mhurhangee/ep-ind-claims huggingface dataset:
A differential calorimetric measurement sensor comprising two cells, a thermometric cell and another cell, each cell comprising: - a membrane (10, 20) made of a material with low thermal conductivity, with a first face and a second face, and - support means (11, 21) for the membrane, made of a material exhibiting a high thermal diffusivity coefficient, in contact with the first face (100, 200) of the membrane, the thermometric cell comprising at least two active thermometric elements (12, 13) situated on said first face of the membrane and the two cells (1, 2) being intended to be assembled in such a way that the second faces (101, 201) of the membranes of said cells are facing one another, a sample and a reference used to perform the measurement being able to be placed between the two membranes and directly in contact with said second faces (101, 201), and at least one of the cells comprising a closure means (14, 24) facing the first face of the membrane (10, 20), a free space (16, 26) being formed between said closure means and the membrane for a gas, the closure means including a piercing which is in communication with each of the spaces and the height of the closure means being adapted in such a way as to create a thermal conduction of predetermined value via the gas between the membrane and the closure means, said differential calorimetric measurement sensor being characterized in that the other cell is a heating cell, at least two active heating elements (22, 23) being situated on said first face of the membrane of this other cell, such that each of said active heating elements is substantially aligned with one of said active thermometric elements (12, 13) of the thermometric cell, when the two cells are assembled together, the sample and the reference used to perform the measurement then being able to be placed between two active elements of each of the two cells. - a membrane (10, 20) made of a material with low thermal conductivity, with a first face and a second face, and - support means (11, 21) for the membrane, made of a material exhibiting a high thermal diffusivity coefficient, in contact with the first face (100, 200) of the membrane,
A dual-mode optical and radio frequency, RF, reflector comprising: a mirror having a reflective surface including a first zone having a first surface precision, a remainder of the reflective surface outside of the first zone having a second surface precision that is substantially lower than the first surface precision, the mirror being configured to collimate and reflect an RF signal from the reflective surface, and to collimate and reflect an optical signal from the first zone, characterised in that the reflective surface has an off-axis parabolic shape.
A charge-coupled device image sensor, comprising a plurality of photosensitive elements arranged in rows and columns, a plurality of vertical CCDs each having vertical shift elements associated with respective ones of the photosensitive elements of a corresponding one of the columns, and a horizontal CCD coupled to the vertical CCDs, wherein the horizontal CCD comprises horizontal shift elements of two different types interspersed with one another, wherein horizontal shift elements of the first type are configured to receive shifted charge packets directly from respective ones of the vertical CCDs and horizontal shift elements of the second type are not directly coupled to any of the plurality of vertical CCDs and are configured to receive shifted charge packets directly from an adjacent horizontal shift element, wherein: the horizontal CCD comprises a repetitive arrangement of a group of three horizontal shift elements, wherein one second type horizontal shift element is arranged between two pairs of first type horizontal shift elements, and a remaining second type horizontal shift element is located at the left end of the horizontal CCD in a direction of horizontal shifting; and wherein a bottom row of charge packets is shifted vertically downward from the vertical CCDs into the first type of horizontal shift elements in the horizontal CCD, the charge packets are leftward shifted in the horizontal CCD by one horizontal shift element, and respective ones of the charge packets in the horizontal CCD are binned by vertically downward shifting a next row of charge packets from the vertical CCDs into the first type of horizontal shift elements in the horizontal CCD. the horizontal CCD comprises a repetitive arrangement of a group of three horizontal shift elements, wherein one second type horizontal shift element is arranged between two pairs of first type horizontal shift elements, and a remaining second type horizontal shift element is located at the left end of the horizontal CCD in a direction of horizontal shifting; and wherein a bottom row of charge packets is shifted vertically downward from the vertical CCDs into the first type of horizontal shift elements in the horizontal CCD, the charge packets are leftward shifted in the horizontal CCD by one horizontal shift element, and respective ones of the charge packets in the horizontal CCD are binned by vertically downward shifting a next row of charge packets from the vertical CCDs into the first type of horizontal shift elements in the horizontal CCD.
