mhurhangee/ep-ind-claims huggingface dataset:
A cam device comprising a drive-side cam rotatably supported, and a driven-side cam unrotatably supported; the drive-side cam comprising a drive-side cam surface provided on one side surface in the axial direction of the cam device, the drive-side cam surface having a drive-side base surface, plural drive-side convex sections protruding toward one side in the axial direction from plural locations of the drive-side base surface in the circumferential direction of the cam device, and plural drive-side inclined guiding surfaces provided on one side surface of the drive-side convex sections in the circumferential direction; the driven-side cam comprising a driven-side cam surface provided on the other side surface in the axial direction, the driven-side cam surface having a driven-side base surface, plural driven-side convex sections protruding toward the other side in the axial direction from plural locations of the driven-side base surface in the circumferential direction, and plural driven-side inclined guiding surfaces provided on the other side surface of the driven-side convex sections in the circumferential direction; the drive-side cam being able to rotate relative to the driven-side cam, and a unlocked state in which the drive-side convex sections and the driven-side convex sections are alternatingly arranged in the circumferential direction and the dimension in the axial direction of the cam device is contracted, and a locked state in which the tip-end surfaces of the drive-side convex sections are brought in contact with the tip-end surfaces of the driven-side convex sections and the dimension in the axial direction of the cam device is expanded, being able to be switched, through a state in which the drive-side inclined guiding surfaces slide over the driven-side inclined guiding surfaces; characterised in that the cam device is further comprising tip-end butt sections provided on the outer-diameter side portions of the tip-end surfaces (40a, 41a) of one convex sections of the drive-side convex sections and the driven-side convex sections, and tip-end concave sections that are recessed further in the axial direction than the tip-end butt sections, the tip-end concave sections being provided on the inner-diameter side portions of the one convex sections, and in the locked state, only the tip-end butt sections of the tip-end surface (40a, 41a) of the one convex sections coming in contact with the tip-end surfaces (40a, 41a) of the other convex sections of the drive-side convex sections and the driven-side convex sections
A boron-free wick comprising a) a wick material, wherein the wick material is selected from cotton, rayon, cellulose fibers, paper yarn, flax yarn and/or combinations thereof; b) at least one first flame retardant; and c) at least a first additive, wherein the first additive is selected from the group consisting of ammonium nitrate, cerium nitrate, a polymer or combinations thereof, wherein the fraction of first additive is 0.001 to 4.0 wt.-% based on the total quantity of the wick. a) a wick material, wherein the wick material is selected from cotton, rayon, cellulose fibers, paper yarn, flax yarn and/or combinations thereof; b) at least one first flame retardant; and c) at least a first additive, wherein the first additive is selected from the group consisting of ammonium nitrate, cerium nitrate, a polymer or combinations thereof,
A solid catalyst component for the polymerization of olefins comprising Mg, Ti and an electron donor compound of the following formula In which the R 1 to R 12 groups, equal to or different from each other, are hydrogen, halogen or C 1 -C 15 hydrocarbon groups, optionally containing an heteroatom selected from halogen, P, S, N, O and Si, the R groups equal to or different from each other, are C 1 -C 15 hydrocarbon groups and the carboxylate groups are in trans configuration with respect to each other.
A method for producing succinic acid from an organic raw material, comprising reacting bacterial cells, immobilized bacterial cells, or extracts of bacterial cells of a coryneform bacterium with the organic raw material in an aqueous medium and collecting the succinic acid, wherein the bacterial cells or the treated bacterial cells are allowed to react with the organic raw material while neutralizing the aqueous medium with magnesium hydroxide, or magnesium carbonate and magnesium hydroxide.
