mhurhangee/patent-ind-claim-en huggingface dataset:
Sensor for controlling an automatic door, where the sensor comprises a first sensor output port , where the sensor comprises a laser scanner for detecting presence of an object with at least one laser curtain in a predefined detection area of a scanning field, where the sensor comprises a distance data acquisition unit that is embodied to acquire distances of points of reflection of of a reflected laser beam of the laser scanner by evaluation of time-of-flight, a presence detection unit , where distance data information as a result of the distance data acquisition unit is fed to the presence detection unit , where the presence detection unit evaluates if an object is detected within the predefined detection area by analysing the distance data, where a presence detection information is created and fed to the first sensor output port that is a physical output port characterized in that the sensor comprises a second output port and that the sensor further comprises an object information unit comprising a human body identification unit , where the object information unit receives the distance data from the distance data acquisition unit in parallel to the presence detection unit, where the human body identification unit uses the distance data to determine if the detected object is a human body, where the object information unit creates an object information that is fed to the second sensor output port that is a physical output port, that is dedicated to the object information. where the sensor comprises a first sensor output port , where the sensor comprises a laser scanner for detecting presence of an object with at least one laser curtain in a predefined detection area of a scanning field, where the sensor comprises a distance data acquisition unit that is embodied to acquire distances of points of reflection of of a reflected laser beam of the laser scanner by evaluation of time-of-flight, a presence detection unit , where distance data information as a result of the distance data acquisition unit is fed to the presence detection unit , where the presence detection unit evaluates if an object is detected within the predefined detection area by analysing the distance data, where a presence detection information is created and fed to the first sensor output port that is a physical output port characterized in that the sensor comprises a second output port and that the sensor further comprises an object information unit comprising a human body identification unit , where the object information unit receives the distance data from the distance data acquisition unit in parallel to the presence detection unit, where the human body identification unit uses the distance data to determine if the detected object is a human body, where the object information unit creates an object information that is fed to the second sensor output port that is a physical output port, that is dedicated to the object information.
A method at a communications device, the method comprising: receiving from another communications device a message comprising presentable data defining presentable content; determining a presence of a privacy indication token within the presentable data; and applying , based on determining the presence of the privacy indication token within the presentable data, a presentation privacy filter to presentations of the presentable content, characterized by further comprising, based on a user confirmation, restricting an ability to remove the privacy indication token from the presentable data whenever forwarding the presentable data to a further communications device, wherein restricting the ability to remove the privacy indication token from the presentable data is based upon a value of the privacy indication token. receiving from another communications device a message comprising presentable data defining presentable content; determining a presence of a privacy indication token within the presentable data; and applying , based on determining the presence of the privacy indication token within the presentable data, a presentation privacy filter to presentations of the presentable content, characterized by further comprising, based on a user confirmation, restricting an ability to remove the privacy indication token from the presentable data whenever forwarding the presentable data to a further communications device, wherein restricting the ability to remove the privacy indication token from the presentable data is based upon a value of the privacy indication token.
A device for attaching a mudguard to the body of a motor vehicle at a plurality of fastening points , the body forming a wheelhouse accommodating the mudguard and delimited by an arched body edge on which a wing of the vehicle is intended to be attached, the mudguard being generally dome-shaped comprising a lateral opening , characterized in that the fastening points of the attachment device include attachment points between the edge of the lateral opening of the mudguard and the arched body edge , and in that each of the attachment points being arranged in at least two lugs attached to one another, a first lug of which equipping the edge of the lateral opening of the mudguard and a second lug of which equipping the arched body edge .
A reactor control system for a nuclear reactor , the reactor control system comprising: one or more hollow tubes comprising a neutron absorbing material, each hollow tube having a first end and a second end ; a pump operable to control the amount of a first fluid within the hollow tube , the first fluid comprising a neutron moderator, wherein: the pump is configured to be controllable based on a level of reactivity in the nuclear reactor , and the second end of the hollow tubes is in fluid communication with a second fluid, the second fluid having a neutron moderating capacity lower than 10% of that of the first fluid; wherein the first fluid is water and the second fluid is steam ; characterised in that the pump is configured to draw the first fluid out of the first end of each hollow tube . one or more hollow tubes comprising a neutron absorbing material, each hollow tube having a first end and a second end ; a pump operable to control the amount of a first fluid within the hollow tube , the first fluid comprising a neutron moderator, the pump is configured to be controllable based on a level of reactivity in the nuclear reactor , and the second end of the hollow tubes is in fluid communication with a second fluid, the second fluid having a neutron moderating capacity lower than 10% of that of the first fluid; wherein the first fluid is water and the second fluid is steam ; characterised in that the pump is configured to draw the first fluid out of the first end of each hollow tube .
