driver circuit being coupled to a direct current, DC, power source and including a first switching element pair (62; 64; 66) coupled to a first phase winding (82; 84; 86) of the brushless motor and a second switching element pair (64; 66; 62) coupled to a second phase winding (84; 86; 82) of the brushless motor; and the controller being arranged to alternately switch a first switching element (62-1; 62-2; 64-1; 64-2; 66-1; 66-2) of the first switching element pair and a second switching element (64-2; 64-1; 66-2; 66-1; 62-2; 62-1) of the second switching element pair, wherein the first switching element and the second switching elements are coupled to a respective terminal of the DC power source, characterised in that the controller is arranged to alternately switch the first switching element and the second switching element during a same switching period of the brushless motor, wherein the controller is arranged to switch each of the first switching element and the second switching element only once per switching period. the driver circuit being coupled to a direct current, DC, power source and including a first switching element pair (62; 64; 66) coupled to a first phase winding (82; 84; 86) of the brushless motor and a second switching element pair (64; 66; 62) coupled to a second phase winding (84; 86; 82) of the brushless motor; and the controller being arranged to alternately switch a first switching element (62-1; 62-2; 64-1; 64-2; 66-1; 66-2) of the first switching element pair and a second switching element (64-2; 64-1; 66-2; 66-1; 62-2; 62-1) of the second switching element pair, wherein the first switching element and the second switching elements are coupled to a respective terminal of the DC power source, characterised in that the controller is arranged to alternately switch the first switching element and the second switching element during a same switching period of the brushless motor, wherein the controller is arranged to switch each of the first switching element and the second switching element only once per switching period.
A pretensioner comprising: a ring gear to which a spool is rotatably disposed, the spool winding a webbing for restraining an occupant; and a power transmission unit for transmitting power to the ring gear in an emergency, wherein the power transmission unit includes a power transmission member that is engageable with external teeth of the ring gear, a pipe that contains the power transmission member, a gas generator that is disposed at an end of the pipe, a piston that receives gas generated from the gas generator to press the power transmission member, a first stopper consisting of a tip part of the power transmission member, a second stopper that is disposed between the power transmission member and the piston, and a pretensioner cover that defines a passage for the power transmission member, characterized in that the power transmission member is configured as a rod-shaped resin member with the tip part of the power transmission member forming the first stopper being formed integrally with the rod-shaped resin member, and the second stopper is adapted to be bitten by the external teeth of the ring gear to stop rotation of the ring gear, after the first stopper reached a termination of the passage and was plastically deformed to absorb kinetic energy of the power transmission member. a ring gear to which a spool is rotatably disposed, the spool winding a webbing for restraining an occupant; and a power transmission unit for transmitting power to the ring gear in an emergency, wherein the power transmission unit includes a power transmission member that is engageable with external teeth of the ring gear, a pipe that contains the power transmission member, a gas generator that is disposed at an end of the pipe, a piston that receives gas generated from the gas generator to press the power transmission member, a first stopper consisting of a tip part of the power transmission member, a second stopper that is disposed between the power transmission member and the piston, and a pretensioner cover that defines a passage for the power transmission member, characterized in that the power transmission member is configured as a rod-shaped resin member with the tip part of the power transmission member forming the first stopper being formed integrally with the rod-shaped resin member, and the second stopper is adapted to be bitten by the external teeth of the ring gear to stop rotation of the ring gear, after the first stopper reached a termination of the passage and was plastically deformed to absorb kinetic energy of the power transmission member.
A system comprising: an initialization module configured to obtain patient parameters for a first patient, wherein the initialization module is configured to select a first plurality of settings for an x-ray source based on the parameters; an image module configured to obtain (i) a first sample set of one or more images of a region-of-interest of the first patient, and (ii) a master sample set of one or more images, wherein the first sample set of one or more images are acquired as a result of the x-ray source operating according to the first plurality of settings; an alignment module configured to align the first sample set of one or more images to the master sample set of one or more images; a processing module configured to process data corresponding to a result of the alignment; and a setting module configured to adjust the first plurality of settings to provide updated settings, wherein x-ray dosage associated with the updated settings is less than x-ray dosage associated with the first plurality of settings. an initialization module configured to obtain patient parameters for a first patient, wherein the initialization module is configured to select a first plurality of settings for an x-ray source based on the parameters; an image module configured to obtain (i) a first sample set of one or more images of a region-of-interest of the first patient, and (ii) a master sample set of one or more images, wherein the first sample set of one or more images are acquired as a result of the x-ray source operating according to the first plurality of settings; an alignment module configured to align the first sample set of one or more images to the master sample set of one or more images; a processing module configured to process data corresponding to a result of the alignment; and a setting module configured to adjust the first plurality of settings to provide updated settings, wherein x-ray dosage associated with the updated settings is less than x-ray dosage associated with the first plurality of settings.