A socket apparatus (100, 700) for gripping balls of a ball grid array, comprising: a base member (130, 730) of electrically insulative material; an array of pairs of electrical contacts disposed in the base member (130, 730) in a configuration corresponding to a terminal ball configuration of said BGA to be mated with the socket apparatus (100, 700); a first plate member disposed for slidable movement on said base member (130, 730) and having a plurality of parallel extension members extending therefrom and configured to pass through the array of pairs of electrical contacts; characterized by a second plate member disposed for slidable movement on said base member (130, 730) and having a plurality of parallel extension members extending therefrom and configured to pass through the array of pairs of electrical contacts; the plurality of parallel extension members of said first plate member disposed between the plurality of parallel extension members of said second plate member; a plurality of insulative nodules (140, 141) disposed on each extension member with nodules (140, 141) forming an array corresponding to said array of pairs of electrical contacts; and the first plate member and second plate member being movable relative to each other on said base member (130, 730) whereby the plurality of insulative nodules (140, 141) urge the corresponding electrical contacts into electrical contact engagement with the balls of the BGA in the socket. a base member (130, 730) of electrically insulative material; an array of pairs of electrical contacts disposed in the base member (130, 730) in a configuration corresponding to a terminal ball configuration of said BGA to be mated with the socket apparatus (100, 700); a first plate member disposed for slidable movement on said base member (130, 730) and having a plurality of parallel extension members extending therefrom and configured to pass through the array of pairs of electrical contacts; characterized by a second plate member disposed for slidable movement on said base member (130, 730) and having a plurality of parallel extension members extending therefrom and configured to pass through the array of pairs of electrical contacts; the plurality of parallel extension members of said first plate member disposed between the plurality of parallel extension members of said second plate member; a plurality of insulative nodules (140, 141) disposed on each extension member with nodules (140, 141) forming an array corresponding to said array of pairs of electrical contacts; and the first plate member and second plate member being movable relative to each other on said base member (130, 730) whereby the plurality of insulative nodules (140, 141) urge the corresponding electrical contacts into electrical contact engagement with the balls of the BGA in the socket.
An electrical device, comprising: a housing having an inner surface; a lamination assembly having at least one slot (22, 42, 122, 142) therein; and at least one pin (26, 28) extending from said inner surface of said housing, said lamination assembly being clocked to a position so that said at least one pin (26, 28) coacts with said at least one slot (22, 42, 122, 142) to rotationally orient said lamination assembly, said at least one pin (26, 28) additionally constraining said lamination assembly from axial removal from said housing to thereby rotationally and axially constrain said lamination assembly to a limited movement in said housing, wherein said lamination assembly is constrained in said axial direction relative to said housing by way of said at least one pin (26, 28) encountering an end to said at least one slot (22, 42, 122, 142) in said axial direction, characterized in that said at least one pin (26, 28) is adapted to be inserted through the housing to thereby engage said at least one slot (22, 42, 122, 142). a housing having an inner surface; a lamination assembly having at least one slot (22, 42, 122, 142) therein; and at least one pin (26, 28) extending from said inner surface of said housing, said lamination assembly being clocked to a position so that said at least one pin (26, 28) coacts with said at least one slot (22, 42, 122, 142) to rotationally orient said lamination assembly, said at least one pin (26, 28) additionally constraining said lamination assembly from axial removal from said housing to thereby rotationally and axially constrain said lamination assembly to a limited movement in said housing, wherein said lamination assembly is constrained in said axial direction relative to said housing by way of said at least one pin (26, 28) encountering an end to said at least one slot (22, 42, 122, 142) in said axial direction, characterized in that said at least one pin (26, 28) is adapted to be inserted through the housing to thereby engage said at least one slot (22, 42, 122, 142).
A wearable device for transcorneal electrical stimulation, comprising: a material formed in the shape of a contact lens and configured to be removably placed on an eye of a user, the material having an outer surface and an inner surface, the inner surface configured to removably contact the eye of the user, wherein the material comprises an aperture located at a center of the material; and a plurality of stimulating electrodes located on or within the material and including a ground electrode, a negative electrode and a positive electrode, wherein the plurality of stimulating electrodes are configured to electromagnetically stimulate a portion of the eye or an area adjacent to the eye. a material formed in the shape of a contact lens and configured to be removably placed on an eye of a user, the material having an outer surface and an inner surface, the inner surface configured to removably contact the eye of the user, wherein the material comprises an aperture located at a center of the material; and a plurality of stimulating electrodes located on or within the material and including a ground electrode, a negative electrode and a positive electrode, wherein the plurality of stimulating electrodes are configured to electromagnetically stimulate a portion of the eye or an area adjacent to the eye.