A lock for a door with a lock housing, in which a locking mechanism with a dead-bolt element and with a rotary unit is accommodated, wherein, for example, the rotary unit is formed for the reception of a rotary thumb unit, and wherein the rotary unit cooperates with the dead-bolt element for displacing the dead-bolt element between a position protruding from the lock housing and a position retracted into the lock housing, furthermore, comprising a stop element for the engagement into the rotary unit, in order to block the rotary movement of the rotary unit, wherein the stop element is movable for the engagement into the rotary unit by means of a selector element, which is displaceably accommodated in the lock housing, in that the selector element can be temporarily brought into contact with the stop element by manual actuation, and wherein the stop element can be disengaged again from the rotary unit by means of an operative connection with the locking mechanism, characterized in that - an interlocking element is provided and which cooperates with at least one part of the locking mechanism in such a manner that - the interlocking element interlocks the mobility of the stop element, if the dead-bolt element is displaced into the protruding position, and in that - the interlocking element releases the mobility of the stop element, if the dead-bolt element is displaced into the retracted position, wherein the interlocking element has an L-shaped form and is accommodated in a point of rotation to be rotatably mobile in the lock housing, and is rotated about the point of rotation by cooperation with a part of the locking mechanism. - an interlocking element is provided and which cooperates with at least one part of the locking mechanism in such a manner that - the interlocking element interlocks the mobility of the stop element, if the dead-bolt element is displaced into the protruding position, and in that - the interlocking element releases the mobility of the stop element, if the dead-bolt element is displaced into the retracted position, wherein the interlocking element has an L-shaped form and is accommodated in a point of rotation to be rotatably mobile in the lock housing, and is rotated about the point of rotation by cooperation with a part of the locking mechanism.
Method for producing a pneumatic tyre in which a noise damper in the form of at least one continuous ribbon for reducing cavity resonance in a tyre cavity is provided on the internal surface of a tyre on the inside in the radial direction of the tyre corresponding to the tyre tread, said method being characterized in that it includes the following stages: a stage in which a vulcanized and shaped tyre which is not provided with the abovementioned noise damper is provided; a stage in which a composition for forming the noise damper is mixed with a foaming agent to produce a liquid composition; a stage in which the tyre is rotated in an upright state by means of a tyre holding and rotation device, and the liquid composition is introduced onto the tyre internal surface by means of a device for introducing the liquid composition; a stage in which the relative positional relationship of the pneumatic tyre and the introduction implement in the axial direction of the tyre is varied while the liquid composition is introduced onto the tyre internal surface, and the liquid composition introduced onto the tyre internal surface is formed into a gel; and a stage in which the gelled liquid composition is foamed and dried. a stage in which a vulcanized and shaped tyre which is not provided with the abovementioned noise damper is provided; a stage in which a composition for forming the noise damper is mixed with a foaming agent to produce a liquid composition; a stage in which the tyre is rotated in an upright state by means of a tyre holding and rotation device, and the liquid composition is introduced onto the tyre internal surface by means of a device for introducing the liquid composition; a stage in which the relative positional relationship of the pneumatic tyre and the introduction implement in the axial direction of the tyre is varied while the liquid composition is introduced onto the tyre internal surface, and the liquid composition introduced onto the tyre internal surface is formed into a gel; and a stage in which the gelled liquid composition is foamed and dried.
An information processing apparatus (1000, 2000) comprising: acceptance means configured to accept a user instruction to move a position of a region for clipping a clipped image from a fisheye image (5000, 6000, 7000); position determination means configured to determine the position of the region in the fisheye image (5000, 6000, 7000); determination means configured to determine, based on where the position determined by the position determination means is located in the fisheye image (5000, 6000, 7000), a moving amount of the position of the region for moving position according to the instruction, wherein the moving amount of the position of the region corresponds to one instruction which is for moving the position; moving means configured to, if an instruction for moving the region is received, move the position of the region by the moving amount of the position of the region determined by the determination means in a direction specified by the instruction; and output means configured to output a clipped image corresponding to the region. acceptance means configured to accept a user instruction to move a position of a region for clipping a clipped image from a fisheye image (5000, 6000, 7000); position determination means configured to determine the position of the region in the fisheye image (5000, 6000, 7000); determination means configured to determine, based on where the position determined by the position determination means is located in the fisheye image (5000, 6000, 7000), a moving amount of the position of the region for moving position according to the instruction, wherein the moving amount of the position of the region corresponds to one instruction which is for moving the position; moving means configured to, if an instruction for moving the region is received, move the position of the region by the moving amount of the position of the region determined by the determination means in a direction specified by the instruction; and output means configured to output a clipped image corresponding to the region.
