mhurhangee/patent-ind-claim-en huggingface dataset:
A semiconductor device comprising: an avalanche photodiode unit configured to receive incident light to generate a trigger current and comprising a wide band-gap semiconductor; and a thyristor unit configured to receive and be activated by the trigger current to an electrically conductive state; wherein the avalanche photodiode unit and the thyristor unit are integrally formed on a wide band-gap semiconductor body . an avalanche photodiode unit configured to receive incident light to generate a trigger current and comprising a wide band-gap semiconductor; and a thyristor unit configured to receive and be activated by the trigger current to an electrically conductive state; wherein the avalanche photodiode unit and the thyristor unit are integrally formed on a wide band-gap semiconductor body .
Blister pack comprising: - a blister film having at least one first recess for a consumable product and at least one second recess for an active member , wherein each second recess is connected to a first recess by a connecting channel , the blister film having a sealing surface which extends about the periphery of the first and second recesses and each connecting channel, - a lidding film sealed to the sealing surface of the blister film so as to close each compartment comprising a first recess and a second recess connected to each other by a connecting channel while keeping the connecting channel open, characterised in that the blister pack further comprises a reinforcing strip having a support configured to at least partially cover the at least one second recess of the blister film while being in contact with the sealing surface of the blister film in at least one contact region at the periphery of the at least one second recess , wherein, in the sealed configuration of the blister pack, the support of the reinforcing strip is sealed between the lidding film and the blister film in the at least one contact region . - a blister film having at least one first recess for a consumable product and at least one second recess for an active member , wherein each second recess is connected to a first recess by a connecting channel , the blister film having a sealing surface which extends about the periphery of the first and second recesses and each connecting channel, - a lidding film sealed to the sealing surface of the blister film so as to close each compartment comprising a first recess and a second recess connected to each other by a connecting channel while keeping the connecting channel open,
A method of manufacturing a closure part for a fitting arrangement of a window, of a door or the like, wherein an areal unworked component composed of metal is provided and is reshaped into a holding part which defines at least one holding section for a locking element of the window, of the door or the like; and wherein the areal unworked component is reshaped into the holding part in a deep-drawing process, and wherein the areal unworked component is shaped into a cup-shaped holding part having a cup opening at one side in the deep-drawing process, characterized in that an adjustment body composed of plastic which is configured for a placement at a frame or a leaf frame of the window, of the door or the like is inserted into the holding part .
A fluid flow system comprising: a main valve having a spool , a first chamber , and a second chamber , wherein a pressure difference between the first chamber and the second chamber is configured to move the spool to control a fluid flow; an electromechanical interface device "EMID" in fluid communication with at least one of the first and second chambers of the main valve, the EMID configured to meter fluid from a first source and a second source to at least one of the first chamber and the second chamber , wherein the first source has a different pressure from the second source; and characterized by at least one fixed orifice arranged between the main valve and the EMID, and wherein the first chamber is in communication with the EMID via a first fluid line and the second chamber is in communication with the EMID via a second fluid line , the at least one fixed orifice includes a pair of fixed orifices , with one of the fixed orifices on the first fluid line and one on the second fluid line, or wherein one of the first and second chambers is in fluid communication with the EMID via a first line, and the other of the first and second chambers is in fluid communication with one of the first and second sources without passing through the EMID, and the fixed orifice is on the first line. a main valve having a spool , a first chamber , and a second chamber , wherein a pressure difference between the first chamber and the second chamber is configured to move the spool to control a fluid flow; an electromechanical interface device "EMID" in fluid communication with at least one of the first and second chambers of the main valve, the EMID configured to meter fluid from a first source and a second source to at least one of the first chamber and the second chamber , wherein the first source has a different pressure from the second source; and characterized by at least one fixed orifice arranged between the main valve and the EMID, and wherein the first chamber is in communication with the EMID via a first fluid line and the second chamber is in communication with the EMID via a second fluid line , the at least one fixed orifice includes a pair of fixed orifices , with one of the fixed orifices on the first fluid line and one on the second fluid line, or wherein one of the first and second chambers is in fluid communication with the EMID via a first line, and the other of the first and second chambers is in fluid communication with one of the first and second sources without passing through the EMID, and the fixed orifice is on the first line.