A refrigeration cycle apparatus comprising: a refrigerant circuit; a compressor provided in the refrigerant circuit, having a compression mechanism section in an enclosed container (3a,3b,3c) and configured to compress and discharge a refrigerant so as to circulate the refrigerant in the refrigerant circuit; and an outdoor unit installed outdoors and having a housing (13,14,14,16,17) divided by a partition plate into a fan chamber including an outdoor air-sending fan and an outdoor heat exchanger and a machine chamber including the compressor, wherein the refrigerant is a flammable HFC refrigerant, and wherein the refrigeration cycle apparatus further includes a desiccant, and characterized in that the desiccant is attached in thermal contact with a surface of the enclosed container whose temperature is increased by a gas refrigerant compressed by the compression mechanism section during operation of the compressor, the desiccant adsorbing water from air in the machine chamber during non-operation of the outdoor unit. a refrigerant circuit; a compressor provided in the refrigerant circuit, having a compression mechanism section in an enclosed container (3a,3b,3c) and configured to compress and discharge a refrigerant so as to circulate the refrigerant in the refrigerant circuit; and an outdoor unit installed outdoors and having a housing (13,14,14,16,17) divided by a partition plate into a fan chamber including an outdoor air-sending fan and an outdoor heat exchanger and a machine chamber including the compressor,
Fastening device for releasably securing a wheelchair in a vehicle, comprising a mechanically stable support structure (7, 11) under a seat of the wheelchair, and at least two substantially rod-like securing elements, wherein the securing elements are axially displaceable from a retracted position into an extended position, wherein the securing elements are axially displaceably connected at a first end to the support structure (7, 11) and at a second end, opposite to the first end, contact points for securing in the vehicle are formed, wherein the securing elements are designed to be axially displaced by a user of the wheelchair such that the securing elements can be displaced into the extended position by the user of the wheelchair and the contact points can be secured to the vehicle, characterized in that the fastening device comprises at least three of the substantially rod-like securing elements, of which two securing elements are substantially horizontally displaceable, in order to secure the wheelchair to a vertical element of the vehicle, and one securing element is substantially vertically displaceable, in order to secure the wheelchair to a floor of the vehicle.
Seat, in particular for a bicycle, comprising two saddles (12A, 12B) and a structure for assembling the saddles in relation to a frame, wherein this structure comprises a mounting intended to be fixed onto the frame and devices (126, 146A, 146B) for articulating (TA, TB) each saddle independently of the other saddle in relation to the mounting around a pitch axis supported or formed by a cradle provided with two pins (146A, 146B) aligned to the pitch axis and on which the saddles (12A, 12B) are articulated, characterised in that the cradle is mounted on the mounting with at least one elastically deformable element interposed, which is arranged between the mounting and the cradle along a yaw axis of the seat and is able to deform elastically in compression during a roll movement of the cradle in relation to the mounting and in torsion or shear during a yaw movement of the cradle in relation to the mounting, wherein these movements (R, L) are independent of one another and caused by the displacements of the pelvis and legs of a user.
A weaving loom for inserting continuous material, or loosely connected material or material in pieces, with warp beams (1.a, 1.b) and cloth beam, wherein the warp threads (4.a and 4.b) run in the downward direction from the warp beams (1.a and 1.b) to the cloth beam and herein are individually held by hooks (3.a and 3.b) which are anchored in guide beams (2.a and 2.b) between upper warp beams (1.a and 1.b) and lower cloth beam, and wherein the warp threads (4.a, 4.b) by way of the disposal of the warp beams (1.a, 1.b) and the disposal and mobility of the guide beams (2.a, 2.b) are movable relative to one another between a V-position which is open at the top and a crossed position.
A nuclear reactor, in particular a liquid-metal-cooled nuclear reactor, having a hot header above a core and a cold header surrounding the hot header, separated by a separation structure and in which a primary fluid circulates for cooling the core; the reactor comprising at least one heat exchanger, in particular a steam generator, to remove heat from the primary fluid via a secondary fluid; the separation structure comprising a lower element placed around the core and an upper element located above the core, the upper element having a reduced radial extent with respect to the lower element, and being joined to the lower element by a connecting element; the connecting element being equipped with penetrations from which vertical ducts extend to connect to one or more heat exchangers positioned between the upper portion of said separation structure and the reactor vessel, for feeding the heat exchangers with hot primary fluid leaving the core; the reactor being characterized in that the connecting element and the upper element of the separation structure constitute the radial constraint of the core, in particular of the inactive upper part of the fuel assemblies.
