mhurhangee/patent-ind-claim-en huggingface dataset:
A ventilation mask , comprising: a mask body defining a patient cavity , the mask body comprising: a patient opening in fluid communication with the patient cavity ; and at least one vent opening formed through the mask body , the at least one vent opening in fluid communication with the patient cavity , wherein the at least one vent opening is disposed generally opposite to the patient opening ; and a gas manifold coupled to the mask body , the gas manifold defining a gas channel , the gas manifold comprising a plurality of vectored gas ports in fluid communication with the gas channel , wherein the plurality of vectored gas ports are configured to create a curtain effect gas flow within the patient cavity to form a gas curtain within the patient cavity and adjacent to the at least one vent opening ; and characterised in that the mask body comprises at least one gas fence extending axially from the mask body toward the patient opening , wherein the at least one gas fence is disposed between the at least one vent opening and the plurality of vectored gas ports , and extends at least partially around the at least one vent opening , to maintain the curtain effect gas flow. a patient opening in fluid communication with the patient cavity ; and at least one vent opening formed through the mask body , the at least one vent opening in fluid communication with the patient cavity , wherein the at least one vent opening is disposed generally opposite to the patient opening ; and a gas manifold coupled to the mask body , the gas manifold defining a gas channel , the gas manifold comprising a plurality of vectored gas ports in fluid communication with the gas channel , wherein the plurality of vectored gas ports are configured to create a curtain effect gas flow within the patient cavity to form a gas curtain within the patient cavity and adjacent to the at least one vent opening ; and characterised in that the mask body comprises at least one gas fence extending axially from the mask body toward the patient opening , wherein the at least one gas fence is disposed between the at least one vent opening and the plurality of vectored gas ports , and extends at least partially around the at least one vent opening , to maintain the curtain effect gas flow.
Method for manufacturing a water separator , including the following steps - providing a support structure annularly surrounding a longitudinal axis , - providing a hydrophobic screen mesh , - plasticizing the material of the support structure in areas radially exterior with respect to the longitudinal axis by ultrasound or by laser radiation, - arranging the screen mesh at the outer periphery on the support structure and - pressing the screen mesh into the plasticized areas . - providing a support structure annularly surrounding a longitudinal axis , - providing a hydrophobic screen mesh , - plasticizing the material of the support structure in areas radially exterior with respect to the longitudinal axis by ultrasound or by laser radiation, - arranging the screen mesh at the outer periphery on the support structure and - pressing the screen mesh into the plasticized areas .
An acoustic panel for aircraft, said acoustic panel comprising a plate made of a sound-absorbing material and a so-called resistive skin and a so-called backing skin that are arranged, respectively, on either side of this plate , said plate being provided with a plurality of transverse recesses formed in the sound-absorbing material of said plate , and said acoustic panel comprising a plurality of acoustic elements of elongate form, suitable for producing an acoustic absorption, each of said acoustic elements having an opening at least one longitudinal end , characterized in that each of said acoustic elements is fixed with a peripheral contact in one of said transverse recesses formed in said plate with its opening facing said resistive skin .
An epoxy resin comprising a reaction product of 1,2,3-trihydroxybenzene and an epihalohydrin, the epoxy resin containing a cyclic compound that has a cyclic structure containing, as constitutional atoms, two adjacent oxygen atoms derived from 1,2,3-trihydroxybenzene, the cyclic compound being contained in an amount of 0.040 to 0.115 mol based on 100 g of the epoxy resin. the epoxy resin containing a cyclic compound that has a cyclic structure containing, as constitutional atoms, two adjacent oxygen atoms derived from 1,2,3-trihydroxybenzene, the cyclic compound being contained in an amount of 0.040 to 0.115 mol based on 100 g of the epoxy resin.
A method for downloading data on a mobile device, comprising: determining an estimated time of arrival of the mobile device at a first station based at least in part on almanac information, wherein the first station is associated with a first interface; generating a data download request based at least in part on the estimated time of arrival at the first station; transmitting the data download request; and receiving one or more data packets from the first station based on the data download request; determining a data transfer rate for the first interface; determining a proximate station configured for a second interface capable of providing a data transfer rate that is higher than the data transfer rate determined for the first interface; and receiving one or more data packets from the proximate station via the second interface. determining an estimated time of arrival of the mobile device at a first station based at least in part on almanac information, wherein the first station is associated with a first interface; generating a data download request based at least in part on the estimated time of arrival at the first station; transmitting the data download request; and receiving one or more data packets from the first station based on the data download request; determining a data transfer rate for the first interface; determining a proximate station configured for a second interface capable of providing a data transfer rate that is higher than the data transfer rate determined for the first interface; and receiving one or more data packets from the proximate station via the second interface.