A refrigerator comprising: a cabinet that defines an upper storage space and a lower storage space; a front panel door configured to open and close the lower storage space; a drawer coupled to the front panel door and configured to insert into and withdraw from the lower storage space, the drawer comprising an accommodation portion; a driving device located in the front panel door and configured to generate power; and an elevation device located in the drawer outside the front panel door and configured to elevate, relative to the drawer, at least part of the accommodation portion of the drawer, wherein the driving device in the front panel door is configured to couple to the elevation device in the drawer through a rear surface of the front panel door and through a front surface of the drawer that faces the rear surface of the front panel door, and wherein the driving device is further configured to, in a state of being coupled to the elevation device , provide the power for operation of the elevation device , and wherein the driving device comprises: a motor assembly configured to provide a driving force; a screw assembly configured to perform an elevation operation based on the driving force from the motor assembly ; and a lever that connects the screw assembly to the elevation device and that is configured to rotate based on the elevation operation of the screw assembly . a cabinet that defines an upper storage space and a lower storage space; a front panel door configured to open and close the lower storage space; a drawer coupled to the front panel door and configured to insert into and withdraw from the lower storage space, the drawer comprising an accommodation portion; a driving device located in the front panel door and configured to generate power; and an elevation device located in the drawer outside the front panel door and configured to elevate, relative to the drawer, at least part of the accommodation portion of the drawer, wherein the driving device in the front panel door is configured to couple to the elevation device in the drawer through a rear surface of the front panel door and through a front surface of the drawer that faces the rear surface of the front panel door, and wherein the driving device is further configured to, in a state of being coupled to the elevation device , provide the power for operation of the elevation device , and wherein the driving device comprises: a motor assembly configured to provide a driving force; a screw assembly configured to perform an elevation operation based on the driving force from the motor assembly ; and a lever that connects the screw assembly to the elevation device and that is configured to rotate based on the elevation operation of the screw assembly . a motor assembly configured to provide a driving force; a screw assembly configured to perform an elevation operation based on the driving force from the motor assembly ; and a lever that connects the screw assembly to the elevation device and that is configured to rotate based on the elevation operation of the screw assembly .
A combination of an orthodontic framework and an appliance , the orthodontic framework configured to be placed within a dental arch nearby a tooth or teeth of a patient in combination with the appliance via an attachment for moving the tooth or teeth, wherein the appliance is a tray type appliance and is formed of a polymer material and is effective to move a tooth or teeth from an initial position to an intermediate position or final position of the tooth or teeth according to a prescription by a treating doctor, wherein the framework is formed of a material comprising a polymer and is of a sufficient mechanical strength which is less pliable than the polymer material forming the appliance such that the framework serves as a backbone or an anchor of the appliance, wherein the attachment is via the polymer material forming the appliance and is configured to allow the framework to exert a non-reciprocal force upon the appliance and the appliance to exert a non-reciprocal force upon the tooth or teeth; and, wherein the framework comprises two moieties for placing on gum of the patient, one moiety configured to be placed on the gum inside the dental arch, and the other moiety configured to be placed on the gum outside the dental arch, the two moieties being configured to lock between the teeth or behind the teeth. wherein the appliance is a tray type appliance and is formed of a polymer material and is effective to move a tooth or teeth from an initial position to an intermediate position or final position of the tooth or teeth according to a prescription by a treating doctor, wherein the framework is formed of a material comprising a polymer and is of a sufficient mechanical strength which is less pliable than the polymer material forming the appliance such that the framework serves as a backbone or an anchor of the appliance, wherein the attachment is via the polymer material forming the appliance and is configured to allow the framework to exert a non-reciprocal force upon the appliance and the appliance to exert a non-reciprocal force upon the tooth or teeth; and,
A vaporizing apparatus for vaporizing a liquefied gas by a way of heat exchange between the liquefied gas and heating liquid having a higher temperature than the liquefied gas, the vaporizing apparatus comprising: a heat transfer panel including a plurality of heat transfer tubes standing and horizontally lining up for guiding the liquefied gas; a trough lying at a position lower than an upper end of the heat transfer panel for supplying the heating liquid to an outer surface of each of the plurality of heat transfer tubes ; and a manifold arranged on one end side of the trough in a lining-up direction of the plurality of heat transfer tubes for supplying the heating liquid into the trough , wherein the trough includes a bottom wall extending in the lining-up direction of the plurality of heat transfer tubes , a first end wall extending upward from one end of the bottom wall , the one end being closer to the manifold in the lining-up direction, and a second end wall extending upward from the other end of the bottom wall , and away from the first end wall in the lining-up direction, characterized in that the first end wall of the trough has an inflow port for allowing the heating liquid to flow in. a heat transfer panel including a plurality of heat transfer tubes standing and horizontally lining up for guiding the liquefied gas; a trough lying at a position lower than an upper end of the heat transfer panel for supplying the heating liquid to an outer surface of each of the plurality of heat transfer tubes ; and a manifold arranged on one end side of the trough in a lining-up direction of the plurality of heat transfer tubes for supplying the heating liquid into the trough , wherein the trough includes a bottom wall extending in the lining-up direction of the plurality of heat transfer tubes , a first end wall extending upward from one end of the bottom wall , the one end being closer to the manifold in the lining-up direction, and a second end wall extending upward from the other end of the bottom wall , and away from the first end wall in the lining-up direction, a bottom wall extending in the lining-up direction of the plurality of heat transfer tubes , a first end wall extending upward from one end of the bottom wall , the one end being closer to the manifold in the lining-up direction, and a second end wall extending upward from the other end of the bottom wall , and away from the first end wall in the lining-up direction, characterized in that the first end wall of the trough has an inflow port for allowing the heating liquid to flow in.
