mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for drying a travelling wet fibrous web, the apparatus comprising: - a rotatable air-permeable drum; - a hood at least partially surrounding the drum for receiving a flow of air and directing the flow towards an outer surface of the drum, at least a portion of the hood being divided into a plurality of individual sections (54, 154) in a cross-machine direction of the hood; - means (18, 20, 44, 50) for supplying a flow of drying air having a first temperature to the hood; and - means (84, 60, 58, 64, 176, 182) for supplying a flow of air having a temperature different from the first temperature to at least one of the individual sections (54, 154); characterized in that the means (84, 60, 58, 64, 176, 182) for supplying the flow of air having a temperature different from the first temperature includes: - a heater located outside the hood; - a tempering air duct that connects the heater to the hood and is configured to supply a flow of tempering air to the hood, the tempering air having a second temperature that is different from the first temperature; and - an air mixing arrangement (58, 64, 176, 182) configured to selectively mix the drying air and the tempering air to produce the flow of air having the temperature different from the first temperature and supply the produced flow of air to the at least one of the individual sections, wherein the air mixing arrangement (58, 64, 176, 182) comprises a plurality of movable plates or a valving arrangement; wherein the plurality of individual sections are separated by a plurality of divider plates from each other. - a rotatable air-permeable drum; - a hood at least partially surrounding the drum for receiving a flow of air and directing the flow towards an outer surface of the drum, at least a portion of the hood being divided into a plurality of individual sections (54, 154) in a cross-machine direction of the hood; - means (18, 20, 44, 50) for supplying a flow of drying air having a first temperature to the hood; and - means (84, 60, 58, 64, 176, 182) for supplying a flow of air having a temperature different from the first temperature to at least one of the individual sections (54, 154); characterized in that - a heater located outside the hood; - a tempering air duct that connects the heater to the hood and is configured to supply a flow of tempering air to the hood, the tempering air having a second temperature that is different from the first temperature; and - an air mixing arrangement (58, 64, 176, 182) configured to selectively mix the drying air and the tempering air to produce the flow of air having the temperature different from the first temperature and supply the produced flow of air to the at least one of the individual sections, wherein the air mixing arrangement (58, 64, 176, 182) comprises a plurality of movable plates or a valving arrangement;
An upper for an article of footwear, the upper comprising: a first upper panel; a second upper panel; and an extruded component disposed along a border between the first upper panel and the second upper panel, wherein the extruded component joins the first upper panel to the second upper panel; and wherein the extruded component forms a portion of a closure system for the article of footwear. a first upper panel; a second upper panel; and an extruded component disposed along a border between the first upper panel and the second upper panel, wherein the extruded component joins the first upper panel to the second upper panel; and wherein the extruded component forms a portion of a closure system for the article of footwear.
A method comprising evaluating sensor information to identify an item being purchased by a shopper checking out at a store, using: first information comprising imagery depicting the item collected at a checkout portion of a store by a camera system, in conjunction with second information previously collected in a shopping portion of the store, while the shopper was in said shopping portion of the store, away from the checkout portion of the store, characterised in that the second information comprises: data collected by a first sensor about locations in the store visited by the shopper; and/or data collected by a second sensor used to monitor removal of an item from a store shelf with associated time data indicating a time that the second information was sensed; calculating a numeric confidence score that indicates certainty of an identification hypothesis about the item, based on the first and second information, wherein when the second information comprises data from the second sensor used to monitor removal of an item from a store shelf with associated time data indicating a time that the second information was sensed, a weight given to the second information in evaluating an identification hypothesis is dependent, at least in part, on the time data; and comparing the score against a threshold and outputting the identification when the threshold is exceeded. first information comprising imagery depicting the item collected at a checkout portion of a store by a camera system, in conjunction with second information previously collected in a shopping portion of the store, while the shopper was in said shopping portion of the store, away from the checkout portion of the store, characterised in that the second information comprises: data collected by a first sensor about locations in the store visited by the shopper; and/or data collected by a second sensor used to monitor removal of an item from a store shelf with associated time data indicating a time that the second information was sensed; data collected by a first sensor about locations in the store visited by the shopper; and/or data collected by a second sensor used to monitor removal of an item from a store shelf with associated time data indicating a time that the second information was sensed; calculating a numeric confidence score that indicates certainty of an identification hypothesis about the item, based on the first and second information, wherein when the second information comprises data from the second sensor used to monitor removal of an item from a store shelf with associated time data indicating a time that the second information was sensed, a weight given to the second information in evaluating an identification hypothesis is dependent, at least in part, on the time data; and comparing the score against a threshold and outputting the identification when the threshold is exceeded.