Scanning unit of a position-measuring device, having a housing in which a detector unit for scanning a scale is arranged, wherein the housing comprises a base body and a cover which is attached to the base body , and wherein the base body has a plurality of holes for screwing the scanning unit onto an object to be measured, characterized in that a plurality of posts are formed on the base body , wherein in each case one of the holes is made in the posts , and wherein the posts each have an external contour which corresponds to an internal contour of a recess in the cover in such a way that they form a press fit by means of which the cover is fastened to the base body .
Method for predicting an ability of an electrical energy storage system to be able to start a vehicle engine of a particular vehicle make, a particular vehicle model and/or a particular vehicle variant, wherein the electrical energy storage system is a motor vehicle starter battery, and wherein the method comprises the following method steps: - generating engine-start data which are characteristic of the electrical energy storage system; - evaluating the generated engine-start data; and - outputting a result of the evaluation, which result relates to a prediction with respect to the ability of the electrical energy storage system to be able to start a vehicle engine of a particular vehicle make, a particular vehicle model and/or a particular vehicle variant, wherein the vehicle make, the vehicle model and/or the vehicle variant of the vehicle to be started by the electrical energy storage system is/are taken into account in order to evaluate the generated engine-start data, wherein a temperature or a temperature range of a vehicle engine to be started by the electrical energy storage system is taken into account in order to evaluate the generated engine-start data, and wherein the output result of the evaluation relates to a prediction with respect to the ability of the electrical energy storage system to be able to start a vehicle engine of a particular vehicle make, a particular vehicle model and/or a particular vehicle variant at different temperatures of the vehicle engine; and/or wherein the ability of the electrical energy storage system to be able to start a vehicle engine of a particular vehicle make, a particular vehicle model and/or a particular vehicle variant is an ability of the electrical energy storage system to be able to cold-start or warm-start a vehicle engine of the vehicle make taken into account in the evaluation, the vehicle model taken into account in the evaluation and/or the vehicle variant taken into account in the evaluation. - generating engine-start data which are characteristic of the electrical energy storage system; - evaluating the generated engine-start data; and - outputting a result of the evaluation, which result relates to a prediction with respect to the ability of the electrical energy storage system to be able to start a vehicle engine of a particular vehicle make, a particular vehicle model and/or a particular vehicle variant,
A spinal implant structure (100; 200; 400) having a folded position and an expansion position, comprising: a body (110; 210; 410), the body (110; 210; 410) being a hollow-cored cylinder when the spinal implant structure (100; 200; 400) is in the folded position, the body (110; 210; 410) comprising: a first part (111; 211; 411); a second part (112; 212), the second part (112; 212) not overlapping the first part (111; 211; 411); and at least one expansion arm (113; 213; 413), the expansion arm (113; 213; 413) having an end connecting with the first part (111; 211; 411) and another end being a free end; and at least one support arm (114; 214), the support arm (114; 214) having an end connecting with the expansion arm (113; 213; 413) and another end connecting with the second part (112; 212); wherein the support arm (114; 214) comprises a plurality of weakened sections so that, in response to a change in a distance between the first part (111; 211; 411) and the second part (112; 212), the support arm (114; 214) bends at the weakened sections and thus drives the expansion arm (113; 213; 413) to move, thereby increasing an included angle between the expansion arm (113; 213; 413) and the first part (111; 211; 411), expanding the spinal implant structure (100; 200; 400), and causing the spinal implant structure (100; 200; 400) to turn into the expansion position, and wherein the first part (111; 211; 411), the second part (112; 212), the expansion arm (113; 213; 413), and the support arm (114; 214) are formed integrally, characterized in that the first part (111; 211; 411) has a recess therein, the recess connecting to an outside of the body (110; 210; 410). a first part (111; 211; 411); a second part (112; 212), the second part (112; 212) not overlapping the first part (111; 211; 411); and at least one expansion arm (113; 213; 413), the expansion arm (113; 213; 413) having an end connecting with the first part (111; 211; 411) and another end being a free end; and at least one support arm (114; 214), the support arm (114; 214) having an end connecting with the expansion arm (113; 213; 413) and another end connecting with the second part (112; 212); wherein the support arm (114; 214) comprises a plurality of weakened sections so that, in response to a change in a distance between the first part (111; 211; 411) and the second part (112; 212), the support arm (114; 214) bends at the weakened sections and thus drives the expansion arm (113; 213; 413) to move, thereby increasing an included angle between the expansion arm (113; 213; 413) and the first part (111; 211; 411), expanding the spinal implant structure (100; 200; 400), and causing the spinal implant structure (100; 200; 400) to turn into the expansion position, and wherein the first part (111; 211; 411), the second part (112; 212), the expansion arm (113; 213; 413), and the support arm (114; 214) are formed integrally, characterized in that the first part (111; 211; 411) has a recess therein, the recess connecting to an outside of the body (110; 210; 410).
