mhurhangee/patent-ind-claim-en huggingface dataset:
A photodynamic therapy device, comprising: a cartridge including: a winding core; and a tube arranged so as to be wound around the winding core; a casing configured to accommodate the cartridge; and a light source, which is arranged inside the casing, and is configured to irradiate the tube with light, wherein the tube arranged around the winding core has a cross section taken along a direction orthogonal to an extending direction of the tube, which has a first dimension in a first direction and a second dimension in a second direction orthogonal to the first direction, the second dimension being smaller than the first dimension, and the second direction is directed outward with respect to the winding core. a cartridge including: a winding core; and a tube arranged so as to be wound around the winding core; a winding core; and a tube arranged so as to be wound around the winding core; a casing configured to accommodate the cartridge; and a light source, which is arranged inside the casing, and is configured to irradiate the tube with light, wherein the tube arranged around the winding core has a cross section taken along a direction orthogonal to an extending direction of the tube, which has a first dimension in a first direction and a second dimension in a second direction orthogonal to the first direction, the second dimension being smaller than the first dimension, and the second direction is directed outward with respect to the winding core.
LEDs projector providing a body comprising a horizontal support plane on which a motherboard is mounted, a plurality of LEDs being arranged to form a horizontal, flat matrix mounted on said motherboard characterized in that it further comprises strips of lenses separably engageable on the motherboard and superimposed on rows of LEDs, said strips of lenses comprising a housing in each lens covering a respective LED , a plurality of sheets protruding with respect to the horizontal support plane , each sheet being arranged following the whole length of each strip , each sheet being suitable for reflecting light of the LEDs at a predetermined angle.
A processor comprising: a core comprising: a fetch circuit to fetch a first instruction, a second instruction, and a third instruction, a decoder circuit coupled to the fetch circuit to decode the first instruction into a first set of at least one micro-operation, and an execution circuit to execute micro-operations; a cache having a section to store context information from the core when the core is transitioned to a power state that shuts off voltage to the core and unused for storing the context information at runtime; and a microcode sequencer of the core coupled to the fetch circuit and comprising a patch memory and a read-only memory that stores a plurality of micro-operations, wherein the microcode sequencer sends, to the execution circuit , a second set of at least one micro-operation from the plurality of micro-operations stored in the read-only memory for the second instruction received from the fetch circuit ; characterized in that the microcode sequencer causes, for the third instruction received from the fetch circuit , a third set of at least one micro-operation to be loaded into the patch memory from the section of the cache , and sends, to the execution circuit , the third set of at least one micro-operation from the patch memory . a fetch circuit to fetch a first instruction, a second instruction, and a third instruction, a decoder circuit coupled to the fetch circuit to decode the first instruction into a first set of at least one micro-operation, and an execution circuit to execute micro-operations; a cache having a section to store context information from the core when the core is transitioned to a power state that shuts off voltage to the core and unused for storing the context information at runtime; and a microcode sequencer of the core coupled to the fetch circuit and comprising a patch memory and a read-only memory that stores a plurality of micro-operations, wherein the microcode sequencer sends, to the execution circuit , a second set of at least one micro-operation from the plurality of micro-operations stored in the read-only memory for the second instruction received from the fetch circuit ; characterized in that the microcode sequencer causes, for the third instruction received from the fetch circuit , a third set of at least one micro-operation to be loaded into the patch memory from the section of the cache , and sends, to the execution circuit , the third set of at least one micro-operation from the patch memory .
A material removal instrument , comprising, a cannula including: a cannula bore ; and a cannula opening at a distal end of the cannula , the cannula opening providing access to the cannula bore ; and a rotation mechanism disposed at least partially within the cannula , the rotation mechanism including: an elongated shaft having a central bore extending therethrough and a shaft opening at a distal end of the elongated shaft providing access to the central bore ; projections (156; 158)) extending from an outer surface of the elongated shaft along a portion of the elongated shaft ; a blade extending from the outer surface of the elongated shaft along another portion of the elongated shaft proximate the distal end for dislocating material from a target area, at least a portion of the blade extends distal of the shaft opening and extends from the cannula opening ; wherein the rotation mechanism is rotatable within the cannula to cause the blade to dislocate material from the target area, wherein the rotation mechanism is configured to draw the dislocated material from the target area through the cannula bore . a cannula including: a cannula bore ; and a cannula opening at a distal end of the cannula , the cannula opening providing access to the cannula bore ; and a cannula bore ; and a cannula opening at a distal end of the cannula , the cannula opening providing access to the cannula bore ; and a rotation mechanism disposed at least partially within the cannula , the rotation mechanism including: an elongated shaft having a central bore extending therethrough and a shaft opening at a distal end of the elongated shaft providing access to the central bore ; projections (156; 158)) extending from an outer surface of the elongated shaft along a portion of the elongated shaft ; a blade extending from the outer surface of the elongated shaft along another portion of the elongated shaft proximate the distal end for dislocating material from a target area, at least a portion of the blade extends distal of the shaft opening and extends from the cannula opening ; an elongated shaft having a central bore extending therethrough and a shaft opening at a distal end of the elongated shaft providing access to the central bore ; projections (156; 158)) extending from an outer surface of the elongated shaft along a portion of the elongated shaft ; a blade extending from the outer surface of the elongated shaft along another portion of the elongated shaft proximate the distal end for dislocating material from a target area, at least a portion of the blade extends distal of the shaft opening and extends from the cannula opening ; wherein the rotation mechanism is rotatable within the cannula to cause the blade to dislocate material from the target area, wherein the rotation mechanism is configured to draw the dislocated material from the target area through the cannula bore .
