mhurhangee/patent-ind-claim-en huggingface dataset:
A system for infusing oxygen into a single application amount of a cream composition to form a mousse composition prior to use for treating skin, the system, comprising: a source of oxygen ; a first container for holding a bulk quantity of the cream composition ; a second container for holding the single application amount of the bulk quantity of the cream composition for oxygen infusion; wherein the single application amount is 0.5 ml to 50 ml; a pump capable of pumping the single application amount of the bulk quantity of the cream composition from the first container into the second container; wherein the source of oxygen comprises a means of communication for delivering the oxygen to the single application amount in the second container at a pressure above atmospheric pressure to form a single application amount of pressurized cream composition; and a means for dispensing the single application amount of pressurized cream composition out of the second container to ambient pressure, whereby dispensing from the second container forms a single application mousse composition infused with oxygen . a source of oxygen ; a first container for holding a bulk quantity of the cream composition ; a second container for holding the single application amount of the bulk quantity of the cream composition for oxygen infusion; wherein the single application amount is 0.5 ml to 50 ml; a pump capable of pumping the single application amount of the bulk quantity of the cream composition from the first container into the second container; wherein the source of oxygen comprises a means of communication for delivering the oxygen to the single application amount in the second container at a pressure above atmospheric pressure to form a single application amount of pressurized cream composition; and a means for dispensing the single application amount of pressurized cream composition out of the second container to ambient pressure, whereby dispensing from the second container forms a single application mousse composition infused with oxygen .
A two-component putty comprising a base component and a curing component, wherein the base component comprises: - a polycarbonate diol having a hydroxyl number in the range of from 50 to 500 mg KOH/g; - a further resin component having a hydroxyl number of at least 300 mg KOH/g; and - an inorganic filler, wherein the curing component comprises a polyisocyanate, and wherein the amount of the inorganic filler is in the range of from 35 wt% to 60 wt%, based on the total weight of the putty, the putty contains less than 5 wt% of organic solvent, and the viscosity of the putty as measured by means of a rotary viscometer at a shear rate of 1 s -1 and a temperature of 23 °C, 30 seconds after having combined and mixed the base component and the curing component, is in the range of from 30,000 mPa.s to 250,000 mPa.s. - a polycarbonate diol having a hydroxyl number in the range of from 50 to 500 mg KOH/g; - a further resin component having a hydroxyl number of at least 300 mg KOH/g; and - an inorganic filler,
Valve for controlling and/or regulating a steam flow, comprising: a valve seat ; a valve body ; and a valve drive which, for axial movement of the valve body , interacts with the valve body in a force-transmitting manner in order to lift the valve body from the valve seat , wherein the valve drive and the valve body are decoupled, the valve body is pressed into the valve seat by means of a spring element and, for axial movement of the valve body , the valve drive interacts with the valve body in a force-transmitting manner in order to lift the valve body from the valve seat , the valve drive and the valve body can be moved independently of each other, and the valve drive is spaced apart from the valve body when the valve is closed and comes into contact with the valve body to lift the valve body from the valve seat . a valve seat ; a valve body ; and a valve drive which, for axial movement of the valve body , interacts with the valve body in a force-transmitting manner in order to lift the valve body from the valve seat , wherein the valve drive and the valve body are decoupled, the valve body is pressed into the valve seat by means of a spring element and, for axial movement of the valve body , the valve drive interacts with the valve body in a force-transmitting manner in order to lift the valve body from the valve seat , the valve drive and the valve body can be moved independently of each other, and the valve drive is spaced apart from the valve body when the valve is closed and comes into contact with the valve body to lift the valve body from the valve seat .