A method, comprising: identifying an oligopeptide sequence for a matrix metalloproteinase expressed in a specific disease, synthesizing the oligopeptide sequence for the matrix metalloproteinase, formulating a therapeutically effective amount of a treatment composition using the oligopeptide sequence of the matrix metalloproteinase, preparing a pharmaceutical composition by using the treatment composition in order to treat a mammal having the specific disease exhibiting an over expression of the matrix metalloproteinase, wherein the oligopeptide sequence of the matrix metalloproteinase is at least one of SEQ ID NO: 2 to 21 or combination thereof. identifying an oligopeptide sequence for a matrix metalloproteinase expressed in a specific disease, synthesizing the oligopeptide sequence for the matrix metalloproteinase, formulating a therapeutically effective amount of a treatment composition using the oligopeptide sequence of the matrix metalloproteinase, preparing a pharmaceutical composition by using the treatment composition in order to treat a mammal having the specific disease exhibiting an over expression of the matrix metalloproteinase,
An ultrasound apparatus for thermally-induced renal neuromodulation, the apparatus comprising: a catheter configured for intravascular placement within a renal blood vessel of a human patient; and a therapeutic assembly positioned along the catheter, wherein the therapeutic assembly comprises a polyvinylidene difluoride (PVDF) ultrasound transducer (41, 53) configured to transmit ultrasound waves to target neural fibers along the renal blood vessel to achieve thermal renal neuromodulation via heating, and a recessed portion, wherein the PVDF ultrasound transducer is configured to transmit the ultrasound waves over less than a full 360° about the blood vessel, wherein the therapeutic assembly is coupled to a flexible distal end portion of the catheter, and wherein the PVDF ultrasound transducer is positioned within the recessed portion of the therapeutic assembly, and wherein the therapeutic assembly is configured to engage at least a portion of a wall of the renal blood vessel during transmission of the ultrasound waves to the target neural fibers, and wherein the recessed portion of the therapeutic assembly is sized and shaped such that the PVDF ultrasound transducer (41, 53) positioned within the recess remains out of contact with the wall of the renal blood vessel during treatment. a catheter configured for intravascular placement within a renal blood vessel of a human patient; and a therapeutic assembly positioned along the catheter, wherein the therapeutic assembly comprises a polyvinylidene difluoride (PVDF) ultrasound transducer (41, 53) configured to transmit ultrasound waves to target neural fibers along the renal blood vessel to achieve thermal renal neuromodulation via heating, and a recessed portion, wherein the PVDF ultrasound transducer is configured to transmit the ultrasound waves over less than a full 360° about the blood vessel, wherein the therapeutic assembly is coupled to a flexible distal end portion of the catheter, and wherein the PVDF ultrasound transducer is positioned within the recessed portion of the therapeutic assembly, and wherein the therapeutic assembly is configured to engage at least a portion of a wall of the renal blood vessel during transmission of the ultrasound waves to the target neural fibers, and wherein the recessed portion of the therapeutic assembly is sized and shaped such that the PVDF ultrasound transducer (41, 53) positioned within the recess remains out of contact with the wall of the renal blood vessel during treatment.
An apparatus for electroporation of biological cells, comprising a sample container (10, 20, 30, 40, 60, 70, 80) for holding a sample of biological cells for electroporation, the sample container comprising: an insulator chamber (14, 21, 34, 44, 61, 71, 81) that forms the body of the container to hold the cells, the insulator chamber having a plurality of sides; a movable first electrode (15a, 26, 36, 45a, 66, 76, 86) functioning as a sealing cover (22, 62, 82), the movable first electrode being embedded in an open insulator cover (22, 62, 82); a fixed second electrode (15b, 25, 35, 45b, 65, 75, 85); and an excess-receiving groove(24, 64, 84) etched at the top of the wall of the insulator chamber, wherein: the first electrode and the second electrode receive an electrical pulse from an electrical pulse generator to electroporate the cells; wherein the cover (22, 62, 82) is capable of fitting in a top groove in the wall of the insulator chamber (21, 61, 81), allowing the first electrode to cover on an inner rim in the insulator chamber and seal the sample; wherein excess liquid pushed out by closing down the first electrode flows to the excess-receiving groove (24, 64, 84). an insulator chamber (14, 21, 34, 44, 61, 71, 81) that forms the body of the container to hold the cells, the insulator chamber having a plurality of sides; a movable first electrode (15a, 26, 36, 45a, 66, 76, 86) functioning as a sealing cover (22, 62, 82), the movable first electrode being embedded in an open insulator cover (22, 62, 82); a fixed second electrode (15b, 25, 35, 45b, 65, 75, 85); and an excess-receiving groove(24, 64, 84) etched at the top of the wall of the insulator chamber, wherein: the first electrode and the second electrode receive an electrical pulse from an electrical pulse generator to electroporate the cells; wherein the cover (22, 62, 82) is capable of fitting in a top groove in the wall of the insulator chamber (21, 61, 81), allowing the first electrode to cover on an inner rim in the insulator chamber and seal the sample; wherein excess liquid pushed out by closing down the first electrode flows to the excess-receiving groove (24, 64, 84). the first electrode and the second electrode receive an electrical pulse from an electrical pulse generator to electroporate the cells; wherein the cover (22, 62, 82) is capable of fitting in a top groove in the wall of the insulator chamber (21, 61, 81), allowing the first electrode to cover on an inner rim in the insulator chamber and seal the sample; wherein excess liquid pushed out by closing down the first electrode flows to the excess-receiving groove (24, 64, 84).
