mhurhangee/patent-ind-claim-en huggingface dataset:
A rotor for a gas turbine engine , the rotor adapted to be received within a casing having a radially inner surface and configured for rotation about a rotational axis , the rotor comprising a hub and blades circumferentially distributed around the hub , the blades extending radially along spans from the hub to tips thereof and including at least first blades and second blades , the blades having airfoils with leading edges and trailing edges , the tips of the blades extending axially relative to the rotational axis of the rotor from tip leading edges to tip trailing edges , and the tips of each of the blades having at least first and second tip portions extending axially between the tip leading edges and the tip trailing edges , characterised in that : a mean span of a first tip portion of the first blades is less than a mean span of a corresponding first tip portion of the second blades , and a mean span of a second tip portion of the first blades is greater than a mean span of a corresponding second tip portion of the second blades .
A fake-finger determination device, comprising: an imaging unit that images a reflected light image and a transmitted light image of an authentication object serving as a fingerprint authentication object; a classifying unit that classifies each of the reflected light image and the transmitted light image into a foreground portion having a feature of a skin image and a background portion having no feature of a skin image, using a hue value or a brightness value of a pixel included in each of the images; characterized by a detecting unit that compares the foreground portion of one image of the reflected light image and the transmitted light image with the background portion of the other image to detect an overlapping portion; and a determining unit that determines that a foreign substance is present in the periphery of a finger when the number of pixels included in the overlapping portion is a predetermined upper limit of the number of pixels or more, and that determines that a foreign substance is not present in the periphery of a finger when the number of pixels included in the overlapping portion is not the predetermined upper limit of the number of pixels or more. an imaging unit that images a reflected light image and a transmitted light image of an authentication object serving as a fingerprint authentication object; a classifying unit that classifies each of the reflected light image and the transmitted light image into a foreground portion having a feature of a skin image and a background portion having no feature of a skin image, using a hue value or a brightness value of a pixel included in each of the images; characterized by a detecting unit that compares the foreground portion of one image of the reflected light image and the transmitted light image with the background portion of the other image to detect an overlapping portion; and a determining unit that determines that a foreign substance is present in the periphery of a finger when the number of pixels included in the overlapping portion is a predetermined upper limit of the number of pixels or more, and that determines that a foreign substance is not present in the periphery of a finger when the number of pixels included in the overlapping portion is not the predetermined upper limit of the number of pixels or more.
A dental ceramic article comprising ceramic components, the ceramic components comprising ZrO2 and Al2O3 and colouring components, the dental ceramic article being characterized by the following features: • ZrO2 + HfO2: from 80 wt.-% to 98 wt.-%, • Al2O3: from 0.0001 to 0.15 wt.-%, • Er2O3: from 0.010 wt.-% to 1.5 wt.-%, • Pr6011: from 0 wt.-% to 0.1 wt.-%, • MnO2: from 0.001 wt.-% to 0.01 wt.-%, • Fe2O3: 0 wt.-% to 0.1 wt.-%, wt.-% with respect to the weight of the ceramic article. • ZrO2 + HfO2: from 80 wt.-% to 98 wt.-%, • Al2O3: from 0.0001 to 0.15 wt.-%, • Er2O3: from 0.010 wt.-% to 1.5 wt.-%, • Pr6011: from 0 wt.-% to 0.1 wt.-%, • MnO2: from 0.001 wt.-% to 0.01 wt.-%, • Fe2O3: 0 wt.-% to 0.1 wt.-%,
An air vent baffle device configured to enable continuous free flow of air therethrough, the device comprising: a base part having a first wall projecting therefrom and an opening , the opening being radially inward of the first wall; and a vent cover part attachable to the base part, the vent cover part having a second wall projecting therefrom, wherein each of the base part and the vent cover part are configured such that, when attached to one another: (a) the vent cover part defines an air inlet/outlet about at least a portion of the periphery of the vent cover part; (b) the first wall projects toward the vent cover part and the second wall projects toward the base part with a space provided between the first and second walls; and (c) the first wall is radially outward of the second wall and radially inward of the air inlet/outlet, each of the first wall and the second wall serving as a baffle to deflect airflowing through the device between the opening and the air inlet/outlet when the base part and the vent cover part are attached to one another. a base part having a first wall projecting therefrom and an opening , the opening being radially inward of the first wall; and a vent cover part attachable to the base part, the vent cover part having a second wall projecting therefrom, wherein each of the base part and the vent cover part are configured such that, when attached to one another: (a) the vent cover part defines an air inlet/outlet about at least a portion of the periphery of the vent cover part; (b) the first wall projects toward the vent cover part and the second wall projects toward the base part with a space provided between the first and second walls; and (c) the first wall is radially outward of the second wall and radially inward of the air inlet/outlet, each of the first wall and the second wall serving as a baffle to deflect airflowing through the device between the opening and the air inlet/outlet when the base part and the vent cover part are attached to one another.
