mhurhangee/ep-ind-claims huggingface dataset:
A focusing device, comprising: an imaging element which includes an imaging plane; an imaging lens which includes focus lens groups, which includes first and second focus lens groups (104, 102), and forms an image of a subject on the imaging plane of the imaging element to enable focus adjustment; a focus evaluation value detecting section configured to detect a focus evaluation value based on an image signal acquired by imaging of the imaging element; and a control section configured to move the focus lens groups based on the focus evaluation value, effect a wobbling operation of the first focus lens group to focus on the subject, and move the second focus lens group while effecting the wobbling operation of the first lens group for one period alone so that image surface positions of the focus lens groups are moved by predetermined amounts, wherein the control section is configured to offset a center position of an amplitude of the wobbling operation of the first focus lens group by a first amount in a moving direction of the second focus lens group, characterized in that the control section is configured to add a second amount to the amplitude of the wobbling operation while moving the second focus lens group, wherein the first amount is 1/4 of a moving amount to move the second focus lens group while the control section is configured to allow the first focus lens group to effect the wobbling operation for one period alone, and the second amount is 1/4 of the moving amount, and wherein the control section is configured to drive the second focus lens group at a constant speed during the wobbling operation. an imaging element which includes an imaging plane; an imaging lens which includes focus lens groups, which includes first and second focus lens groups (104, 102), and forms an image of a subject on the imaging plane of the imaging element to enable focus adjustment; a focus evaluation value detecting section configured to detect a focus evaluation value based on an image signal acquired by imaging of the imaging element; and a control section configured to move the focus lens groups based on the focus evaluation value, effect a wobbling operation of the first focus lens group to focus on the subject, and move the second focus lens group while effecting the wobbling operation of the first lens group for one period alone so that image surface positions of the focus lens groups are moved by predetermined amounts,
Refrigerator and/or freezer, comprising a carcass, a cooled interior space enclosed by the carcass, and a mist generator, which is arranged in the cooled interior space and has a piezoelectric element and an outlet opening, through which the generated mist exits the mist generator, wherein the outlet opening lies in the direction of the sound waves emanating from the piezoelectric element, wherein the mist generator has a concentrator for focusing the sound waves emanating from the piezoelectric element onto a point or a region, and the concentrator is designed such that the focusing takes place in a direction that is not in the direction in which the sound waves emanate from the piezoelectric element, wherein the mist generator has a deflection element, which is arranged so that the sound waves focused by the concentrator or a water jet generated by the concentrator deflects by means of the deflection element in the direction of the outlet opening of the mist generator, wherein the mist generator has at least one tank, characterised in that the mist generator comprises at least one cover closing the tank and a seating, wherein the tank is removable from the seating and has means for filling level recognition such as steps, markings on the tank wall or float systems, and wherein the seating has all necessary elements for operation of the mist generator. a carcass, a cooled interior space enclosed by the carcass, and a mist generator, which is arranged in the cooled interior space and has a piezoelectric element and an outlet opening, through which the generated mist exits the mist generator, wherein the outlet opening lies in the direction of the sound waves emanating from the piezoelectric element, wherein the mist generator has a concentrator for focusing the sound waves emanating from the piezoelectric element onto a point or a region, and the concentrator is designed such that the focusing takes place in a direction that is not in the direction in which the sound waves emanate from the piezoelectric element, wherein the mist generator has a deflection element, which is arranged so that the sound waves focused by the concentrator or a water jet generated by the concentrator deflects by means of the deflection element in the direction of the outlet opening of the mist generator, wherein the mist generator has at least one tank, characterised in that the mist generator comprises at least one cover closing the tank and a seating, wherein the tank is removable from the seating and has means for filling level recognition such as steps, markings on the tank wall or float systems, and wherein the seating has all necessary elements for operation of the mist generator.
A composition suitable for parenteral nutrition comprising: a therapeutically effective amount of soluble ferric pyrophosphate; lipid; amino acids; carbohydrate and a pharmaceutically acceptable carrier.
