mhurhangee/ep-ind-claims huggingface dataset:
A method for coupling a tag (110, 906) to an item (304, 1502, 1802, 2000), comprising: - dispensing the tag (110, 906) from a tag feeder (102, 902) of a tag applicator (100, 900) into a cavity (112, 1206) of the tag applicator (100, 900); - performing first operations by the tag applicator (100, 900) to mechanically move the tag (110, 906) from the cavity (112, 1206) into a nest of the tag applicator (100, 900); - causing a stop of the tag applicator (100, 900) to engage a surface of the tag (110, 906) as the tag (110, 906) is inserted into the nest of the tag applicator (100, 900), thereby preventing reverse movement of the tag (110, 906) towards the cavity (112, 2106) and the tag feeder (102, 902) when the tag (110, 906) is fully inserted into the nest; - determining if a given criterion is met based on feedback information received from at least one of a user of the tag applicator (100, 900) and a sensor (122, 626) provided with the tag applicator (100, 900), the given criterion comprising whether the tag (110, 906) is properly disposed in the nest, whether the item (304, 1502, 1802, 2000) is properly located within an insert space (108, 910, 1900) of the tag applicator (100, 900) and/or whether the user of the tag applicator (100, 900) has requested initialization of tag application operations via a controller of the tag applicator (100, 900); and - performing second operations by the tag applicator (100, 900) to couple the tag (110, 906) to the item (304, 1502, 1802, 2000), when a determination is made that the given criterion is met. - dispensing the tag (110, 906) from a tag feeder (102, 902) of a tag applicator (100, 900) into a cavity (112, 1206) of the tag applicator (100, 900); - performing first operations by the tag applicator (100, 900) to mechanically move the tag (110, 906) from the cavity (112, 1206) into a nest of the tag applicator (100, 900); - causing a stop of the tag applicator (100, 900) to engage a surface of the tag (110, 906) as the tag (110, 906) is inserted into the nest of the tag applicator (100, 900), thereby preventing reverse movement of the tag (110, 906) towards the cavity (112, 2106) and the tag feeder (102, 902) when the tag (110, 906) is fully inserted into the nest; - determining if a given criterion is met based on feedback information received from at least one of a user of the tag applicator (100, 900) and a sensor (122, 626) provided with the tag applicator (100, 900), the given criterion comprising whether the tag (110, 906) is properly disposed in the nest, whether the item (304, 1502, 1802, 2000) is properly located within an insert space (108, 910, 1900) of the tag applicator (100, 900) and/or whether the user of the tag applicator (100, 900) has requested initialization of tag application operations via a controller of the tag applicator (100, 900); and - performing second operations by the tag applicator (100, 900) to couple the tag (110, 906) to the item (304, 1502, 1802, 2000), when a determination is made that the given criterion is met.
Electric device for ironing laundry, at least comprising - an iron sole plate which has at least one opening (15a, 15b, 15c, 15d) for steam discharge, - a heating element for heating the iron sole plate, - a water tank, - a drip valve, - a steam chamber - a water feed-through, by means of which water can be transferred from the water tank to the steam chamber via the drip valve for steam generation, - a steam quantity adjustment part, by means of which the quantity of water dripping in via the drip valve can be controlled by actuation of a valve rod, - a drip-stop valve which is located in the water feed-through and opens above a defined temperature and closes below a defined temperature and separate means for rinsing which is located outside the water feed-through and through which water can be transferred directly from the water tank into the steam chamber, characterised in that, - by lifting the valve rod, a closure of the means for rinsing can be opened so that a larger quantity of water is able to be transferred directly into the steam chamber through this means for rinsing. - an iron sole plate which has at least one opening (15a, 15b, 15c, 15d) for steam discharge, - a heating element for heating the iron sole plate, - a water tank, - a drip valve, - a steam chamber - a water feed-through, by means of which water can be transferred from the water tank to the steam chamber via the drip valve for steam generation, - a steam quantity adjustment part, by means of which the quantity of water dripping in via the drip valve can be controlled by actuation of a valve rod, - a drip-stop valve which is located in the water feed-through and opens above a defined temperature and closes below a defined temperature and separate means for rinsing which is located outside the water feed-through and through which water can be transferred directly from the water tank into the steam chamber, - by lifting the valve rod, a closure of the means for rinsing can be opened so that a larger quantity of water is able to be transferred directly into the steam chamber through this means for rinsing.