A semiconductor device comprising: a semiconductor base made of a first semiconductor material of a first conductivity type; a hetero-semiconductor region forming a heterojunction with the semiconductor base and made of a second semiconductor material having a different band gap from the first semiconductor material; a trench formed through the hetero-semiconductor region to reach the semiconductor base ; a first gate insulating film formed in the trench ; a first gate electrode formed in the trench and insulated from both the semiconductor base and the hetero-semiconductor region by the first gate insulating film , the first gate electrode being arranged adjacent to the heterojunction formed by the semiconductor base and the hetero-semiconductor region ; a source electrode formed in contact with the hetero-semiconductor region ; a drain electrode formed in contact with the bottom of the semiconductor base ; and an electric field extending region facing the first gate electrode with the hetero-semiconductor region interposed between the first gate electrode and the electric field extending region , the electric field extending region being in contact with the hetero-semiconductor region , and the electric field extending region extending a built-in electric field into the hetero-semiconductor region . a semiconductor base made of a first semiconductor material of a first conductivity type; a hetero-semiconductor region forming a heterojunction with the semiconductor base and made of a second semiconductor material having a different band gap from the first semiconductor material; a trench formed through the hetero-semiconductor region to reach the semiconductor base ; a first gate insulating film formed in the trench ; a first gate electrode formed in the trench and insulated from both the semiconductor base and the hetero-semiconductor region by the first gate insulating film , the first gate electrode being arranged adjacent to the heterojunction formed by the semiconductor base and the hetero-semiconductor region ; a source electrode formed in contact with the hetero-semiconductor region ; a drain electrode formed in contact with the bottom of the semiconductor base ; and an electric field extending region facing the first gate electrode with the hetero-semiconductor region interposed between the first gate electrode and the electric field extending region , the electric field extending region being in contact with the hetero-semiconductor region , and the electric field extending region extending a built-in electric field into the hetero-semiconductor region .
A multi-winding inductive device for a bi-directional DC-DC converter, comprising: a single magnetic core ; and multiple windings wound round the single magnetic core , wherein the multiple windings comprise a first winding and a second winding in the same winding direction, the first winding is adapted to be electrically conductively connected to the second winding and has an incoming end and an outgoing end , and the incoming end or the outgoing end of the first winding comprises two shunt terminals , wherein the multiple windings further comprise a third winding wound around the single magnetic core , the third winding is in a winding direction opposite to that of the first winding , characterized in that the third winding and the first winding have the same number of turns. a single magnetic core ; and multiple windings wound round the single magnetic core , wherein the multiple windings comprise a first winding and a second winding in the same winding direction, the first winding is adapted to be electrically conductively connected to the second winding and has an incoming end and an outgoing end , and the incoming end or the outgoing end of the first winding comprises two shunt terminals , wherein the multiple windings further comprise a third winding wound around the single magnetic core , the third winding is in a winding direction opposite to that of the first winding , characterized in that the third winding and the first winding have the same number of turns.
A method for authenticating an item which includes a polymer substrate comprising a polymer material and a doping material, the polymer substrate having a clear area, and the polymer material and doping material being configured to transmit radiation through the clear area of the polymer substrate, and the doping material capable of absorbing and scattering radiation of at least one specific wavelength to generate a spectral signature including a notched pattern in a spectral band of wavelengths of the transmitted radiation; the method comprising: irradiating the item with incident radiation wherein a spectral band of wavelengths including the at least one specific wavelength absorbed and scattered by the doping material, the polymer substrate absorbing and scattering radiation of the incident radiation to generate the spectral signature and transmitting the radiation having the generated spectral signature through the clear area of the polymer substrate; detecting the spectral signature in said spectral band of wavelengths of the transmitted radiation after the radiation is transmitted through the clear area of the polymer substrate; and determining a code associated with the spectral signature and using the code for authentication. a polymer substrate comprising a polymer material and a doping material, the polymer substrate having a clear area, and the polymer material and doping material being configured to transmit radiation through the clear area of the polymer substrate, and the doping material capable of absorbing and scattering radiation of at least one specific wavelength to generate a spectral signature including a notched pattern in a spectral band of wavelengths of the transmitted radiation; the method comprising: irradiating the item with incident radiation wherein a spectral band of wavelengths including the at least one specific wavelength absorbed and scattered by the doping material, the polymer substrate absorbing and scattering radiation of the incident radiation to generate the spectral signature and transmitting the radiation having the generated spectral signature through the clear area of the polymer substrate; detecting the spectral signature in said spectral band of wavelengths of the transmitted radiation after the radiation is transmitted through the clear area of the polymer substrate; and determining a code associated with the spectral signature and using the code for authentication. irradiating the item with incident radiation wherein a spectral band of wavelengths including the at least one specific wavelength absorbed and scattered by the doping material, the polymer substrate absorbing and scattering radiation of the incident radiation to generate the spectral signature and transmitting the radiation having the generated spectral signature through the clear area of the polymer substrate; detecting the spectral signature in said spectral band of wavelengths of the transmitted radiation after the radiation is transmitted through the clear area of the polymer substrate; and determining a code associated with the spectral signature and using the code for authentication.