Method of welding between two metallic materials , comprising the following steps: a/ fitting a solid plate , transparent at the emission wavelength(s) of a laser beam (F), between said laser (L) and at least one contact zone between the metallic materials to be welded, step a2 being carried out before step a1 below: a1/ inerting of the contact zone(s), inerting being carried out by means of a neutral gas, preferably argon and/or nitrogen, with the inerting gas circulating in the channels delimited by the contact zones between metal plates, a2/ exerting pressure on the two metal plates so as to apply them against one another in the contact zone(s) to be welded, the application pressure being exerted by the transparent plate directly in contact with one of the two metal plates to be welded, b/ emission of the laser beam, through the transparent plate, so as to carry out welding of the materials in the contact zone(s). a/ fitting a solid plate , transparent at the emission wavelength(s) of a laser beam (F), between said laser (L) and at least one contact zone between the metallic materials to be welded, step a2 being carried out before step a1 below: a1/ inerting of the contact zone(s), inerting being carried out by means of a neutral gas, preferably argon and/or nitrogen, with the inerting gas circulating in the channels delimited by the contact zones between metal plates, a2/ exerting pressure on the two metal plates so as to apply them against one another in the contact zone(s) to be welded, the application pressure being exerted by the transparent plate directly in contact with one of the two metal plates to be welded, b/ emission of the laser beam, through the transparent plate, so as to carry out welding of the materials in the contact zone(s).
A method for preparing a psicose-containing product from a fructose-containing substrate by a reaction using an immobilized biocatalyst for producing a psicose, wherein the immobilized biocatalyst is a psicose epimerase enzyme, or a microbial cell producing a psicose epimerase which is immobilized in a bead, wherein the biocatalyst converts 20% to 29% of the fructose to psicose from the fructose-containing substrate comprising 75 to 95% by weight of fructose at a reaction temperature of 50 to 60 °C within one hour, wherein the reaction is performed at the reaction flow rate of 8.5 to 20 times the reaction flow rate at which the psicose contained in the psicose-containing product is produced at an amount of 25% by weight or higher with respect to 100% by weight solid content of the total saccharides in the psicose-containing product, wherein the total solid content of psicose and glucose is lower than 20% by weight, with respect to 100% by weight of solid content of psicose, glucose and fructose contained in the psicose-containing product, and wherein the content of psicose in the psicose-containing product is 4 % to 29 % by weight, when the total content of fructose, glucose and psicose is 100 % by weight.
A continuum robot, comprising: a plurality of curvable portions separately driven by a wire and capable of curving; and a control unit configured to obtain a modified curving angle by multiplying a curving target value of the curvable portion by an inverse matrix of a modification value obtained by a kinematic model modification unit and controlling positions of the plurality of curvable portions by a driving displacement of the wire operated in accordance with the modified curving angle, wherein the continuum robot further includes the kinematic model modification unit configured to calculate the modification value for modifying the kinematic model based on a target position and a measured position about each of the cases in which the plurality of curvable portions take a plurality of positions having at least one intersection, and wherein the kinematic model modification unit is configured to use a modification result in at least one of the plurality of positions as an initial value to modify the kinematic model in another position, and is configured to synthesize the plurality of modification values. a plurality of curvable portions separately driven by a wire and capable of curving; and a control unit configured to obtain a modified curving angle by multiplying a curving target value of the curvable portion by an inverse matrix of a modification value obtained by a kinematic model modification unit and controlling positions of the plurality of curvable portions by a driving displacement of the wire operated in accordance with the modified curving angle, wherein the continuum robot further includes the kinematic model modification unit configured to calculate the modification value for modifying the kinematic model based on a target position and a measured position about each of the cases in which the plurality of curvable portions take a plurality of positions having at least one intersection, and wherein the kinematic model modification unit is configured to use a modification result in at least one of the plurality of positions as an initial value to modify the kinematic model in another position, and is configured to synthesize the plurality of modification values.