A bone anchoring device for anchoring and fixing vertebrae , in particular for insertion into a pedicle canal , with a fork head having a U-shaped cutout in a side view for a correction element, in particular a connecting rod with two legs which terminate proximally and form a threaded section which engages with an adjusting means , wherein the legs have a radially outer circumferential area in which at least one retaining groove or other instrument attachment point is formed for gripping the fork head by means of a handling instrument, and a bone anchoring element , with a proximal end facing away therefrom in the axial direction , such that a distal direction and a proximal direction are also defined, wherein the bone anchoring element has a spherical head at the proximal end area and the bone anchoring element can be pivoted polyaxially with respect to the fork head , and the bone anchoring element is mounted with the fork head coming from the distal end, characterized in that the bone anchoring element has a mainly cylindrical core , and the mainly cylindrical core at the proximal area enlarges at least in sections from distal to proximal and in that two wings extend laterally and the wings have a distal wing orientation and a proximal wing orientation different therefrom, and in that the wings form helically between these wing orientations , and in that the bone anchoring element is not formed for screwing in, but for hammering into the bone and in that , the bone anchoring element is configured in such a way that after implantation into a vertebra, the outer surfaces of the wings at the proximal area point in the direction of the cranial and caudal areas of the pedicle canal and distally , the projected area that is formed by the core and the lateral wing surfaces , is aligned in the cranial / caudal direction in the cancellous bone of the vertebra .
A lithium ion secondary battery comprising a positive electrode, a negative electrode, and an electrolyte solution, wherein the negative electrode comprises (a) a carbon material that can absorb and desorb lithium ions, comprising graphite as an active material, at least one selected from the group consisting of (b) lithium metal and metals that can be alloyed with lithium and (c) metal oxides that can absorb and desorb lithium ions as an active material, wherein the total content of the metal (b) and the metal oxide (c) is 0.5 % by mass or more and 30 % by mass or less in the negative electrode active material, and a polyacrylic acid, and the electrolyte solution comprises at least one disulfonic acid ester, wherein the polyacrylic acid comprises at least one selected from the group consisting of (meth)acrylic acid monomer units denoted by the following formula and monovalent metal salt structures thereof, wherein R 1 is a hydrogen atom or a methyl group, and a total ratio of the (meth)acrylic acid monomer units denoted by the formula and the monovalent metal salt structures thereof is 50 % by mole or more of all of monomer units of the polyacrylic acid. the negative electrode comprises (a) a carbon material that can absorb and desorb lithium ions, comprising graphite as an active material, at least one selected from the group consisting of (b) lithium metal and metals that can be alloyed with lithium and (c) metal oxides that can absorb and desorb lithium ions as an active material, wherein the total content of the metal (b) and the metal oxide (c) is 0.5 % by mass or more and 30 % by mass or less in the negative electrode active material, and a polyacrylic acid, and (a) a carbon material that can absorb and desorb lithium ions, comprising graphite as an active material, at least one selected from the group consisting of (b) lithium metal and metals that can be alloyed with lithium and (c) metal oxides that can absorb and desorb lithium ions as an active material, wherein the total content of the metal (b) and the metal oxide (c) is 0.5 % by mass or more and 30 % by mass or less in the negative electrode active material, and a polyacrylic acid, and at least one selected from the group consisting of (b) lithium metal and metals that can be alloyed with lithium and (c) metal oxides that can absorb and desorb lithium ions as an active material, wherein the total content of the metal (b) and the metal oxide (c) is 0.5 % by mass or more and 30 % by mass or less in the negative electrode active material, and a polyacrylic acid, and the electrolyte solution comprises at least one disulfonic acid ester, wherein the polyacrylic acid comprises at least one selected from the group consisting of (meth)acrylic acid monomer units denoted by the following formula and monovalent metal salt structures thereof, wherein R 1 is a hydrogen atom or a methyl group, and a total ratio of the (meth)acrylic acid monomer units denoted by the formula and the monovalent metal salt structures thereof is 50 % by mole or more of all of monomer units of the polyacrylic acid.