Process for cosmetic non-therapeutic treatment of human keratin fibres and/or of the scalp, characterized in that it consists in applying, to the human keratin fibres and/or the scalp, a physiologically acceptable cosmetic composition comprising: (a)at least one derivative of glucose and of vitamin F, (b)at least one non-ionic surfactant with a hydrophilic/lipophilic balance greater than 10, (c)at least one C 1 -C 4 alcohol, (d)water; in leaving said composition in contact with these keratin fibres and/or the scalp and optionally in rinsing these keratin fibres and/or the scalp. (a)at least one derivative of glucose and of vitamin F, (b)at least one non-ionic surfactant with a hydrophilic/lipophilic balance greater than 10, (c)at least one C 1 -C 4 alcohol, (d)water;
A piston cylinder assembly comprising: a housing defining a housing cavity; a piston movably supported by the housing, wherein fluid that can be supplied to the cavity can apply a fluid force to cause the piston to extend out of the housing; and a spring return assembly connected between the housing and the piston and operable to apply a spring force to cause the piston to retract into the housing, the spring return assembly including: a first spring member connected at one end to the housing and having an opposite end, the first spring member including a tension spring and being operable to apply a first spring force, and a second spring member connected at one end to the piston and having an opposite end, characterised by the second spring member including a pair of compression springs (106, 110) arranged in parallel, the second spring member being operable to apply a second spring force, and the opposite end of each of the first spring member and the second spring member cooperating to apply the first spring force and the second spring force in series. a housing defining a housing cavity; a piston movably supported by the housing, wherein fluid that can be supplied to the cavity can apply a fluid force to cause the piston to extend out of the housing; and a spring return assembly connected between the housing and the piston and operable to apply a spring force to cause the piston to retract into the housing, the spring return assembly including: a first spring member connected at one end to the housing and having an opposite end, the first spring member including a tension spring and being operable to apply a first spring force, and a second spring member connected at one end to the piston and having an opposite end, characterised by the second spring member including a pair of compression springs (106, 110) arranged in parallel, the second spring member being operable to apply a second spring force, and the opposite end of each of the first spring member and the second spring member cooperating to apply the first spring force and the second spring force in series. a first spring member connected at one end to the housing and having an opposite end, the first spring member including a tension spring and being operable to apply a first spring force, and a second spring member connected at one end to the piston and having an opposite end, characterised by the second spring member including a pair of compression springs (106, 110) arranged in parallel, the second spring member being operable to apply a second spring force, and the opposite end of each of the first spring member and the second spring member cooperating to apply the first spring force and the second spring force in series.
A bandage for the back or pelvis having adjacent pads (60a, 60b), which are mounted on the inner face of a supporting piece in the back area of the bandage, wherein respectively one fastener strap piece (20a, 20b) attaches at the opposite edge regions of the supporting piece for applying the bandage by joining together the ends (22a, 22b) of the two fastener strap pieces (20a, 20b), wherein two tensioning belts (30a, 30b) are assigned to the supporting piece, which are guided in such a manner that the pads (60a, 60b) approach each other when tensioning the tensioning belts (30a, 30b) and apply a pressure dependent on a tension force acting on the tensioning belts (30a, 30b) onto the relevant body part, wherein the tensioning belts (30a, 30b) are connected to the supporting piece in the area of the pads (60a, 60b), characterised in that the tensioning belts (30a, 30b) are connected to the supporting piece on the inner face of the supporting piece.
A system for electrostatic collection of particles and/or microorganisms in suspension in a gaseous medium comprising an electrostatic collector and a housing for supporting the electrostatic collector: - the collector comprising: ∘ a first assembly including a first portion and a collection electrode disposed in the first portion which delimits a tubular-shaped collection chamber oriented along a first axis, ∘ a second assembly including a discharge electrode, of elongated shape, extending along a first axis, - the housing comprising a first electrical terminal capable of driving the collection electrode to a first potential and a second electrical terminal capable of driving the discharge electrode to a second potential, characterised in that it further comprises means for receiving at least one of the first assembly and the second assembly of the collector, these receiving means being hinged for displacement on the housing between a first mounting position of said at least one first assembly and one second assembly of the collector in the receiving means and a second collection position in which the first electrical terminal makes an electrical connection with the collection electrode and the second electrical terminal makes an electrical connection with the discharge electrode, the receiving means comprising a sheath, one end of which is hinged in rotation along a second axis on the housing and the other end of which delimits an opening for inserting a first tubular portion of the collector into the sheath. - the collector comprising: ∘ a first assembly including a first portion and a collection electrode disposed in the first portion which delimits a tubular-shaped collection chamber oriented along a first axis, ∘ a second assembly including a discharge electrode, of elongated shape, extending along a first axis, ∘ a first assembly including a first portion and a collection electrode disposed in the first portion which delimits a tubular-shaped collection chamber oriented along a first axis, ∘ a second assembly including a discharge electrode, of elongated shape, extending along a first axis, - the housing comprising a first electrical terminal capable of driving the collection electrode to a first potential and a second electrical terminal capable of driving the discharge electrode to a second potential,