Adsorbents comprising: silica particles having a wide pore size distribution as measured by a pore size distribution span 90 value, which pore size distribution span 90 value is calculated as [(PD90 - PD10)/PD50], whereas PD10 is the pore diameter at 10% cumulative pore volume contribution, PD50 is the pore diameter at 50% cumulative pore volume contribution, and PD90 is the pore diameter at 90% cumulative pore volume contribution, all based on mercury intrusion data, of at least 2.8; and polymeric material covalently bonded to surfaces of said silica particles. silica particles having a wide pore size distribution as measured by a pore size distribution span 90 value, which pore size distribution span 90 value is calculated as [(PD90 - PD10)/PD50], whereas PD10 is the pore diameter at 10% cumulative pore volume contribution, PD50 is the pore diameter at 50% cumulative pore volume contribution, and PD90 is the pore diameter at 90% cumulative pore volume contribution, all based on mercury intrusion data, of at least 2.8; and polymeric material covalently bonded to surfaces of said silica particles.
A sorter comprising: a platform ; a plurality of rollers supported by the platform , at least some of the rollers having rotors rotatable about axes of rotation; a plurality of armature elements supported by the platform and associated with the plurality of rollers; a plurality of cradles supported by the platform and pivotable about a vertical axis, wherein the rollers are supported in the cradles ; a linear stator propagating a magnetic flux wave across the platform , the magnetic flux wave interacting with the rotors to rotate the rollers about their axes of rotation and interacting with the armature elements ; wherein said armature elements are attached to the cradles and the magnetic flux wave causes the cradles to pivot about the vertical axis to change the orientation of the axes of rotation of the rollers and the sorting direction; a controller controlling the amplitude and propagation direction of the magnetic flux wave to selectively rotate the rollers having rotors and to selectively energize the armature elements to sort articles conveyed atop the rollers in selected sorting directions, characterized in that the sorter comprises fixed detents associated with each of the rollers and wherein each cradle includes a plunger that pivots with the cradle and that is received in one or another of the detents (74A; 74B; 74C) to set the axis of rotation of the roller . a platform ; a plurality of rollers supported by the platform , at least some of the rollers having rotors rotatable about axes of rotation; a plurality of armature elements supported by the platform and associated with the plurality of rollers; a plurality of cradles supported by the platform and pivotable about a vertical axis, wherein the rollers are supported in the cradles ; a linear stator propagating a magnetic flux wave across the platform , the magnetic flux wave interacting with the rotors to rotate the rollers about their axes of rotation and interacting with the armature elements ; wherein said armature elements are attached to the cradles and the magnetic flux wave causes the cradles to pivot about the vertical axis to change the orientation of the axes of rotation of the rollers and the sorting direction; a controller controlling the amplitude and propagation direction of the magnetic flux wave to selectively rotate the rollers having rotors and to selectively energize the armature elements to sort articles conveyed atop the rollers in selected sorting directions, characterized in that the sorter comprises fixed detents associated with each of the rollers and wherein each cradle includes a plunger that pivots with the cradle and that is received in one or another of the detents (74A; 74B; 74C) to set the axis of rotation of the roller .