A method for controlling of a Downlink Data Notification, DDN, message comprising: setting a DDN flag value to a predetermined value when uplink data are received from an eNodeB, eNB, while a user equipment, UE, is in an inactive state; resetting a Notify Flag in order to indicate that a Fast Path, FP, board does not transmit the DDN message to a Control Plane, CP, board and activating a flag timer having a predetermined time; checking whether the DDN flag is set to the predetermined value if the FP board receives the DDN message; if the DDN flag is set to the predetermined value, buffering the received DDN message and downlink data; if the FP board receives a Modify Bearer Response message from a PDN Gateway, P-GW, resetting the DDN flag and stopping operation of the flag timer; and if the FP board receives the Modify Bearer Response message from the P-GW, removing the buffered DDN message and transmitting the downlink data to the eNB via an activated bearer. setting a DDN flag value to a predetermined value when uplink data are received from an eNodeB, eNB, while a user equipment, UE, is in an inactive state; resetting a Notify Flag in order to indicate that a Fast Path, FP, board does not transmit the DDN message to a Control Plane, CP, board and activating a flag timer having a predetermined time; checking whether the DDN flag is set to the predetermined value if the FP board receives the DDN message; if the DDN flag is set to the predetermined value, buffering the received DDN message and downlink data; if the FP board receives a Modify Bearer Response message from a PDN Gateway, P-GW, resetting the DDN flag and stopping operation of the flag timer; and if the FP board receives the Modify Bearer Response message from the P-GW, removing the buffered DDN message and transmitting the downlink data to the eNB via an activated bearer.
A semiconductor device comprising: - a passive magnetoelectric transducer structure (ME1) adapted for generating a charge via mechanical stress caused by a magnetic field, - a semiconductor switch (SW1) electrically connected to said passive magnetoelectric transducer structure (ME1), the switch (SW1) having a first terminal and a second terminal and a control terminal , the switch being adapted for selectively electrically connecting and disconnecting its first and second terminal depending on a signal presented at the control terminal and - a semiconductor substrate , wherein said switch (SW1) is embedded in the semiconductor substrate , characterized in that said semiconductor substrate comprises an elastomer layer , wherein the passive magnetoelectric transducer structure (ME1) is mounted to the elastomer layer , and wherein the passive magnetoelectric transducer structure (ME1) has a first terminal electrically connected to the control terminal of the switch (SW1). - a passive magnetoelectric transducer structure (ME1) adapted for generating a charge via mechanical stress caused by a magnetic field, - a semiconductor switch (SW1) electrically connected to said passive magnetoelectric transducer structure (ME1), the switch (SW1) having a first terminal and a second terminal and a control terminal , the switch being adapted for selectively electrically connecting and disconnecting its first and second terminal depending on a signal presented at the control terminal and - a semiconductor substrate ,
Method of selective extraction of a metal of the family of platinoids, such as platinum, palladium, rhodium, and ruthenium; gold; silver; and their alloys and mixtures, from a ceramic support containing said metal, comprising the following successive steps: a) said ceramic support containing said metal is brought into contact, in an extraction chamber, with an extraction medium consisting of a pressurized dense fluid and an organic ligand that is selective for the metal and that is capable of forming a complex with said metal in the 0 state; whereby the complex with said metal in the 0 state is formed, and are obtained, on the one hand, a ceramic support depleted in said metal, or even free of said metal, and, on the other hand, a medium consisting of the pressurized dense fluid containing the complex of the organic ligand with the metal in the 0 state; b) said pressurized dense fluid containing the complex of the organic ligand with the metal in the 0 state is brought back to atmospheric pressure and to ambient temperature, whereby the complex of the organic ligand with the metal in the 0 state separates from the fluid; c) the ceramic support depleted in said metal, or even free of said metal, and the complex of the organic ligand with the metal in the 0 state, are recovered; characterized in that the organic ligand that is selective for the metal is selected from thiols of formula RSH, in which R represents a linear or branched alkyl group of 1 to 20 C, preferably of 1 to 12 C, still preferably of 1 to 10 C, for example the organic ligand that is selective for the metal is dodecanethiol. a) said ceramic support containing said metal is brought into contact, in an extraction chamber, with an extraction medium consisting of a pressurized dense fluid and an organic ligand that is selective for the metal and that is capable of forming a complex with said metal in the 0 state; whereby the complex with said metal in the 0 state is formed, and are obtained, on the one hand, a ceramic support depleted in said metal, or even free of said metal, and, on the other hand, a medium consisting of the pressurized dense fluid containing the complex of the organic ligand with the metal in the 0 state; b) said pressurized dense fluid containing the complex of the organic ligand with the metal in the 0 state is brought back to atmospheric pressure and to ambient temperature, whereby the complex of the organic ligand with the metal in the 0 state separates from the fluid; c) the ceramic support depleted in said metal, or even free of said metal, and the complex of the organic ligand with the metal in the 0 state, are recovered;
Harvesting header comprising a load-bearing frame which is movable in a forward direction over a field, one or more harvesting units attached to the frame for harvesting stalk-like plants and at least one mulching device which is attached to the frame for comminuting and/or shredding the plant stubble remaining on the field after the harvesting and which is movable relative to the frame by means of an actuator between a lowered operating position and a raised non-operating position , characterized in that a protection element is attached to the rear of the mulching device , said protection element extending at least over the width of the mulching device , being rigidly connected to the frame and in the vertical direction being arranged lower than the mulching device which is in the raised non-operating position .