A controlling method for a turbine generator which is formed by connecting a power turbine and a steam turbine in series, the power turbine being driven by energy of exhaust gas exhausted from a diesel engine, the method comprising the steps of: extracting a part of the exhaust gas before the exhaust gas is supplied to an exhaust turbo-supercharger provided in the diesel engine; and adjusting a supply of the extracted exhaust gas to be supplied to the power turbine and supplying the adjusted supply of the extracted exhaust gas to the power turbine; adjusting a supply of steam generated in an exhaust-gas heat exchanger and supplying the adjusted supply of the steam to the steam turbine; wherein, when demand power decreases and generated power becomes surplus, reducing the supply of the exhaust gas to the power turbine first to minimize an output of the power turbine and then reducing the supply of the steam to the steam turbine. extracting a part of the exhaust gas before the exhaust gas is supplied to an exhaust turbo-supercharger provided in the diesel engine; and adjusting a supply of the extracted exhaust gas to be supplied to the power turbine and supplying the adjusted supply of the extracted exhaust gas to the power turbine; adjusting a supply of steam generated in an exhaust-gas heat exchanger and supplying the adjusted supply of the steam to the steam turbine; wherein, when demand power decreases and generated power becomes surplus, reducing the supply of the exhaust gas to the power turbine first to minimize an output of the power turbine and then reducing the supply of the steam to the steam turbine.
A method for protecting digital contents comprising: • a content delivery phase wherein a content server stores digital content or receives streaming digital content, and transmits to a user device the digital content in a protected format along with a key identification; • a key generation phase in a DRM (Digital Right Management) server which derives at least one key without storing the key; and • a key transmission phase wherein the derived key is transmitted from the DRM server to the content server for protecting the digital content; wherein, for unlocking the digital content, the user device requests the derived key from the DRM server, the request including the key identification transmitted by the content server to the user device which is used by the DRM server to derive the key for the user device. • a content delivery phase wherein a content server stores digital content or receives streaming digital content, and transmits to a user device the digital content in a protected format along with a key identification; • a key generation phase in a DRM (Digital Right Management) server which derives at least one key without storing the key; and • a key transmission phase wherein the derived key is transmitted from the DRM server to the content server for protecting the digital content;
A melt blown nonwoven fabric comprising a resin composition including a polyethylene terephthalate-series resin in a proportion of 98 wt% or more, wherein the melt blown nonwoven fabric has a surface shrinkage ratio at 200°C of 20% or lower and a longitudinal 10% modulus (M MD) at 30°C of 22 N/5cm or lower, wherein the surface shrinkage ratio and the longitudinal 10% modulus (M MD) are measured as set out in the specification, wherein the melt blown nonwoven fabric is obtainable by a method comprising heating a resin composition including a crystalline thermoplastic resin to give a melt and discharging the melt with accompanying jet through nozzle holes to give fiber materials; heating the fiber materials discharged through the nozzle holes in a heating zone; exposing the heated fiber materials to outside air in an air gap zone to cool the fiber materials; and collecting the cooled fiber materials on a collecting surface to obtain a web, wherein at least a part of the heating zone is heated to a crystallization temperature of the crystalline thermoplastic resin or higher; and the air gap zone is a space between a lower edge of the heating zone and the collecting surface, the space having a distance L of 5 cm or longer in a line extending downwardly from the nozzle holes in a vertical direction. heating a resin composition including a crystalline thermoplastic resin to give a melt and discharging the melt with accompanying jet through nozzle holes to give fiber materials; heating the fiber materials discharged through the nozzle holes in a heating zone; exposing the heated fiber materials to outside air in an air gap zone to cool the fiber materials; and collecting the cooled fiber materials on a collecting surface to obtain a web, wherein at least a part of the heating zone is heated to a crystallization temperature of the crystalline thermoplastic resin or higher; and the air gap zone is a space between a lower edge of the heating zone and the collecting surface, the space having a distance L of 5 cm or longer in a line extending downwardly from the nozzle holes in a vertical direction.