Computer-implemented method for finding design weakness and potential field failure of a PCB assembly which includes components (125, 130, 131, 135), comprising the steps of: a) pre-defining Mode Shape Types and assigning a Threat Weight to each Mode Shape Type; c) creating a model of the PCB assembly by which natural frequencies and mode shapes of the PCB assembly can be determined; c) performing a natural frequencies simulation for determining natural frequencies and mode shapes of the PCB assembly; and d) analyzing said determined natural frequencies and mode shapes and identifying dominant local oscillations of components (125, 130, 131, 135), wherein components (125, 130, 131, 135) identified as having a dominant local oscillation in at least one of said determined mode shapes are identified as components (125, 130, 131, 135) having a relatively high potential of field failure, and for each component (125, 130, 131, 135) identified as having a dominant local oscillation, matching between the determined mode shapes and said predefined Mode Shape Types, thereby to determine the corresponding Threat Weight for each of said identified components. a) pre-defining Mode Shape Types and assigning a Threat Weight to each Mode Shape Type; c) creating a model of the PCB assembly by which natural frequencies and mode shapes of the PCB assembly can be determined; c) performing a natural frequencies simulation for determining natural frequencies and mode shapes of the PCB assembly; and d) analyzing said determined natural frequencies and mode shapes and identifying dominant local oscillations of components (125, 130, 131, 135), wherein components (125, 130, 131, 135) identified as having a dominant local oscillation in at least one of said determined mode shapes are identified as components (125, 130, 131, 135) having a relatively high potential of field failure, and for each component (125, 130, 131, 135) identified as having a dominant local oscillation, matching between the determined mode shapes and said predefined Mode Shape Types, thereby to determine the corresponding Threat Weight for each of said identified components.
An apparatus for performing real-time nucleic acid amplification and detection, comprising: an optical module comprising: a detector head mounted on a rail housed in the optical module, the detector head comprising a plurality of detector pairs, each detector pair having at least one light source and at least one light detector; an aperture plate disposed in a bottom side of the optical module, the aperture plate comprising a plurality of apertures, wherein the detector head is moveable along the rail to position the light sources over the apertures of the aperture plate; and a receiving tray attached to the optical module for receiving a microfluidic cartridge, the microfluidic cartridge comprising a plurality of independent reaction chambers, wherein the receiving tray positions the microfluidic cartridge below the optical module, such that each of the plurality of reaction chambers is aligned with an aperture of the aperture plate, the apparatus being characterised in that it further comprises a normalizer plate configured to calibrate the detector pairs in the detector head, the normalizer plate comprising one or more components having known, standardized optical characteristics, wherein the normalizer plate is attached to a bottom side of the aperture plate below at least a portion of the plurality of apertures. a detector head mounted on a rail housed in the optical module, the detector head comprising a plurality of detector pairs, each detector pair having at least one light source and at least one light detector; an aperture plate disposed in a bottom side of the optical module, the aperture plate comprising a plurality of apertures, wherein the detector head is moveable along the rail to position the light sources over the apertures of the aperture plate; and a receiving tray attached to the optical module for receiving a microfluidic cartridge, the microfluidic cartridge comprising a plurality of independent reaction chambers, wherein the receiving tray positions the microfluidic cartridge below the optical module, such that each of the plurality of reaction chambers is aligned with an aperture of the aperture plate, the apparatus being characterised in that it further comprises a normalizer plate configured to calibrate the detector pairs in the detector head, the normalizer plate comprising one or more components having known, standardized optical characteristics, wherein the normalizer plate is attached to a bottom side of the aperture plate below at least a portion of the plurality of apertures.
A display device, comprising: a display panel to display an image by externally receiving an electrical signal applied thereto; a lower frame accommodating the display panel and including a bottom part and a side part extending from the bottom part; at least one flange extending from the side part of the lower frame outwardly thereof; and a drive circuit board connected to the display panel, the drive circuit board being on the flange, the lower frame having an opening in the bottom part and at least one protrusion protruding (181a, 181b) from the opening inwardly thereof characterized by the following features: the flange is formed by portions of the bottom part and the side part being cut out to be bent outwardly thereof. a display panel to display an image by externally receiving an electrical signal applied thereto; a lower frame accommodating the display panel and including a bottom part and a side part extending from the bottom part; at least one flange extending from the side part of the lower frame outwardly thereof; and a drive circuit board connected to the display panel, the drive circuit board being on the flange, the lower frame having an opening in the bottom part and at least one protrusion protruding (181a, 181b) from the opening inwardly thereof characterized by the following features: the flange is formed by portions of the bottom part and the side part being cut out to be bent outwardly thereof. the flange is formed by portions of the bottom part and the side part being cut out to be bent outwardly thereof.