A cleaning device (6, 6Y, 6M, 6C, 6K), comprising: a first blade to slidably contact with a surface of an image carrier to which a toner including an external additive adheres; a second blade to slidably contact with the surface of the image carrier and to be provided downstream of the first blade in a rotation direction of the image carrier; and a lubricant applying mechanism section to apply a lubricant to the surface of the image carrier, wherein hardness of the first blade is more than hardness of the second blade; the first blade slidably contacts with the surface of the image carrier from a counter direction of the rotation direction of the image carrier; the second blade slidably contacts with the surface of the image carrier from a trailing direction of the rotation direction of the image carrier; and the lubricant applying mechanism section is provided downstream of the first blade and upstream of the second blade in the rotation direction of the image carrier. a first blade to slidably contact with a surface of an image carrier to which a toner including an external additive adheres; a second blade to slidably contact with the surface of the image carrier and to be provided downstream of the first blade in a rotation direction of the image carrier; and a lubricant applying mechanism section to apply a lubricant to the surface of the image carrier, wherein hardness of the first blade is more than hardness of the second blade; the first blade slidably contacts with the surface of the image carrier from a counter direction of the rotation direction of the image carrier; the second blade slidably contacts with the surface of the image carrier from a trailing direction of the rotation direction of the image carrier; and the lubricant applying mechanism section is provided downstream of the first blade and upstream of the second blade in the rotation direction of the image carrier.
A retinal prosthesis comprising: a plurality of electrodes suitable to stimulate neural tissue; and characterized in that the retinal prosthesis comprises at least one of: a) means for measuring impedance of the electrode retinal interface of at least one of said plurality of electrodes; and b) means for measuring the height from the retinal surface of at least one of said plurality of electrodes; and further comprises means for estimating a threshold of perception based on a respective one of said measured impedance or said height from the retinal surface. a plurality of electrodes suitable to stimulate neural tissue; and characterized in that the retinal prosthesis comprises at least one of: a) means for measuring impedance of the electrode retinal interface of at least one of said plurality of electrodes; and b) means for measuring the height from the retinal surface of at least one of said plurality of electrodes; and a) means for measuring impedance of the electrode retinal interface of at least one of said plurality of electrodes; and b) means for measuring the height from the retinal surface of at least one of said plurality of electrodes; and further comprises means for estimating a threshold of perception based on a respective one of said measured impedance or said height from the retinal surface.
An oral dose for use in mitigating or treating pain, wherein the dose is comprised of a) a first analgesic agent consisting of an effective amount of ibuprofen; pharmaceutically acceptable isomers, metabolites, polymorphs, and/or salts thereof; and mixtures thereof; and b) a second analgesic agent consisting of an effective amount of acetaminophen, pharmaceutically acceptable isomers, metabolites, polymorphs, and/or salts thereof; and mixtures thereof; wherein the weight ratio of the first analgesic agent (calculated in terms of racemic ibuprofen base) to the second analgesic agent (calculated in terms of acetaminophen base) is about 1 part to about 7.5 parts; and wherein the first analgesic agent and the second analgesic agent are the sole active ingredients in the dose. a) a first analgesic agent consisting of an effective amount of ibuprofen; pharmaceutically acceptable isomers, metabolites, polymorphs, and/or salts thereof; and mixtures thereof; and b) a second analgesic agent consisting of an effective amount of acetaminophen, pharmaceutically acceptable isomers, metabolites, polymorphs, and/or salts thereof; and mixtures thereof;
Composition containing 5 to 80 wt% of 2,3,3,3-tetrafluoropropene, 5 to 45 wt% of difluoromethane and 2 to 50 wt% of at least one group-C compound chosen from propane, propylene and ethylene.
Vehicle with an internal combustion engine, which comprises a crankcase and a charging unit, with a crankcase ventilation device, which comprises an inertia-based oil separator device with at least one inertia-based oil separator, an oil return flow returning separated oil to the crankcase and a suction jet pump which is driven by compressed air from the charging unit and which generates negative pressure in order to drive blow-by gas, characterised in that - the suction jet pump is regulated and/or controlled and/or operated by a control device, and - the control device controls and/or regulates the suction jet pump on the basis of engine characteristics. - the suction jet pump is regulated and/or controlled and/or operated by a control device, and - the control device controls and/or regulates the suction jet pump on the basis of engine characteristics.
Device, in particular an outlet device, having a housing which by means of a water flow opening is attachable to a water outlet of a sanitary outlet fitting, wherein the water flow opening is adjoined by at least one installation which is disposed within the housing of the device and is configured for generating at least one pulsating water jet and/or for increasing the flow rate of the tap water exiting the water outlet of the sanitary outlet fitting, characterized in that the installation is supplied tap water by way of a plurality of ducts (22a, 22b, 22c) delimited the flow cross section of the tap water exiting the outlet of the water tap, wherein the installation is configured as a rotary valve which comprises a plurality of blades (220a, 220b, 220c) which are disposed on a joint axle beside one another below in each case at least one duct (22a, 22b, 22c) and which direct the tap water to a water outlet.