A vehicle control system for a vehicle comprising at least one axle, an internal combustion engine operatively coupled to the at least one axle and including a cylinder comprising an inlet valve, an exhaust valve, an inlet valve actuator and an exhaust actuator, an electric motor operatively coupled to the engine, and an energy storage system operatively coupled to the electric motor, the control system including one or more non-transitory computer-readable media storing instructions and at least one processor, said control system being configured to: engage the electric motor coupled to the internal combustion engine of the vehicle to generate electric charge that is provided to the energy storage system; while engaging the electric motor to generate electric charge, deactivate the cylinder of the internal combustion engine by maintaining the inlet valve of the cylinder in a closed position and maintain the exhaust valve of the cylinder in a closed position; and receive, after deactivating the cylinder, an indication that a speed of the vehicle is to be reduced; characterized in that, based on receiving the indication that the speed of the vehicle is to be reduced, the system is further configured to cause the inlet valve to move to an open position and to maintain its open position; and to cause the exhaust valve to move to an open position and to maintain its open position. engage the electric motor coupled to the internal combustion engine of the vehicle to generate electric charge that is provided to the energy storage system; while engaging the electric motor to generate electric charge, deactivate the cylinder of the internal combustion engine by maintaining the inlet valve of the cylinder in a closed position and maintain the exhaust valve of the cylinder in a closed position; and receive, after deactivating the cylinder, an indication that a speed of the vehicle is to be reduced; characterized in that, based on receiving the indication that the speed of the vehicle is to be reduced, the system is further configured to cause the inlet valve to move to an open position and to maintain its open position; and to cause the exhaust valve to move to an open position and to maintain its open position. the inlet valve to move to an open position and to maintain its open position; and to cause the exhaust valve to move to an open position and to maintain its open position.
A method for producing a connection assembly for a vehicle window, in particular for a windscreen, comprising the following steps: - providing at least a first and a second glass pane (22, 24), and - providing an intermediate layer, and - providing a connecting element for connecting the vehicle window to a mounting part, wherein the connecting element comprises a first connecting section, which can be fixed to the vehicle window, and a second connecting section, which has or forms a joining receptacle for a joining element of the mounting part for the releasable attachment of the mounting part, and - positioning the intermediate layer between the glass panes (22, 24) in such a way that in an edge region of the vehicle window to be produced, which is made of a laminated glass, comprising the first glass pane and the second glass pane and the intermediate layer arranged between the glass panes (22, 24), the intermediate layer is set back so far that the edge region has a gap between the glass panes (22, 24), and - positioning the first connecting section in such a way that it is arranged within the gap of the vehicle window to be produced, and - connecting the glass panes (22, 24), the intermediate layer and the first connecting section so that the first connecting section is fixed between the glass panes (22, 24), wherein the connection assembly is made simultaneously while joining the first glass pane, the intermediate layer and the second glass pane by positioning the first connecting section and the intermediate layer on the glass panes (22, 24) or on a glass pane (22, 24) and then producing the vehicle window in an autoclave. - providing at least a first and a second glass pane (22, 24), and - providing an intermediate layer, and - providing a connecting element for connecting the vehicle window to a mounting part, wherein the connecting element comprises a first connecting section, which can be fixed to the vehicle window, and a second connecting section, which has or forms a joining receptacle for a joining element of the mounting part for the releasable attachment of the mounting part, and - positioning the intermediate layer between the glass panes (22, 24) in such a way that in an edge region of the vehicle window to be produced, which is made of a laminated glass, comprising the first glass pane and the second glass pane and the intermediate layer arranged between the glass panes (22, 24), the intermediate layer is set back so far that the edge region has a gap between the glass panes (22, 24), and - positioning the first connecting section in such a way that it is arranged within the gap of the vehicle window to be produced, and - connecting the glass panes (22, 24), the intermediate layer and the first connecting section so that the first connecting section is fixed between the glass panes (22, 24), wherein
Device for automatically placing reinforcing fibre tapes (12, 32) on an underlying surface by means of a placement head, comprising: at least one roller, which is assigned to the placement head and in which at least one radiation source and/or at least one sensor is integrated for detecting placement errors and which is transmissive at least in some regions to a radiation emitted by the radiation source; at least one further roller, which is positioned downstream or upstream of the roller with the integrated radiation source and/or with the integrated sensor. at least one roller, which is assigned to the placement head and in which at least one radiation source and/or at least one sensor is integrated for detecting placement errors and which is transmissive at least in some regions to a radiation emitted by the radiation source; at least one further roller, which is positioned downstream or upstream of the roller with the integrated radiation source and/or with the integrated sensor.