Arrangement , comprising: an on-board device for a vehicle , an external activation device and an external service device , the on-board device being a tolling on-board unit, a digital tachograph or an on-board fleet management device, the on-board device comprising a first communication module configured for receiving an activation signal from the external activation device and configured for wirelessly communicating with the external activation device , a second communication module configured for communicating with the external service device and for being switched between an activated state and a deactivated state, a data transfer from the service device to the on-board device or from the on-board device to the service device only being possible when the second communication module of the on-board device being in the activated state, in the deactivated state the second communication module being not able to perform any function and even a detection of a connected external service device does not take place, and an electronic control unit configured for activating the second communication module upon receipt of the activation signal at the first communication module , the arrangement further comprising the external activation device configured for sending an activation signal to the first communication module of the on-board device , and the external service device configured for communicating with the second communication module of the on-board device . an on-board device for a vehicle , an external activation device and an external service device , the on-board device being a tolling on-board unit, a digital tachograph or an on-board fleet management device, the on-board device comprising a first communication module configured for receiving an activation signal from the external activation device and configured for wirelessly communicating with the external activation device , a second communication module configured for communicating with the external service device and for being switched between an activated state and a deactivated state, a data transfer from the service device to the on-board device or from the on-board device to the service device only being possible when the second communication module of the on-board device being in the activated state, in the deactivated state the second communication module being not able to perform any function and even a detection of a connected external service device does not take place, and an electronic control unit configured for activating the second communication module upon receipt of the activation signal at the first communication module , the arrangement further comprising the external activation device configured for sending an activation signal to the first communication module of the on-board device , and the external service device configured for communicating with the second communication module of the on-board device .
An electronic timepiece comprising: an optically transparent dial; a solar battery disposed on a rear surface side of the dial; and an antenna disposed on a rear surface side of the solar battery so as to receive a radio wave, wherein the solar battery includes one or more solar cells for generating power and a first non-power generating section which transmits the radio wave received by the antenna, wherein said one or more solar cells include a metal electrode, a semiconductor layer stacked on the dial side of the metal electrode, and a transparent electrode stacked on the dial side of the semiconductor layer, characterised in that the metal electrode and the transparent electrode are not disposed in the first non-power generating section, and the semiconductor layer is disposed in at least a portion of the first non-power generating section, and wherein the solar battery further includes a non-conductive member which adjusts light transmittance on the dial side of the semiconductor layer in the first non-power generating section. an optically transparent dial; a solar battery disposed on a rear surface side of the dial; and an antenna disposed on a rear surface side of the solar battery so as to receive a radio wave, wherein the solar battery includes one or more solar cells for generating power and a first non-power generating section which transmits the radio wave received by the antenna, wherein said one or more solar cells include a metal electrode, a semiconductor layer stacked on the dial side of the metal electrode, and a transparent electrode stacked on the dial side of the semiconductor layer, characterised in that the metal electrode and the transparent electrode are not disposed in the first non-power generating section, and the semiconductor layer is disposed in at least a portion of the first non-power generating section, and wherein the solar battery further includes a non-conductive member which adjusts light transmittance on the dial side of the semiconductor layer in the first non-power generating section.
A method in a wireless telecommunications system which defines a plurality of communications cells in which a non-unique cell identity and a unique cell identity are transmitted, the method comprising: communicating from a mobile station to a radio base station which serves a first communications cell; sending , from the radio base station to the mobile station, a request to retrieve a unique cell identity of a second communications cell among the plurality of communications cells; responsive to receiving the request in the mobile station, retrieving in the mobile station the unique cell identity of the second communications cell; and reporting , from the mobile station to the radio base station, the retrieved unique cell identity of the second communications cell to the radio base station of the first communications cell, wherein the step of sending the request is preceded by the steps of: determining , in the mobile station, the non-unique cell identity of the second communications cell; and reporting , from the mobile station to the radio base station, the non-unique cell identity of the second communications cell, wherein the step of sending the request is performed when the non-unique cell identity of the second communications cell does not provide the base station with unambiguous information relating to the identity of the second cell. communicating from a mobile station to a radio base station which serves a first communications cell; sending , from the radio base station to the mobile station, a request to retrieve a unique cell identity of a second communications cell among the plurality of communications cells; responsive to receiving the request in the mobile station, retrieving in the mobile station the unique cell identity of the second communications cell; and reporting , from the mobile station to the radio base station, the retrieved unique cell identity of the second communications cell to the radio base station of the first communications cell, wherein the step of sending the request is preceded by the steps of: determining , in the mobile station, the non-unique cell identity of the second communications cell; and reporting , from the mobile station to the radio base station, the non-unique cell identity of the second communications cell, wherein the step of sending the request is performed when the non-unique cell identity of the second communications cell does not provide the base station with unambiguous information relating to the identity of the second cell. determining , in the mobile station, the non-unique cell identity of the second communications cell; and reporting , from the mobile station to the radio base station, the non-unique cell identity of the second communications cell, wherein the step of sending the request is performed when the non-unique cell identity of the second communications cell does not provide the base station with unambiguous information relating to the identity of the second cell.