A tower comprising a plurality of tower sections , wherein at least one tower section comprises at least two subsections , wherein the at least two subsections each comprise at least one longitudinal flange connected to a shell segment of the tower section, wherein a single-piece longitudinal flange of a first subsection of the at least two subsections is directly connected to a one-piece longitudinal flange of a second subsection of the at least two subsections, wherein a gap exists between the shell segment of the first subsection and the shell segment of the second subsection , wherein a gap exists between the ends of the two neighboring, one-piece longitudinal flanges facing the shell segments, wherein the gap between the two neighboring, one-piece longitudinal flanges is larger than the gap between the shell segments of the at least two subsections.
A device for operating a system (S) for blinding a window (E), that comprises at least one end mobile in translation between a retracted position (R) and an extended position (E) in which the system blinds at least in part the window (E), the operating device comprising: - a flexible push belt that comprises a first and a second ends, which is intended to be connected to the mobile end of the blind system and which is adapted to transmit a pushing force to the mobile end of the blind system, - motorized means for driving the push belt , adapted to translationally move the push belt between a proximal position (Pp) corresponding to the retracted position (R) of the blind system and a distal position (Pd) corresponding to the extended position (E) of the blind system, characterized in that it comprises two parallel tracks or slides , superimposed to each other or facing each other, in which the first and second ends of the push belt circulate, and in that the drive means comprise a drive and steering wheel around which the push belt is partially wound so that a portion of the push belt is located in the first slide and another portion is located in the second slide. - a flexible push belt that comprises a first and a second ends, which is intended to be connected to the mobile end of the blind system and which is adapted to transmit a pushing force to the mobile end of the blind system, - motorized means for driving the push belt , adapted to translationally move the push belt between a proximal position (Pp) corresponding to the retracted position (R) of the blind system and a distal position (Pd) corresponding to the extended position (E) of the blind system, characterized in that it comprises two parallel tracks or slides , superimposed to each other or facing each other, in which the first and second ends of the push belt circulate, and in that the drive means comprise a drive and steering wheel around which the push belt is partially wound so that a portion of the push belt is located in the first slide and another portion is located in the second slide.
A fluidic dispensing device , comprising: a housing , configured to have an exterior wall (140-1) and a fluid reservoir , the exterior wall (140-1) being configured to have a first opening (140-3) in fluid communication with the fluid reservoir ; and a stir bar , configured to be moveably confined within the fluid reservoir , the stir bar being configured to have a plurality of paddles (132-1-132-4) and a rotational axis , with each of the plurality of paddles (132-1-132-4) that intermittently faces toward the first opening (140-3), wherein the fluid reservoir is configured to have a chamber having an interior perimetrical wall and a base wall , the interior perimetrical wall of the chamber is configured to have an extent bounded by a proximal end (150-1) and a distal end (150-2), the proximal end (150-1) is configured to be contiguous with the base wall and the distal end (150-2) is configured to define a perimetrical end surface (150-3) at a lateral opening of the chamber , characterized in that the fluid reservoir further includes a diaphragm configured to be engaged in sealing engagement with the perimetrical end surface (150-3), the chamber and the diaphragm are configured to cooperate to define a fluid reservoir having a variable volume, and the chamber and the diaphragm are configured to define confining surfaces (166-4) of the fluid reservoir , the stir bar is configured to be confined for movement within the variable volume confined by the chamber and the diaphragm . a housing , configured to have an exterior wall (140-1) and a fluid reservoir , the exterior wall (140-1) being configured to have a first opening (140-3) in fluid communication with the fluid reservoir ; and a stir bar , configured to be moveably confined within the fluid reservoir , the stir bar being configured to have a plurality of paddles (132-1-132-4) and a rotational axis , with each of the plurality of paddles (132-1-132-4) that intermittently faces toward the first opening (140-3), wherein the fluid reservoir is configured to have a chamber having an interior perimetrical wall and a base wall , the interior perimetrical wall of the chamber is configured to have an extent bounded by a proximal end (150-1) and a distal end (150-2), the proximal end (150-1) is configured to be contiguous with the base wall and the distal end (150-2) is configured to define a perimetrical end surface (150-3) at a lateral opening of the chamber , characterized in that the fluid reservoir further includes a diaphragm configured to be engaged in sealing engagement with the perimetrical end surface (150-3), the chamber and the diaphragm are configured to cooperate to define a fluid reservoir having a variable volume, and the chamber and the diaphragm are configured to define confining surfaces (166-4) of the fluid reservoir , the stir bar is configured to be confined for movement within the variable volume confined by the chamber and the diaphragm .