A container system comprising a container and a selectively openable cover , the container comprising a bottom wall and one or more side walls extending away from the bottom wall, the bottom wall and the one or more side walls defining an interior volume of the container, the container further comprising a rim defining a mouth to a passageway that provides access to the interior volume, the container further comprising a tab that partially occludes the mouth or passageway, the tab comprising a free end that is biased to a resting position, the free end being deflectable into the interior volume, wherein the tab comprises a visible free end length that is up to 75% of the major dimension of the mouth such that a system is provided, whereby a consumer can still easily see into the interior volume of the container, and wherein the tab comprises a top surface facing away from the interior volume of the container, the top surface comprising communicational indicia . the bottom wall and the one or more side walls defining an interior volume of the container, the container further comprising a rim defining a mouth to a passageway that provides access to the interior volume,
A metallic-composite joint fitting , comprising: a frustoconical internal bearing having a bore ; a conical sleeve configured to be disposed about the frustoconical internal bearing; a composite structure configured to couple between the frustoconical internal bearing and the conical sleeve; a metallic end fitting configured to be disposed within the bore and couple to the frustoconical internal bearing; and an external nut configured to couple to the metallic end fitting and the conical sleeve, wherein at least one of the frustoconical internal bearing or the conical sleeve comprises a flanged portion , and characterized by a locking ring ; wherein the conical sleeve and the frustoconical internal bearing are coupled at the flanged portion via the locking ring . a frustoconical internal bearing having a bore ; a conical sleeve configured to be disposed about the frustoconical internal bearing; a composite structure configured to couple between the frustoconical internal bearing and the conical sleeve; a metallic end fitting configured to be disposed within the bore and couple to the frustoconical internal bearing; and an external nut configured to couple to the metallic end fitting and the conical sleeve, wherein at least one of the frustoconical internal bearing or the conical sleeve comprises a flanged portion , and characterized by a locking ring ; wherein the conical sleeve and the frustoconical internal bearing are coupled at the flanged portion via the locking ring .
A carpet backing layer composition comprising: - between at least 10% by weight and 50% by weight or less, preferably 40% by weight or less, more preferably 30% by weight or less, most preferably 20% by weight or less of a semi-crystalline polyolefin or of a blend of two or more semi-crystalline polyolefin(s) said polyolefin or blend of polyolefins being characterized in that the weight percentage of (co)polymerized C2 olefin is less than 50 and that the weight percentage of (co)polymerized C3 - C8 alfa olefins is 50 or more and - between up to 90% by weight and 50% by weight or more, preferably 60% by weight or more, more preferably 70% by weight or more, most preferably 80% by weight or more of one or more inorganic filler(s) characterized by a volume median particle diameter (D50) comprised between up to 1000 μm and at least 10 μm, preferably more than 20 μm, more preferably more than 50 μm and most preferably more than 100 μm, or even more than 200 μm as obtained from laser light scattering measurements according to ISO 13320; the backing layer composition having a heat of fusion within the temperature range of from 10 to 40°C (ΔH 10→40°C ) is less than 12.5%, preferably less than 10%, more preferably less than 5% of the heat of fusion of the the backing layer composition within the temperature range of from 10 to 170°C (ΔH 10→170°C ), the heat of fusion being measured by Differential Scanning Calorimetry. - between at least 10% by weight and 50% by weight or less, preferably 40% by weight or less, more preferably 30% by weight or less, most preferably 20% by weight or less of a semi-crystalline polyolefin or of a blend of two or more semi-crystalline polyolefin(s) said polyolefin or blend of polyolefins being characterized in that the weight percentage of (co)polymerized C2 olefin is less than 50 and that the weight percentage of (co)polymerized C3 - C8 alfa olefins is 50 or more and - between up to 90% by weight and 50% by weight or more, preferably 60% by weight or more, more preferably 70% by weight or more, most preferably 80% by weight or more of one or more inorganic filler(s) characterized by a volume median particle diameter (D50) comprised between up to 1000 μm and at least 10 μm, preferably more than 20 μm, more preferably more than 50 μm and most preferably more than 100 μm, or even more than 200 μm as obtained from laser light scattering measurements according to ISO 13320;
A filter system for preparing beverages by means of a beverage substrate such as coffee powder, soup powder or tea, comprising a container and a filter or sieve provided for use in the container , by means of which the beverage substrate is passed into the heated liquid of a first liquid receiving space provided in the container , in which the filtered beverage substrate unfolds and releases its ingredients into the liquid , the filter system comprising means for forming a second liquid-receiving space , the filter comprises at least one flow-through opening for the liquid enriched with ingredients, wherein the flow-through opening is closable and the filter is a filter/screen container insertable into the container for receiving the beverage substrate , characterised in that the device is designed as a plate-shaped or disc-shaped shutoff element with at least one retaining element projecting upwards beyond the container edge of the container after insertion into the container , wherein the shutoff member can be introduced into the container and closes off positively and tightly against the inner wall of the filter/screen container, and a closure means is provided on the filter/screen container which closes off the at least one flow-through opening positively and/or non-positively by introducing the shutoff member into the container , so that the beverage substrate cannot unfold further in the second liquid space formed by the device .