Control method for a dust extraction module for a handheld chiselling power tool into which a chiselling tool has been inserted, comprising the steps of: drawing in an air flow from a location, machined by the tool, of a substrate by means of a fan of the dust extraction module, characterized by determining a material at the location, machined by the tool, using a material detector, and adapting a suction power of the dust extraction module depending on the determined material in order to set the air flow, wherein the air flow is greater than or equal to a nominal value (Qo) in the case of an iron-free, mineral material and wherein the air flow is less than the nominal value (Qo) in the case of an iron-containing material. drawing in an air flow from a location, machined by the tool, of a substrate by means of a fan of the dust extraction module, characterized by determining a material at the location, machined by the tool, using a material detector, and adapting a suction power of the dust extraction module depending on the determined material in order to set the air flow, wherein the air flow is greater than or equal to a nominal value (Qo) in the case of an iron-free, mineral material and wherein the air flow is less than the nominal value (Qo) in the case of an iron-containing material.
A small size, low-power device comprising a patch antenna adapted for transmitting or receiving electromagnetic radiation in a predefined frequency range, comprising a first patch including an electrically conductive material and having an upper and lower face, the first patch being supported on its lower face by an intermediate material, and the intermediate material comprising first and second different materials, at least one being a material having a negative magnetic permeability μ and/or a negative electrical permittivity ε, at least over a part of the predefined frequency range, and the first material constitutes a cylinder with a first radius r1, the second material surrounding the first material constitute a cylinder ring with an inner radius r1 and an outer radius r2, wherein the patch antenna is adapted to have two resonances, a first resonance (F 1) being governed by the form and size of the patch(es), the second resonance (F 0) being dependent on geometrical relations between the first and second different materials, wherein the small size, low-power device is a hearing instrument adapted for being located at the ear or fully or partially in the ear canal of a user, and has a maximum physical dimension more than 3 times smaller than the operating wavelength of a wireless interface of the patch antenna, and wherein the patch antenna comprises a second patch including an electrically conductive material having an upper and lower face, wherein the patch antenna comprises opposed, mirrored patches, fed by a balanced signal (11,11'), the second patch being supported on its upper face by the intermediate material providing a virtual ground plane between the first patch and second patch.
Car body arrangement for a vehicle, in particular a rail vehicle, comprising: a car body roof having an inner side and an outer side, the car body roof separating an interior space of the vehicle from an exterior surrounding of the vehicle; characterized in that the car body arrangement further comprises: a main air duct arranged at the outer side of the car body roof; at least two secondary air ducts, which are spaced apart from each other and form structural integral parts of the car body roof, wherein a part of the car body roof extends between and connects the two secondary air ducts, wherein each of the two secondary air ducts provides an air channel between the main air duct and the interior space of the vehicle. a car body roof having an inner side and an outer side, the car body roof separating an interior space of the vehicle from an exterior surrounding of the vehicle; characterized in that the car body arrangement further comprises: a main air duct arranged at the outer side of the car body roof; at least two secondary air ducts, which are spaced apart from each other and form structural integral parts of the car body roof, wherein a part of the car body roof extends between and connects the two secondary air ducts, wherein each of the two secondary air ducts provides an air channel between the main air duct and the interior space of the vehicle. a main air duct arranged at the outer side of the car body roof; at least two secondary air ducts, which are spaced apart from each other and form structural integral parts of the car body roof, wherein a part of the car body roof extends between and connects the two secondary air ducts, wherein each of the two secondary air ducts provides an air channel between the main air duct and the interior space of the vehicle.