Tool for alignment adjustment s of machinery comprising a bottom plate , a top plate , being oriented in parallel planes a low friction intermediate element between bottom plate and top plate , at least one hydraulic actuator or electro-mechanic actuator arranged between the bottom plate and the top plate capable of moving the top plate relative to the bottom plate , wherein the top plate comprises at least one lever arm , and wherein a movable end of the at least one actuator is attached to the at least one lever arm and in that a fixed end of the at least one actuator is attached to the bottom plate ; characterised in that : the top plate comprises a first pair of lever arms and a second pair of lever arms and four pairs of actuators , the lever arms of the first pair of lever arms are located on opposite sides of the top plate , the lever arms of the second pair of lever arms are located on opposite sides of the top plate , and at each lever arm two actuators are mounted on opposite sides of the lever arm , and the longitudinal axes of the pairs of lever arms enclose an angle of 90°. a bottom plate , a top plate , being oriented in parallel planes a low friction intermediate element between bottom plate and top plate , at least one hydraulic actuator or electro-mechanic actuator arranged between the bottom plate and the top plate capable of moving the top plate relative to the bottom plate , wherein the top plate comprises at least one lever arm , and wherein a movable end of the at least one actuator is attached to the at least one lever arm and in that a fixed end of the at least one actuator is attached to the bottom plate ; characterised in that : the top plate comprises a first pair of lever arms and a second pair of lever arms and four pairs of actuators , the lever arms of the first pair of lever arms are located on opposite sides of the top plate , the lever arms of the second pair of lever arms are located on opposite sides of the top plate , and at each lever arm two actuators are mounted on opposite sides of the lever arm , and the longitudinal axes of the pairs of lever arms enclose an angle of 90°. the top plate comprises a first pair of lever arms and a second pair of lever arms and four pairs of actuators , the lever arms of the first pair of lever arms are located on opposite sides of the top plate , the lever arms of the second pair of lever arms are located on opposite sides of the top plate , and at each lever arm two actuators are mounted on opposite sides of the lever arm , and the longitudinal axes of the pairs of lever arms enclose an angle of 90°.
A current sensing circuit , comprising: a first input terminal and a second input terminal for establishing a current path in which a subject current flows; a shunt resistor coupled in the current path for converting the subject current into an output voltage difference across the shunt resistor ; an amplifier having a first input node coupled to the first input terminal , a second input node coupled to the second input terminal , an output node , and a feedback path comprising an over-current protection device , wherein the feedback path is coupled between the output node and the first input terminal ; and an output terminal coupled to the second input terminal and the shunt resistor to output the output voltage difference; the current sensing circuit being characterized by : the shunt resistor being coupled between a reference line and the second input terminal . a first input terminal and a second input terminal for establishing a current path in which a subject current flows; a shunt resistor coupled in the current path for converting the subject current into an output voltage difference across the shunt resistor ; an amplifier having a first input node coupled to the first input terminal , a second input node coupled to the second input terminal , an output node , and a feedback path comprising an over-current protection device , wherein the feedback path is coupled between the output node and the first input terminal ; and an output terminal coupled to the second input terminal and the shunt resistor to output the output voltage difference; the current sensing circuit being characterized by : the shunt resistor being coupled between a reference line and the second input terminal .