A method of obtaining cucumber germplasm comprising the steps of: a) assaying cucumber plants for the presence of at least a first genetic marker genetically linked to a QTL that confers resistance to Downy Mildew; and b) selecting at least a first cucumber plant comprising the genetic marker and the QTL that confers resistance to Downy Mildew; wherein the QTL maps to a position between the sequence represented by SNP marker NN0223689 and SNP marker NN0228148 characterized by SEQ ID NOs:56 and 69, respectively, which map to approximately 41.0 cM and 82.3 cM on the genetic map of the linkage group termed cucumber chromosome 5; wherein the QTL maps to a position between the sequence represented by SNP marker NN0225012 and SNP marker NN0227587 characterized by SEQ ID NOs:33 and 51, respectively, which map to approximately 20.6 cM and 87.4 cM on the genetic map of the linkage group termed cucumber chromosome 4; or wherein the QTL maps to a position between the sequence represented by SNP marker NN0223782 and SNP marker NN0226638 characterized by SEQ ID NOs:20 and 32, respectively, which map to approximately 22.5 cM and 88.4 cM on the genetic map of the linkage group termed cucumber chromosome 2; or the genetic markers map within 1 cM of said QTL which confers resistance to Downy Mildew. a) assaying cucumber plants for the presence of at least a first genetic marker genetically linked to a QTL that confers resistance to Downy Mildew; and b) selecting at least a first cucumber plant comprising the genetic marker and the QTL that confers resistance to Downy Mildew;
A method for processing data generated by application software residing on a computer , the data indicative of pages of mailpiece content material for printing, and for printing the pages to be used in a mailpiece inserter having an integrated printer , the method comprising the steps of: rendering the data into a print control language compatible with the integrated printer ; transmitting data from the application software to a print processor along write (TPW) and read (TPR) paths; activating one of the write (TPW) and read (TPR) paths such that one of the paths is active while the other of the paths is inactive; and printing the data to generate the pages of content material ; wherein the step of transmitting data includes the steps of: writing data along the write path (TPW) from the application software to a spool file via a spooler interposing the application software and spool file ; and reading data along the read path (TPR) from the spool file to the print processor ; and wherein the step of activating one of the write (TPW) and read (TPR) paths comprises alternately activating each of the write (TPW) and read (TPR) paths to eliminate synchronous access to the same data location within the spool file by the application software/spooler along the write path and the print processor along the read path. rendering the data into a print control language compatible with the integrated printer ; transmitting data from the application software to a print processor along write (TPW) and read (TPR) paths; activating one of the write (TPW) and read (TPR) paths such that one of the paths is active while the other of the paths is inactive; and printing the data to generate the pages of content material ; wherein the step of transmitting data includes the steps of: writing data along the write path (TPW) from the application software to a spool file via a spooler interposing the application software and spool file ; and reading data along the read path (TPR) from the spool file to the print processor ; and wherein the step of activating one of the write (TPW) and read (TPR) paths comprises alternately activating each of the write (TPW) and read (TPR) paths to eliminate synchronous access to the same data location within the spool file by the application software/spooler along the write path and the print processor along the read path. writing data along the write path (TPW) from the application software to a spool file via a spooler interposing the application software and spool file ; and reading data along the read path (TPR) from the spool file to the print processor ; and wherein the step of activating one of the write (TPW) and read (TPR) paths comprises alternately activating each of the write (TPW) and read (TPR) paths to eliminate synchronous access to the same data location within the spool file by the application software/spooler along the write path and the print processor along the read path.