A sheet cassette that accommodates a recording sheet and is connectable to a printer , the sheet cassette comprises: a first roller that contacts a feed roller of the printer ; a second roller that contacts a recording sheet ; a first gear and a second gear that are attached to a first shaft of the first roller ; a third gear and a fourth gear that are attached to a second shaft ; and a fifth gear that is attached to a third shaft of the second roller , wherein the first gear is configured to engage with a feed gear of the printer when the sheet cassette is connected with the printer , and the feed gear is driven by a motor provided in the printer , the third gear engages with the first gear , the fourth gear , which is a one-way gear, rotates with the third gear , and engages with the fifth gear , and the second roller is rotated by rotation of the fifth gear . a first roller that contacts a feed roller of the printer ; a second roller that contacts a recording sheet ; a first gear and a second gear that are attached to a first shaft of the first roller ; a third gear and a fourth gear that are attached to a second shaft ; and a fifth gear that is attached to a third shaft of the second roller , wherein the first gear is configured to engage with a feed gear of the printer when the sheet cassette is connected with the printer , and the feed gear is driven by a motor provided in the printer , the third gear engages with the first gear , the fourth gear , which is a one-way gear, rotates with the third gear , and engages with the fifth gear , and the second roller is rotated by rotation of the fifth gear .
A sample tube comprising: a sidewall open at one end and closed with a bottom at the opposite end; and a two-dimensional barcode on the bottom that stores data and is readable from below the sample tube to provide a data output, characterised in that said two-dimensional barcode comprises plural barcode components and plural redundant barcode components , said plural barcode components and said plural redundant barcode components being positioned toward the periphery of the bottom from the bottom center, each barcode component storing less than the full data output, combined data read from the plural barcode components providing full data output, and combined data read from the plural redundant barcode components providing redundant full data output. a sidewall open at one end and closed with a bottom at the opposite end; and a two-dimensional barcode on the bottom that stores data and is readable from below the sample tube to provide a data output, characterised in that said two-dimensional barcode comprises plural barcode components and plural redundant barcode components , said plural barcode components and said plural redundant barcode components being positioned toward the periphery of the bottom from the bottom center, each barcode component storing less than the full data output, combined data read from the plural barcode components providing full data output, and combined data read from the plural redundant barcode components providing redundant full data output.
An assembly of photomask plus pellicle comprising a pellicle frame having at least four side bars, wherein at each one of at least four corners of said pellicle frame is cut a female screw extending from a first face of said pellicle frame, which is designed to oppose a photomask, towards an opposite second face of said pellicle frame, which is designed to receive a pellicle membrane ; characterized in that said photomask has a through hole at a location that coincides with respective female screw of said pellicle frame; wherein said assembly includes locking means with a male screw part for locking said assembly, said locking being effected as said locking means is inserted in said through hole and then in said female screw to thereby effect threaded engagement between said male screw part of said locking means and said female screw of said pellicle frame and an endless elastic body layer is provided on said first face in a manner such that said elastic body layer lies inward from said female screws.