A display device comprising: a display panel (DP1, DP2, ..., DP13) comprising a first curved display portion (CDP1, CDP2,..., CDP18); and a window (WD1, WD2,..., WD15) covering the display panel (DP1, DP2, ..., DP13) and comprising a light transmitting base substrate (BS1, BS2,..., BS15), the base substrate (BS1, BS2,..., BS15) comprising a bent portion (BP-1, BP-2,..., BP30) covering the first curved display portion (CDP1, CDP2,..., CDP18), characterized in that the base substrate (BS1') is formed of a composition material comprising a first polymer (PM1) and two second polymers (PM2, PM2'), wherein the second polymers (PM2, PM2') are different from each other and each of the second polymers (PM2, PM2') is different from the first polymer (PM1), wherein the first polymer (PM1) is present in the base substrate (BS1') in an amount of 60 weight percent to 95 weight percent with respect to the total material of the base substrate (BS1') and the second polymers (PM2, PM2') are present in the base substrate (BS1') in an amount of 5 weight percent to 40 weight percent with respect to the total material of the base substrate (BS1'), wherein the first polymer (PM1) includes polycarbonate and the second polymers (PM2, PM2') include at least two of polymethyl methacrylate, polyethylene terephthalate, polyethersulfone, and polyethylene naphthalate. a display panel (DP1, DP2, ..., DP13) comprising a first curved display portion (CDP1, CDP2,..., CDP18); and a window (WD1, WD2,..., WD15) covering the display panel (DP1, DP2, ..., DP13) and comprising a light transmitting base substrate (BS1, BS2,..., BS15), the base substrate (BS1, BS2,..., BS15) comprising a bent portion (BP-1, BP-2,..., BP30) covering the first curved display portion (CDP1, CDP2,..., CDP18), characterized in that the base substrate (BS1') is formed of a composition material comprising a first polymer (PM1) and two second polymers (PM2, PM2'), wherein the second polymers (PM2, PM2') are different from each other and each of the second polymers (PM2, PM2') is different from the first polymer (PM1), wherein the first polymer (PM1) is present in the base substrate (BS1') in an amount of 60 weight percent to 95 weight percent with respect to the total material of the base substrate (BS1') and the second polymers (PM2, PM2') are present in the base substrate (BS1') in an amount of 5 weight percent to 40 weight percent with respect to the total material of the base substrate (BS1'), wherein the first polymer (PM1) includes polycarbonate and the second polymers (PM2, PM2') include at least two of polymethyl methacrylate, polyethylene terephthalate, polyethersulfone, and polyethylene naphthalate.
A method for producing a water absorbent resin comprising: a polymerization step of polymerizing an aqueous solution of acrylic acid (salt) to obtain a water-containing gel-like crosslinked polymer; a drying step of drying the water-containing gel-like crosslinked polymer to obtain a water absorbent resin powder; a classification step of classifying the water absorbent resin powder; and a surface crosslinking step of surface crosslinking the water absorbent resin powder, wherein in the classification step that is carried out before the surface crosslinking step and/or after the surface crosslinking step, a tapping material is installed below the metal sieve mesh used in the classification step, and thereby classification is carried out, the area of the metal sieve mesh is 1 to 10 [m 2 /sheet], and the temperature of the tapping material is 40°C to 100°C and the tapping material is made of a resin. a polymerization step of polymerizing an aqueous solution of acrylic acid (salt) to obtain a water-containing gel-like crosslinked polymer; a drying step of drying the water-containing gel-like crosslinked polymer to obtain a water absorbent resin powder; a classification step of classifying the water absorbent resin powder; and a surface crosslinking step of surface crosslinking the water absorbent resin powder, wherein in the classification step that is carried out before the surface crosslinking step and/or after the surface crosslinking step, a tapping material is installed below the metal sieve mesh used in the classification step, and thereby classification is carried out, the area of the metal sieve mesh is 1 to 10 [m 2 /sheet], and the temperature of the tapping material is 40°C to 100°C and the tapping material is made of a resin.
A finish of a preform and a container formed from the preform , the finish comprising: a brim defining an opening of the finish , the brim configured to provide a sealing surface with a forming and filling head for forming the container from the preform and filling the container with a product; and a support flange extending from an outer side surface of the finish , the support flange including an undersurface having an inner portion that is directly opposite to the brim ; wherein the inner portion of the undersurface of the support flange is closer to an axial center of the finish than an innermost portion of the outer side surface , characterized in that essentially the whole inner portion of the undersurface of the support flange is linearly aligned with essentially the whole sealing surface of the brim , and the inner portion of the undersurface of the support flange is inboard of an outer portion of the undersurface of the support flange relative to the axial center of the finish ; and the outer portion is outboard of the brim relative to the axial center of the finish . a brim defining an opening of the finish , the brim configured to provide a sealing surface with a forming and filling head for forming the container from the preform and filling the container with a product; and a support flange extending from an outer side surface of the finish , the support flange including an undersurface having an inner portion that is directly opposite to the brim ; wherein the inner portion of the undersurface of the support flange is closer to an axial center of the finish than an innermost portion of the outer side surface , characterized in that essentially the whole inner portion of the undersurface of the support flange is linearly aligned with essentially the whole sealing surface of the brim , and the inner portion of the undersurface of the support flange is inboard of an outer portion of the undersurface of the support flange relative to the axial center of the finish ; and the outer portion is outboard of the brim relative to the axial center of the finish .