A method for connecting a first cable to a second cable with an adhesive tape, comprising the following steps: - Arranging a free end region of the first cable, in particular a cable at the end of a cable chain of a plurality of cables connected to each other, parallel to and spaced from a first end region of the second cable; - Providing the adhesive tape, wherein the adhesive tape is folded in a longitudinal direction of the adhesive tape to form opening tabs (5, 5') at its first adhesive tape end and its second adhesive tape end opposite the first adhesive tape end such that an adhesively coated side of the adhesive tape partially adheres to itself; and - Enclosing a part of the free end region of the first cable and a part of the first end region of the second cable with the adhesive tape such that the free end region of the first cable - has a greater distance from the first adhesive tape end and the second adhesive tape end than the first end region of the second cable and - is detachably connected to the first end region of the second cable. - Arranging a free end region of the first cable, in particular a cable at the end of a cable chain of a plurality of cables connected to each other, parallel to and spaced from a first end region of the second cable; - Providing the adhesive tape, wherein the adhesive tape is folded in a longitudinal direction of the adhesive tape to form opening tabs (5, 5') at its first adhesive tape end and its second adhesive tape end opposite the first adhesive tape end such that an adhesively coated side of the adhesive tape partially adheres to itself; and - Enclosing a part of the free end region of the first cable and a part of the first end region of the second cable with the adhesive tape such that the free end region of the first cable - has a greater distance from the first adhesive tape end and the second adhesive tape end than the first end region of the second cable and - is detachably connected to the first end region of the second cable.
A micro-electromechanical accelerometer, comprising: a substrate; a first sensor configured to measure an acceleration along a first axis parallel to a plane of the substrate; and a second sensor configured to measure an acceleration along an axis perpendicular to the plane of the substrate, wherein the second sensor comprises a first beam, a second beam and a single support structure, wherein the single support structure supports the first and second beams (301, 311) relative to the substrate, wherein the first beam is configured to move relative to the second beam in response to the acceleration along the axis perpendicular to the plane of the substrate, wherein the second sensor is configured such that a movement of the first beam relative to the second beam causes a measurable change in the electrical coupling between the first and second beams (301, 311), and wherein the first and second beams (301, 311) circumscribe the first sensor. a substrate; a first sensor configured to measure an acceleration along a first axis parallel to a plane of the substrate; and a second sensor configured to measure an acceleration along an axis perpendicular to the plane of the substrate, wherein the second sensor comprises a first beam, a second beam and a single support structure, wherein the single support structure supports the first and second beams (301, 311) relative to the substrate, wherein the first beam is configured to move relative to the second beam in response to the acceleration along the axis perpendicular to the plane of the substrate, wherein the second sensor is configured such that a movement of the first beam relative to the second beam causes a measurable change in the electrical coupling between the first and second beams (301, 311), and wherein the first and second beams (301, 311) circumscribe the first sensor.
An electrical center for distributing electrical power to an electrical system of a vehicle, said electrical center comprising: a housing configured to interconnect electrical components that distribute electrical power to the electrical system, wherein the housing includes a shroud that protrudes outward from a sidewall of the housing; a fuse assembly configured to fit into the housing, characterised in that the fuse assembly includes a tab configured to protrude outward of the sidewall; and in that a sleeve is configured to engage the shroud and the tab such that a receptacle suitable to couple a connector of the electrical system to the housing is formed on the sidewall. a housing configured to interconnect electrical components that distribute electrical power to the electrical system, wherein the housing includes a shroud that protrudes outward from a sidewall of the housing; a fuse assembly configured to fit into the housing, characterised in that the fuse assembly includes a tab configured to protrude outward of the sidewall; and in that a sleeve is configured to engage the shroud and the tab such that a receptacle suitable to couple a connector of the electrical system to the housing is formed on the sidewall.