A storage device, comprising: a memory for storing content for or generated by a host device to which the storage device is coupled; a device-host interface for allowing the host device to read data from and write data to the storage device; and a computing environment operable to execute one or more applications on the storage device; characterised in that said device further comprises: a server module operable to interact with a client module on the host device so as to allow the storage device to act as a master device to allow an application running on the storage device to control input and output functions of the host device as slave functions on the host device via the device-host interface; and in that file input and output accesses to the storage device by the host electronic device are used for communication between the server module on the storage device and the client module on the host device when the storage device is acting as a master device so as to allow an application running on the storage device to control input and output functions of the host device as slave functions on the host device. a memory for storing content for or generated by a host device to which the storage device is coupled; a device-host interface for allowing the host device to read data from and write data to the storage device; and a computing environment operable to execute one or more applications on the storage device; characterised in that said device further comprises: a server module operable to interact with a client module on the host device so as to allow the storage device to act as a master device to allow an application running on the storage device to control input and output functions of the host device as slave functions on the host device via the device-host interface; and in that file input and output accesses to the storage device by the host electronic device are used for communication between the server module on the storage device and the client module on the host device when the storage device is acting as a master device so as to allow an application running on the storage device to control input and output functions of the host device as slave functions on the host device. a server module operable to interact with a client module on the host device so as to allow the storage device to act as a master device to allow an application running on the storage device to control input and output functions of the host device as slave functions on the host device via the device-host interface; and in that file input and output accesses to the storage device by the host electronic device are used for communication between the server module on the storage device and the client module on the host device when the storage device is acting as a master device so as to allow an application running on the storage device to control input and output functions of the host device as slave functions on the host device.
A radiation detector comprising: a) a converter element for converting incident high-energy radiation into charge signals; b) a cathode and an array of anodes disposed on different sides of the converter element for generating an electrical field (Eo, E d) in the converter element; wherein the converter element is a substrate consisting of a first region (R d) near the anode array and a second region (Ro) remote from the anode array and wherein the converter element has a spatial inhomogeneity by which the strength of said electrical field (Eo, E d) is increased in the first region (R d) and/or decreased in the second region (Ro), characterised in that the converter element is inhomogeneously doped with a single dopant and wherein the concentration of the dopant is homogeneous in the first region (R d). a) a converter element for converting incident high-energy radiation into charge signals; b) a cathode and an array of anodes disposed on different sides of the converter element for generating an electrical field (Eo, E d) in the converter element;
A monoclonal antibody or functional part thereof, which antibody or functional part thereof is capable of recognizing and binding an epitope of amyloid beta and: is produced by hybridoma cell line FP 12H3-G2, deposited on December 01, 2005 as DSM ACC2751; or is a humanized form of the antibody produced by hybridoma cell line FP 12H3-G2, deposited on December 01, 2005 as DSM ACC2751. is produced by hybridoma cell line FP 12H3-G2, deposited on December 01, 2005 as DSM ACC2751; or is a humanized form of the antibody produced by hybridoma cell line FP 12H3-G2, deposited on December 01, 2005 as DSM ACC2751.
A sole structure for an article of footwear including an upper, the sole structure comprising: an upper plate formed from a non-foamed polymer material and having an upper surface oriented toward the upper and an opposite lower surface oriented away from the upper; a lower plate formed from a non-foamed polymer material; a first leg extending downward from the lower surface of the upper plate away from the upper and with a first distal end which is in contact with an upper surface of the lower plate (354; 454); and a second leg extending downward from the lower surface of the upper plate away from the upper and with a second distal end which is in contact with the upper surface of the lower plate (354; 454); wherein the first leg and the second leg are curved toward each other and taper down in thickness, wherein the first distal end and the second distal end are slidably attached to the upper surface of the lower plate (354; 454). an upper plate formed from a non-foamed polymer material and having an upper surface oriented toward the upper and an opposite lower surface oriented away from the upper; a lower plate formed from a non-foamed polymer material; a first leg extending downward from the lower surface of the upper plate away from the upper and with a first distal end which is in contact with an upper surface of the lower plate (354; 454); and a second leg extending downward from the lower surface of the upper plate away from the upper and with a second distal end which is in contact with the upper surface of the lower plate (354; 454); wherein the first leg and the second leg are curved toward each other and taper down in thickness, wherein the first distal end and the second distal end are slidably attached to the upper surface of the lower plate (354; 454).