An inverting tube apparatus for removing a clot from a vessel, the apparatus comprising: an inversion support catheter ; a puller within a lumen of the inversion support catheter ; and a flexible tube extending over a distal end of the inversion support catheter , the flexile tube having a first end coupled at a distal end region of the puller and a second end comprising a cuff that is less flexible than a region of the flexible tube adjacent to the cuff , wherein the flexible tube is configure to be pulled proximally into the inversion support catheter by pulling the puller proximally so that the flexible tube rolls and inverts over a distal end of the inversion support catheter , characterized in that the cuff comprises one or more slits along its length extending in a proximal-to-distal direction. an inversion support catheter ; a puller within a lumen of the inversion support catheter ; and a flexible tube extending over a distal end of the inversion support catheter , the flexile tube having a first end coupled at a distal end region of the puller and a second end comprising a cuff that is less flexible than a region of the flexible tube adjacent to the cuff , wherein the flexible tube is configure to be pulled proximally into the inversion support catheter by pulling the puller proximally so that the flexible tube rolls and inverts over a distal end of the inversion support catheter , characterized in that the cuff comprises one or more slits along its length extending in a proximal-to-distal direction.
A secure document , comprising: - a front side (F); - a backside (B) opposite the front side (F); - an image area provided on the front side (F), the image area having image content printed onto the front side (F); - an information area provided on the front side (F), the information area having informational content; and - a security feature comprising a pattern of perforations provided in an overlapping relationship with the image area and the information area wherein the overlapping relationship binds the image content with the informational content; wherein the pattern of perforations are laser-engraved on the front side (F), and wherein at least some of the perforations remove image content that is printed onto the front side (F), characterised in that the informational content is printed onto the front side (F) and at least others of the perforations remove informational content that is printed onto the front side (F). - a front side (F); - a backside (B) opposite the front side (F); - an image area provided on the front side (F), the image area having image content printed onto the front side (F); - an information area provided on the front side (F), the information area having informational content; and - a security feature comprising a pattern of perforations provided in an overlapping relationship with the image area and the information area wherein the overlapping relationship binds the image content with the informational content; wherein the pattern of perforations are laser-engraved on the front side (F), and wherein at least some of the perforations remove image content that is printed onto the front side (F), characterised in that the informational content is printed onto the front side (F) and at least others of the perforations remove informational content that is printed onto the front side (F).
A vehicle-window glass assembly, comprising: a vehicle-window glass and its injection-molded encapsulation ; and an over-molded bolt comprising a base , a thread rod and an injection-molded part , one end of the thread rod being fixedly connected to the base, and the injection-molded part covering at least a part of the base, wherein the injection-molded encapsulation covers at least a part of the injection-molded part such that the over-molded bolt and the vehicle-window glass are fixed to each other, and material of the injection-molded part has a tensile strength greater than that of material of the injection-molded encapsulation, wherein the injection-molded part comprises a positioning portion for positioning the over-molded bolt on a surface of the vehicle-window glass, and the positioning portion extends outward from the base in an opposite direction to the thread rod and protrudes out from a bottom surface of the injection molded part so as to form a point contact with the surface of the vehicle-window glass. a vehicle-window glass and its injection-molded encapsulation ; and an over-molded bolt comprising a base , a thread rod and an injection-molded part , one end of the thread rod being fixedly connected to the base, and the injection-molded part covering at least a part of the base, wherein the injection-molded encapsulation covers at least a part of the injection-molded part such that the over-molded bolt and the vehicle-window glass are fixed to each other, and material of the injection-molded part has a tensile strength greater than that of material of the injection-molded encapsulation, wherein the injection-molded part comprises a positioning portion for positioning the over-molded bolt on a surface of the vehicle-window glass, and the positioning portion extends outward from the base in an opposite direction to the thread rod and protrudes out from a bottom surface of the injection molded part so as to form a point contact with the surface of the vehicle-window glass.
A method of wireless transmission control protocol, TCP, communication by a receiving device, comprising: temporarily suspending aggregation of acknowledgements, ACK, of received information relating to at least one received communication packet in response to a determination indicating that a data transmission is in a first state, wherein the first state is a slow start phase; and transmitting at least one, ACK, to a sending device, the at least one ACK being based, at least in part, on the received information. temporarily suspending aggregation of acknowledgements, ACK, of received information relating to at least one received communication packet in response to a determination indicating that a data transmission is in a first state, wherein the first state is a slow start phase; and transmitting at least one, ACK, to a sending device, the at least one ACK being based, at least in part, on the received information.