A setting device comprising: transmission means for transmitting a signal to a second information processing device in a process of measuring a communication bandwidth of a communication network ; characterized in that : the transmission means is configured to transmit, depending on a first timing at which a first information processing device transmits a first signal for measuring the communication bandwidth of the communication network to the second information processing device , a setting signal for setting communication means of the second information processing device into a communication-enabled state to the second information processing device . transmission means for transmitting a signal to a second information processing device in a process of measuring a communication bandwidth of a communication network ; characterized in that : the transmission means is configured to transmit, depending on a first timing at which a first information processing device transmits a first signal for measuring the communication bandwidth of the communication network to the second information processing device , a setting signal for setting communication means of the second information processing device into a communication-enabled state to the second information processing device .
An assembly for a gas turbine engine , the assembly comprising: a shaft rotatable about an axis (A); a bearing disposed about the shaft and within a bearing compartment ; a seal assembly positioned to seal the bearing compartment , the seal assembly comprising a fixed seal , and a seal runner rotatable with the shaft and having a first axial face and a second axial face axially opposite the first axial face with respect to the axis (A), wherein the first axial face includes a first surface rotatable against the seal , and the second axial face includes a trough portion , a second surface angled relative to a radial baseline plane defined perpendicular to the axis (A), and a dam between the trough portion and the second surface ; and an oil source positioned to provide oil into the trough portion , characterized in that : the dam is formed by a convex surface including a radially innermost point that is radially inward of a radially outer surface of the trough portion . a shaft rotatable about an axis (A); a bearing disposed about the shaft and within a bearing compartment ; a seal assembly positioned to seal the bearing compartment , the seal assembly comprising a fixed seal , and a seal runner rotatable with the shaft and having a first axial face and a second axial face axially opposite the first axial face with respect to the axis (A), wherein the first axial face includes a first surface rotatable against the seal , and the second axial face includes a trough portion , a second surface angled relative to a radial baseline plane defined perpendicular to the axis (A), and a dam between the trough portion and the second surface ; and an oil source positioned to provide oil into the trough portion , characterized in that : the dam is formed by a convex surface including a radially innermost point that is radially inward of a radially outer surface of the trough portion .
A device comprising: a traffic demand matrix prediction unit configured to predict a plurality of traffic demands that can occur between nodes in a target network; a computation traffic generation unit configured to create a traffic demand matrix whose elements are individually obtained by demands between nodes present in a target network area from a plurality of traffic demand matrices created according to an assumption scenario or model and based on the predicted plurality of traffic demands between the nodes, wherein the elements of the generated traffic demand matrix are maximum demands occurring at each node or average demands occurring at each node; and a network topology generation unit configured to generate a network topology based on the traffic demand matrix generated by the computation traffic generation unit and port information of the nodes in the target network area. a traffic demand matrix prediction unit configured to predict a plurality of traffic demands that can occur between nodes in a target network; a computation traffic generation unit configured to create a traffic demand matrix whose elements are individually obtained by demands between nodes present in a target network area from a plurality of traffic demand matrices created according to an assumption scenario or model and based on the predicted plurality of traffic demands between the nodes, wherein the elements of the generated traffic demand matrix are maximum demands occurring at each node or average demands occurring at each node; and a network topology generation unit configured to generate a network topology based on the traffic demand matrix generated by the computation traffic generation unit and port information of the nodes in the target network area.