A fluid control device comprising: a valve body defining an inlet, an outlet, and a flow path connecting the inlet and the outlet; a valve seat; a control element movable relative to the valve body between a closed position, in which the control element engages the valve seat, and an open position, in which the control element is spaced away from the valve seat; an actuator assembly responsive to a sense pressure to control fluid flow through the fluid control device, the actuator assembly including a cavity defining a sensing chamber, and a stem operatively coupled to the control element and extending through the sensing chamber; a balance assembly operatively coupled to the control element in a first mode of operation and decoupled from the control element in a second mode of operation; wherein the balance assembly is configured to apply a force to the control element in the first mode of operation to urge the control element toward the valve seat, wherein the balance assembly comprises a floating stem disposed between the sensing chamber of the actuator assembly and the outlet of the valve body, and wherein the floating stem is in contact with the stem of the actuator assembly in the first mode of operation and is spaced away from the stem of the actuator assembly in the second mode of operation. a valve body defining an inlet, an outlet, and a flow path connecting the inlet and the outlet; a valve seat; a control element movable relative to the valve body between a closed position, in which the control element engages the valve seat, and an open position, in which the control element is spaced away from the valve seat; an actuator assembly responsive to a sense pressure to control fluid flow through the fluid control device, the actuator assembly including a cavity defining a sensing chamber, and a stem operatively coupled to the control element and extending through the sensing chamber; a balance assembly operatively coupled to the control element in a first mode of operation and decoupled from the control element in a second mode of operation; wherein the balance assembly is configured to apply a force to the control element in the first mode of operation to urge the control element toward the valve seat, wherein the balance assembly comprises a floating stem disposed between the sensing chamber of the actuator assembly and the outlet of the valve body, and wherein the floating stem is in contact with the stem of the actuator assembly in the first mode of operation and is spaced away from the stem of the actuator assembly in the second mode of operation.
An illuminated handle and coat hook (1000;1700) comprising: a structural portion (1002;1602;1702) defining a hook portion (1010; 1708) and handle portion; an illuminated handle portion comprising: an LED housing (1004;1602;1704); and an LED component, and an illuminated coat hook portion comprising: an LED housing; and an LED component, wherein: the structural portion is configured to be mounted on aircraft stowage compartment; wherein: the illuminated handle portion is disposed on an interior surface of the handle portion; and the illuminated coat hook portion is disposed on an interior surface of the hook portion. a structural portion (1002;1602;1702) defining a hook portion (1010; 1708) and handle portion; an illuminated handle portion comprising: an LED housing (1004;1602;1704); and an LED component, and an illuminated coat hook portion comprising: an LED housing; and an LED component, an LED housing (1004;1602;1704); and an LED component, and an illuminated coat hook portion comprising: an LED housing; and an LED component, an LED housing; and an LED component, wherein: the structural portion is configured to be mounted on aircraft stowage compartment; wherein: the illuminated handle portion is disposed on an interior surface of the handle portion; and the illuminated coat hook portion is disposed on an interior surface of the hook portion. the illuminated handle portion is disposed on an interior surface of the handle portion; and the illuminated coat hook portion is disposed on an interior surface of the hook portion.
An iontophoresis apparatus, comprising: a body defining a working channel; an electrode disposed within the working channel; a reservoir for holding fluid spaced from the electrode, wherein the reservoir is in fluid communication with the working channel; a vent path in fluid communication with the reservoir; and a valve disposed in the vent path and configured to: (i) allow a fluid to flow from within the reservoir through the vent path to an exterior of the apparatus, and (ii) prevent the fluid from entering the reservoir through the vent path from the exterior of the apparatus. a body defining a working channel; an electrode disposed within the working channel; a reservoir for holding fluid spaced from the electrode, wherein the reservoir is in fluid communication with the working channel; a vent path in fluid communication with the reservoir; and a valve disposed in the vent path and configured to: (i) allow a fluid to flow from within the reservoir through the vent path to an exterior of the apparatus, and (ii) prevent the fluid from entering the reservoir through the vent path from the exterior of the apparatus.
An oligomeric compound comprising a modified oligonucleotide consisting of 10-30 linked nucleosides and having a nucleobase sequence complementary to one or more target sites within a repeat region of a target RNA in a human, wherein the repeat region occurs 2 or more times within the target RNA, wherein the repeat region ranges from about 8-50 nucleotides in length and is repeated in multiple repeat regions which are within 100 nucleobases, and wherein the repeat region occurs within not more than 5 non-target RNAs, and wherein the nucleobase sequence of the modified oligonucleotide is 100% complementary to at least one target site of the target RNA.
Food and/or beverage cooler with a fan, wherein a support plate with at least one air discharge opening is arranged on an air discharge side of the fan, and an air intake side opposite the air discharge side of the fan comprises at least one air intake opening, wherein the at least one air intake opening is formed in a holding plate, characterized in that at least one spacer structure surrounding the at least one air intake opening is formed on the holding plate, wherein the spacer structure protrudes beyond the holding plate, wherein the spacer structure enables the fan to be placed on a surface with the support plate pointing upwards and the fan still can suck in air unimpededly through the at least one air intake opening in the holding plate.