Refrigerator and freezer comprising a coolant circuit, which comprises an evaporator (10, 20) and a compressor, wherein a liquid separator which comprises an inlet connected to the evaporator (10, 20) and an outlet connected to the compressor is arranged between the evaporator (10, 20) and the compressor, the liquid separator is designed and arranged such that it prevents liquid coolant from flowing into the suction pipe of the compressor, and the liquid separator is arranged above the evaporator (10, 20), such that liquid coolant in the liquid separator can flow back into the evaporator (10, 20) due to gravity, wherein an inlet line of the liquid separator is formed by a connecting piece which projects into the interior of the liquid separator and comprises a plurality of holes or slots in its end region over the circumference in order for coolant to flow into the liquid separator, wherein the end region of the inlet line is closed at the end face, wherein the coolant circuit comprises at least one refrigerating-part evaporator and at least one freezing-part evaporator, and the liquid separator is arranged between the freezing-part evaporator and the compressor, wherein one or more gratings and one or more meshes are arranged in the liquid separator, wherein the gratings and the mesh are arranged between the inlet and the outlet of the liquid separator and the gratings have a curvature.
Timepiece display mechanism comprising at least one roller (10, 11, 12, 13, 14) pivoting about a roller axis, said roller (10, 11, 12, 13, 14) comprising at least one flap pivoting about a flap axis parallel to said roller axis and distinct from said roller axis, said at least one flap comprising at least one first face and at least one second face, said display mechanism comprising first drive means for pivoting said roller (10, 11, 12, 13, 14) about said roller axis, wherein said display mechanism includes second drive means distinct from said first drive means for pivoting at least one said flap about its said flap axis, in at least one determined position of said flap axis relative to said roller axis, and where said second drive means are arranged to pivot synchronously each said flap comprised in a said roller (10, 11, 12, 13, 14), characterized in that each said flap comprises, to hold in its orientation position, a flap cam or a heart-piece comprising as many low points as said flap has faces (201, 202), and in that said roller (10, 11, 12, 13, 14) includes, for each said flap cam or heart-piece, at least one magnet arranged to exert a force on said flap cam or heart-piece made of magnetic material to index the position of said flap cam or heart-piece.
An antiperspirant or deodorant composition comprising i) an antiperspirant or deodorant active, ii) a liquid carrier for the antiperspirant or deodorant active, and iii) fragrance in which the fragrance comprises a mixture of first and second fragrances, respectively (iiia) and (iiib), the first fragrance (iiia) being free from encapsulation and comprising fragrance components having a boiling point of higher than 250°C at 1 bar pressure in a weight proportion of greater than 65% and the second fragrance (iiib) being encapsulated in a water-insoluble shear-sensitive encapsulating material and comprising fragrance components having a boiling point of greater than 250°C at 1 bar pressure in a weight proportion of less than 65%. i) an antiperspirant or deodorant active, ii) a liquid carrier for the antiperspirant or deodorant active, and iii) fragrance
A tissue capture anchor for attaching tissue to bone, the anchor comprising: an anchor body comprising: a distal end and proximal end, a central hole and at least two expandable tines; and a spreader configured to fit within the anchor body, the spreader comprising: a distal end and a proximal end, a pointed tip configured to spear tissue; and an angled portion configured to force the expandable tines outward as the spreader is moved relative to the anchor body, wherein in an unexpanded position of the tissue capture anchor the spreader is slightly inserted in the central hole at the distal end of the anchor body and, wherein in an expanded position of the tissue capture anchor the spreader has been drawn up into the anchor body causing the tines to expand from the distal end of the anchor body. an anchor body comprising: a distal end and proximal end, a central hole and at least two expandable tines; and a spreader configured to fit within the anchor body, the spreader comprising: a distal end and a proximal end, a pointed tip configured to spear tissue; and an angled portion configured to force the expandable tines outward as the spreader is moved relative to the anchor body, wherein in an unexpanded position of the tissue capture anchor the spreader is slightly inserted in the central hole at the distal end of the anchor body and, wherein in an expanded position of the tissue capture anchor the spreader has been drawn up into the anchor body causing the tines to expand from the distal end of the anchor body.