A side airbag apparatus (100,200,220), comprising: an airbag cushion which is expanded and deployed to the side of a passenger seated in a seat of a vehicle; and an inflator supplying gas to this airbag cushion; wherein the airbag cushion comprises: a main chamber which is expanded and deployed within at least the range from the shoulder to the head of the passenger and a sub chamber which is expanded and deployed so as to protrude from the position above the shoulder of the passenger to the passenger side in the main chamber; an inner tube which cylindrically extends inside the main chamber and contains the inflator, with a portion of the inner tube adjacent to the sub chamber; a main vent which is opened at a predetermined position of the inner tube so as to release gas from this inner tube into the main chamber; and a sub vent which penetrates through the inner tube and a panel of the main chamber so as to release gas from this inner tube into the sub chamber, characterized in that regarding the surface of the sub chamber on the passenger side, the central part is recessed on the main chamber in the horizontal cross section of the airbag cushion as viewed from above, and the recessed surface of the sub chamber on the passenger side is continuously curved from both ends of this surface in the anteroposterior direction of the vehicle to the central part. a main chamber which is expanded and deployed within at least the range from the shoulder to the head of the passenger and a sub chamber which is expanded and deployed so as to protrude from the position above the shoulder of the passenger to the passenger side in the main chamber; an inner tube which cylindrically extends inside the main chamber and contains the inflator, with a portion of the inner tube adjacent to the sub chamber; a main vent which is opened at a predetermined position of the inner tube so as to release gas from this inner tube into the main chamber; and a sub vent which penetrates through the inner tube and a panel of the main chamber so as to release gas from this inner tube into the sub chamber, characterized in that regarding the surface of the sub chamber on the passenger side, the central part is recessed on the main chamber in the horizontal cross section of the airbag cushion as viewed from above, and the recessed surface of the sub chamber on the passenger side is continuously curved from both ends of this surface in the anteroposterior direction of the vehicle to the central part.
Downlight with a ring-like mounting frame to be mounted in the region of a ceiling mounting opening, as well as a light carrier with an attached luminaire head to be fastened to the mounting frame, wherein the mounting frame and the light carrier are so designed that mounting is effected by rotation of the light carrier relative to the mounting frame, wherein additional securing means are provided to secure the light carrier in a mounting position against rotation in the unlocking direction, wherein the mounting of the light carrier on the mounting frame is by means of a bayonet lock, wherein the securing means comprise a locking element, preferably arranged on the mounting frame, which is blocked in the mounting position of the light carrier by a limiting element, preferably arranged on the light carrier, and wherein the locking element and the limiting element are so designed that when the light carrier is rotated relative to the mounting frame in the direction of the mounting position, the locking element automatically passes the limiting element, characterized in that the limiting element is in the form of an approach slope, while the locking element is mounted to be vertically adjustable.
Process for the production of egg white powder comprising the steps a) Providing liquid raw egg white from bird eggs by separating the yolk from the egg white, b) optionally adjusting of the pH value of the liquid egg white to 4 to 10 c) optionally pasteurizing of the liquid raw egg white, d) separating off salt and desugaring of the liquid egg white to a maximum salt content of NaCl of maximum 1.4 wt.-% of the dry substance for the production of desalted and desugared liquid egg white, e) optionally adjusting of the pH value of the desalted and desugared liquid egg white to pH 4 to 8, f) spray-drying the desalted and desugared liquid egg white for producing spray-dried egg white powder, g) heat treating the spray-dried egg white powder at a temperature of 77°C to 90°C for 1 to 3 weeks in contact with air and further drying of the egg white powder to a maximum water content of at maximum 6 wt.-%. a) Providing liquid raw egg white from bird eggs by separating the yolk from the egg white, b) optionally adjusting of the pH value of the liquid egg white to 4 to 10 c) optionally pasteurizing of the liquid raw egg white, d) separating off salt and desugaring of the liquid egg white to a maximum salt content of NaCl of maximum 1.4 wt.-% of the dry substance for the production of desalted and desugared liquid egg white, e) optionally adjusting of the pH value of the desalted and desugared liquid egg white to pH 4 to 8, f) spray-drying the desalted and desugared liquid egg white for producing spray-dried egg white powder, g) heat treating the spray-dried egg white powder at a temperature of 77°C to 90°C for 1 to 3 weeks in contact with air and further drying of the egg white powder to a maximum water content of at maximum 6 wt.-%.