Touch-sensitive display with an operating aid , comprising a base element which has an adhesive layer provided on a display-side surface for removably attaching to the display , and on which at least one activation region is provided, which can be detected in a tactile manner on a user-side outer face facing away from the display-side surface , and by means of which action can be carried out on a signal zone which can be positioned on the display-side surface , in order to generate a control signal that can be detected on the display , wherein a detectable pressure actuation zone is provided on the activation region , which is formed by an edge of a material cut-out opening , and which can be brought into a passive position, in which no control signals can be generated at the signal zone, characterised in that the signal zone is formed by an electric field which can be generated by the display as a capacitative display, which extends from the display-side surface into the operating aid, and the activation region exhibits at the pressure actuation zone between the display-side surface and the user-side outer face an elastic material structure , which is formed at least by the adhesive layer in the form of an elastic and residue-free detachable polymer layer and an elastic carrier layer , formed from a plastic, of the base element and in a passive position exhibits a first material thickness (M1) of at least 0.8 mm, which exceeds the signal zone , and the pressure actuation zone can be moved by pressure imposition of a finger from the passive position, in which it is arranged at a distance from the signal zone , into an active position in which the activation region exhibits a lesser second material thickness (M2), which lies completely inside a vertical extension of the signal zone , and in this way the finger in contact at the pressure actuation zone is therefore at least partially arranged inside the signal zone , such that the control signal is generated.
A peritoneal dialysis (PD) system comprising: a cassette comprising a heated region and a sensor region, the sensor region measuring pressure measurements; a volumetric pump supplying a fluid from at least one bag to the cassette or extracting the fluid from the cassette; a patient connection in fluid communication with the cassette by way of a valve manifold; a microprocessor communicating with the sensor region and controlling the heated region, the valve manifold, and the volumetric pump; a computer-readable memory, the microprocessor reading and executing instructions from the computer-readable memory to configure the microprocessor to: activate the volumetric pump to deliver discrete increments of the fluid to the cassette; receive the pressure measurements from the sensor region; filter rapid fluctuations in the pressure measurements to determine an accumulated pressure in the patient cavity; and correlate the accumulated pressure to a volume of the fluid in the patient cavity a cassette comprising a heated region and a sensor region, the sensor region measuring pressure measurements; a volumetric pump supplying a fluid from at least one bag to the cassette or extracting the fluid from the cassette; a patient connection in fluid communication with the cassette by way of a valve manifold; a microprocessor communicating with the sensor region and controlling the heated region, the valve manifold, and the volumetric pump; a computer-readable memory, the microprocessor reading and executing instructions from the computer-readable memory to configure the microprocessor to: activate the volumetric pump to deliver discrete increments of the fluid to the cassette; receive the pressure measurements from the sensor region; filter rapid fluctuations in the pressure measurements to determine an accumulated pressure in the patient cavity; and correlate the accumulated pressure to a volume of the fluid in the patient cavity activate the volumetric pump to deliver discrete increments of the fluid to the cassette; receive the pressure measurements from the sensor region; filter rapid fluctuations in the pressure measurements to determine an accumulated pressure in the patient cavity; and correlate the accumulated pressure to a volume of the fluid in the patient cavity
A thermal insulation material produced by hot-pressing a plurality of prepregs in a state in which the plurality of prepregs are stacked, each of the plurality of prepregs being obtained by impregnating heat-resistant paper with a thermosetting resin , the thermal insulation material comprising 32 to 64 mass% of a fibrous material and 36 to 68 mass% of the thermosetting resin , wherein the heat-resistant paper is paper made of glass fibers, and wherein the thermosetting resin is a thermosetting phenolic resin.