A system , comprising: at least one fluid ejection apparatus to dispense a de-contented fluid onto a substrate during conveyance of the substrate ; a heater arranged after the at least one fluid ejection apparatus along a substrate conveying path , the heater to remove a liquid from the de-contented fluid on the substrate such that particles of the de-contented fluid remain on the substrate ; and an energy source arranged after the heater along the substrate conveying path , the energy source to apply energy to the substrate during the conveyance of the substrate to heat the substrate to a temperature that is approximately a melting temperature of the substrate to fuse the particles on the substrate to the substrate. at least one fluid ejection apparatus to dispense a de-contented fluid onto a substrate during conveyance of the substrate ; a heater arranged after the at least one fluid ejection apparatus along a substrate conveying path , the heater to remove a liquid from the de-contented fluid on the substrate such that particles of the de-contented fluid remain on the substrate ; and an energy source arranged after the heater along the substrate conveying path , the energy source to apply energy to the substrate during the conveyance of the substrate to heat the substrate to a temperature that is approximately a melting temperature of the substrate to fuse the particles on the substrate to the substrate.
Portable power tool comprising a housing , a drive motor , arranged in the housing , for driving a mechanical interface , a first electronic system arranged in the housing , a battery pack that is releasably connectable to the portable power tool and has a battery pack housing , wherein the battery pack housing holds at least two battery cells ; and an interface for establishing a mechanical and electrical connection of the battery pack to a portable power tool and a charger; wherein the interface has contact elements for making electrical and/or mechanical contact with corresponding mating contact elements on the portable power tool and/or corresponding mating contact elements on the charger; wherein the battery pack housing comprises at least one first battery cell string for holding at least one first battery cell and at least one second battery cell string for holding at least one second battery cell ; wherein the at least first battery cell string and the at least second battery cell string are arranged in a manner electrically insulated from one another within the battery pack housing , wherein the battery pack housing has at least two electrical contact elements for each battery cell string , wherein the portable power tool has an interface with mating contact elements for making electrical and mechanical contact with the contact elements of the battery pack , characterized in that the interface has at least four electrical mating contact elements ; wherein the mating contact elements are arranged in an interconnected manner such that, with a battery pack inserted, the drive motor is supplied with the required voltage.
A personal care appliance comprising: a handle; a functional device at a head of the handle; a driving bridge for driving the functional device, the driving bridge comprising a slot ; a motor within the handle; and a lever coupled between the motor and the driving bridge for reciprocally driving the driving bridge back and forth, the lever comprising a cylinder at a tip inserted in the slot of the driving bridge , the slot being provided between opposing driving surfaces; wherein the cylinder is inclined with respect to the driving bridge , characterized in that a ratio, D/H, of a diameter, D, of the cylinder to a height, H, of the respective driving surfaces, is greater than one. a handle; a functional device at a head of the handle; a driving bridge for driving the functional device, the driving bridge comprising a slot ; a motor within the handle; and a lever coupled between the motor and the driving bridge for reciprocally driving the driving bridge back and forth, the lever comprising a cylinder at a tip inserted in the slot of the driving bridge , the slot being provided between opposing driving surfaces; wherein the cylinder is inclined with respect to the driving bridge , characterized in that a ratio, D/H, of a diameter, D, of the cylinder to a height, H, of the respective driving surfaces, is greater than one.
A device for the exchange of heat between a first fluid intended to be vaporized and a second fluid intended to be cooled and/or condensed, comprising: - a shell defining an interior volume to receive the first fluid extending along a longitudinal axis (A-A'); - a tube bundle arranged inside the shell , the tube bundle extending longitudinally in the interior volume to receive the second fluid; - a disengagement member , able to perform liquid vapor separation in the fluid carried from the interior volume , the disengagement member being arranged above the tube bundle ; in at least one plane perpendicular to the longitudinal axis (A-A'), the disengagement member including at least two separate fluid passage regions and at least one intermediate region preventing fluid from passing, each fluid passage region being formed by an open-worked partition, and the fluid passage region defining a downstream gas recovery space , located opposite the interior volume relative to the disengagement member , characterized in that the disengagement member comprises at least a first horizontal fluid passage region located at a first height and at least a second horizontal fluid passage region located at a second height above the first height. - a shell defining an interior volume to receive the first fluid extending along a longitudinal axis (A-A'); - a tube bundle arranged inside the shell , the tube bundle extending longitudinally in the interior volume to receive the second fluid; - a disengagement member , able to perform liquid vapor separation in the fluid carried from the interior volume , the disengagement member being arranged above the tube bundle ;