Oscillator for producing a clock frequency (f), comprising a timer that has a frequency-determining capacitor for determining the frequency of the clock frequency (f) and a comparator, wherein the comparator is configured to identify a threshold value voltage (U TH) up to which the frequency-determining capacitor can be charged, and wherein the comparator has a switchable capacitor for offset compensation, wherein the comparator has a MOS transistor for identifying the threshold value voltage (U TH), the gate of which transistor is connected to one end of the switchable capacitor, additionally comprising a switch for connecting a voltage source in order to supply the comparator with a final voltage (U End), wherein the voltage source is connected in parallel with the frequency-determining capacitor when the switch is closed in an offset phase, and additionally comprising a switch for connecting the frequency-determining capacitor of the timer in series with the switchable capacitor, wherein the switch is open in an offset phase and is closed in a charging phase of the frequency-determining capacitor, additionally comprising a second timer, which is designed like the first timer, and a logic unit that is connected to the first and the second timer (151, 152), wherein the logic unit is used to alternately charge the frequency-determining capacitor of the first timer and a frequency-determining capacitor of the second timer to the final voltage with the aid of a current, and the capacitor (1513, 1523) is completely discharged if the timer (151, 152) is inactive. a timer that has a frequency-determining capacitor for determining the frequency of the clock frequency (f) and a comparator, wherein the comparator is configured to identify a threshold value voltage (U TH) up to which the frequency-determining capacitor can be charged, and wherein the comparator has a switchable capacitor for offset compensation, wherein the comparator has a MOS transistor for identifying the threshold value voltage (U TH), the gate of which transistor is connected to one end of the switchable capacitor, additionally comprising a switch for connecting a voltage source in order to supply the comparator with a final voltage (U End), wherein the voltage source is connected in parallel with the frequency-determining capacitor when the switch is closed in an offset phase, and additionally comprising a switch for connecting the frequency-determining capacitor of the timer in series with the switchable capacitor, wherein the switch is open in an offset phase and is closed in a charging phase of the frequency-determining capacitor, additionally comprising a second timer, which is designed like the first timer, and a logic unit that is connected to the first and the second timer (151, 152), wherein the logic unit is used to alternately charge the frequency-determining capacitor of the first timer and a frequency-determining capacitor of the second timer to the final voltage with the aid of a current, and the capacitor (1513, 1523) is completely discharged if the timer (151, 152) is inactive.
A light emitting diode, comprising: - a metal member; - a light-emitting chip arranged on the metal member, the light emitting chip to generate light; and - a housing combined with the metal member to fix the metal member, the housing having an opening portion exposing at least a portion of the light-emitting chip and the metal member, wherein the metal member comprises a base metal layer and a light-reflecting layer, wherein the metal member is embodied by a lead frame, the lead frame to apply electric power to the light-emitting chip, wherein the light-reflecting layer includes metal of high reflectivity for enhancing light reflectivity of the lead frame, and wherein the light-reflecting layer comprises silver, characterized by a nickel layer arranged on the base metal layer, and a protection layer arranged on the light-reflecting layer and comprising a metal, and in that the light-reflecting layer is arranged on the nickel layer, wherein the light-reflecting layer has a thickness of 1 micrometer to 50 micrometers. - a metal member; - a light-emitting chip arranged on the metal member, the light emitting chip to generate light; and - a housing combined with the metal member to fix the metal member, the housing having an opening portion exposing at least a portion of the light-emitting chip and the metal member, characterized by a nickel layer arranged on the base metal layer, and a protection layer arranged on the light-reflecting layer and comprising a metal, and in that the light-reflecting layer is arranged on the nickel layer, wherein the light-reflecting layer has a thickness of 1 micrometer to 50 micrometers.
Vagina! plaster having a carrier for the prevention of entering external fluid into the vagina, above all for the prevention of infections occurring in the course of aquatic sport activities; wherein its carrier has a defined geometric form, and at least at its margin includes a self-adhesive, flexible film, fixed to one side of the carrier, and the flexible film mentioned above is fitted with a cover fixed to the self-adhesive margin of the flexible film, practically with the same size and form as the carrier, provided with an adhesive material on its inner surface, its inner surface being suitable for sticking directly to the outside female genitalia and to the skin surrounding it, characterised in that the plaster has a pad in the middle part of its surface, corresponding to the labia minora, and has three loops, to which the self adhesive, flexible film extends to the area towards the anus.