A power regulator circuit comprising: first and second power regulators (110, 120) respectively configured and arranged to provide regulated power at main and standby power levels, the standby power level being less than half of the main power level; and a controller configured and arranged to in a standby mode, output a standby signal to operate the second power regulator for supplying power to an integrated circuit at the standby power level, in a startup mode, output a startup signal to turn the first power regulator on while continuing to operate the second power regulator for supplying power to the integrated circuit during a start-up period, and output a start signal for operating a processor in the integrated circuit in a low-frequency mode via the second power regulator, and after the start-up period, operating the first power regulator for supplying power at the main power level for operating the processor in a high-frequency mode wherein the controller is configured and arranged to monitor the power level of the first power regulator and, in response to the first power regulator providing power at a certain power level threshold, terminate the startup mode by turning the second power regulator off and controlling the first power regulator for supplying the power for operating the processor in the high-frequency mode. first and second power regulators (110, 120) respectively configured and arranged to provide regulated power at main and standby power levels, the standby power level being less than half of the main power level; and a controller configured and arranged to in a standby mode, output a standby signal to operate the second power regulator for supplying power to an integrated circuit at the standby power level, in a startup mode, output a startup signal to turn the first power regulator on while continuing to operate the second power regulator for supplying power to the integrated circuit during a start-up period, and output a start signal for operating a processor in the integrated circuit in a low-frequency mode via the second power regulator, and after the start-up period, operating the first power regulator for supplying power at the main power level for operating the processor in a high-frequency mode wherein the controller is configured and arranged to monitor the power level of the first power regulator and, in response to the first power regulator providing power at a certain power level threshold, terminate the startup mode by turning the second power regulator off and controlling the first power regulator for supplying the power for operating the processor in the high-frequency mode.
Method for recognizing an object in image information wherein the image information represents a scene in a detection region of a camera during a situation which characterizes a boundary condition with respect to which the image information is detected, wherein the method is carried out by a control unit and comprises the following steps: recognizing the situation using the scene in image information; reading in the image information and at least one parameter representing the situation, wherein an integral image is read in as image information, wherein the integral image represents a line-by-line and/or column-by-column integration of brightness values of pixels of a camera image of the scene; selecting a feature combination - expectably recognizable in the situation - of an object class of the object using the parameter, wherein the feature combination comprises a description of the area sum features of the object to be recognized and is loaded into an internal memory of the control unit via an interface of the control unit before the image information is processed; and searching for the feature combination in the image information in order to recognize the object, wherein,.in step of searching, a first search step involves using a first feature from the feature combination for the purpose of checking and subsequently at least one further search step involves using at least one further feature from the feature combination for the purpose of checking, wherein the further feature for the purpose of checking in the further search step is selected from the feature combination using a result of the preceding search step. recognizing the situation using the scene in image information; reading in the image information and at least one parameter representing the situation, wherein an integral image is read in as image information, wherein the integral image represents a line-by-line and/or column-by-column integration of brightness values of pixels of a camera image of the scene; selecting a feature combination - expectably recognizable in the situation - of an object class of the object using the parameter, wherein the feature combination comprises a description of the area sum features of the object to be recognized and is loaded into an internal memory of the control unit via an interface of the control unit before the image information is processed; and searching for the feature combination in the image information in order to recognize the object, wherein,.in step of searching, a first search step involves using a first feature from the feature combination for the purpose of checking and subsequently at least one further search step involves using at least one further feature from the feature combination for the purpose of checking, wherein the further feature for the purpose of checking in the further search step is selected from the feature combination using a result of the preceding search step.
A multi-mode system for performing ophthalmic laser surgery on selected tissue in an eye which comprises: a laser unit for generating a pulsed laser beam, and for focusing the laser beam to a focal point, to perform a Laser Induced Optical Breakdown (LIOB) procedure on the selected tissue; a mode selector for selecting system functionalities to define an operational mode for the system, wherein the operational mode is based on compatibility considerations for value ranges of configuration parameters for the laser beam, a process for establishing at least one base reference datum in the eye, and a plan for scanning the focal point of the laser beam through the selected tissue relative to a selected base reference datum; and a computer connected to the laser unit, wherein the computer is responsive to the mode selector for operating the laser unit to implement the operational mode, characterized in that the operational mode includes a value range for pressure exerted by a patient interface against the eye, and the system includes a switch for manipulating the patient interface to selectively change between a low pressure value in a first mode of operation and a high pressure value in a second mode of operation. a laser unit for generating a pulsed laser beam, and for focusing the laser beam to a focal point, to perform a Laser Induced Optical Breakdown (LIOB) procedure on the selected tissue; a mode selector for selecting system functionalities to define an operational mode for the system, wherein the operational mode is based on compatibility considerations for value ranges of configuration parameters for the laser beam, a process for establishing at least one base reference datum in the eye, and a plan for scanning the focal point of the laser beam through the selected tissue relative to a selected base reference datum; and a computer connected to the laser unit, wherein the computer is responsive to the mode selector for operating the laser unit to implement the operational mode, characterized in that the operational mode includes a value range for pressure exerted by a patient interface against the eye, and the system includes a switch for manipulating the patient interface to selectively change between a low pressure value in a first mode of operation and a high pressure value in a second mode of operation.