mhurhangee/patent-ind-claim-en huggingface dataset:
An airflow control system for a vehicle comprising: an airflow housing defining an airflow passageway extending between a bypass opening and an intake outlet , wherein the airflow housing further defines a duct opening positioned between the bypass opening and the intake outlet , wherein the intake outlet is configured to be in fluid communication with an engine intake of the vehicle such that air passes from the bypass opening and/or the duct opening to the engine intake ; and a bypass door movably connected to the airflow housing to selectively allow or prevent air passage through the bypass opening and into the engine intake ; characterized in that the airflow control system comprises: a movable duct movably connected to the airflow housing to selectively allow or prevent air passage through the duct opening and into the engine intake ; and an actuator configured to move both the bypass door and the movable duct . an airflow housing defining an airflow passageway extending between a bypass opening and an intake outlet , wherein the airflow housing further defines a duct opening positioned between the bypass opening and the intake outlet , wherein the intake outlet is configured to be in fluid communication with an engine intake of the vehicle such that air passes from the bypass opening and/or the duct opening to the engine intake ; and a bypass door movably connected to the airflow housing to selectively allow or prevent air passage through the bypass opening and into the engine intake ; a movable duct movably connected to the airflow housing to selectively allow or prevent air passage through the duct opening and into the engine intake ; and an actuator configured to move both the bypass door and the movable duct .
Device for producing and/or applying an essentially two-dimensional composite formed of at least two areal regions , at least one of which is formed of a hot-melt adhesive, in predeterminable composite width , predeterminable composite height and/or predeterminable composite length , said device comprising a transporting appliance having a transport area and defining a transport direction (y) and also an applicator appliance having a coextrusion die which includes a slot-shaped outlet disposed essentially transversely to the application direction (y) and with which the first areal region comprising a first extrudate and the second areal region comprising a second extrudate is extrudable onto the transport area , wherein the coextrusion die comprises at least one conveying appliance for conveying an extrudate onto the transport area , wherein the conveyed volume, the conveyed mass, the conveyance velocity and/or the metering time of at least one of the extrudates is controllable using the conveying appliance , wherein the coextrusion die is configured and arranged such that the coextrudate leaving the coextrusion die is formed as a vertical or almost vertical falling curtain onto the transporting appliance or onto a substrate conveyable on the transport area in the transport direction (y) and wherein the coextrusion die comprises a coextrusion channel which is disposed in a housing of the coextrusion die , wherein first and second inlets for the first and second extrudates empty into the coextrusion channel and wherein the outlet for the coextrudate is connected to the coextrusion channel , wherein the areal regions form layers of the composite which are stacked one on top of the other along the composite height , characterized in that the coextrusion channel comprises a plurality of coextrusion chambers (19A, 19B, ..., 19A', 19B', ...), wherein each and every coextrusion chamber (19A, 19B, ..., 19A', 19B', ...) of the coextrusion channel is in each case in fluidic communication with at least one conveying appliance (22; 22').
Chuck for clamping a tool , in particular a cutting tool, preferably a thread-cutting tool, with a longitudinal axis (A) and radial axes (R 1 , R 2 ) related to the longitudinal axis (A), having a chuck body for receiving and fixing the tool in the chuck , wherein the chuck body has an interior into which the tool can be inserted and wherein a fixing device is arranged on the chuck body , with which an inserted tool can be fixed in the chuck body , wherein the fixing device comprises a fixing element which can be moved back and forth between a fixing position, in which an inserted tool is fixed by the fixing element at least in the axial direction, and an open position, in which a tool can be inserted into the chuck body in the axial direction or removed from the chuck body , the fixing element being arranged on the chuck body in such a way that when the chuck body rotates about the longitudinal axis (A), a centrifugal force (F Flieh ) occurs which presses or urges the fixing element into the fixing position, whereby the fixing element has a through opening and the fixing element is arranged in the interior of the chuck body in such a way that the longitudinal axis (A) extends through the through opening and that a tool inserted into the chuck body and extending through the through opening can be fixed by means of a displacement of the fixing element , characterised in that the through opening is an elliptical through opening or that the through opening is an oval-shaped through opening or is a through opening which, preferably partially, describes a trapezoidal shape. wherein the fixing device comprises a fixing element which can be moved back and forth between a fixing position, in which an inserted tool is fixed by the fixing element at least in the axial direction, and an open position, in which a tool can be inserted into the chuck body in the axial direction or removed from the chuck body , the fixing element being arranged on the chuck body in such a way that when the chuck body rotates about the longitudinal axis (A), a centrifugal force (F Flieh ) occurs which presses or urges the fixing element into the fixing position, whereby the fixing element has a through opening and the fixing element is arranged in the interior of the chuck body in such a way that the longitudinal axis (A) extends through the through opening and that a tool inserted into the chuck body and extending through the through opening can be fixed by means of a displacement of the fixing element , characterised in that the through opening is an elliptical through opening or that the through opening is an oval-shaped through opening or is a through opening which, preferably partially, describes a trapezoidal shape.
A method of displaying a user interface of a portable terminal having a two-sided touch screen where a first touch sensor and a second touch sensor are formed respectively on the front side and the backside of a display unit, the method comprising: displaying a user interface including a background screen and at least one contents on the display unit; and changing brightness of the user interface according to a touch event to the portable terminal, wherein, changing brightness of the user interface comprises: increasing brightness of an area at which the touch event is detected of the user interface to a predetermined brightness level in response to detecting the touch event through the first touch sensor; and decreasing brightness of the area at which the touch event is detected of the user interface to a predetermined brightness level in response to detecting the touch event through the second touch sensor, wherein the display unit is made of a transparent material. displaying a user interface including a background screen and at least one contents on the display unit; and changing brightness of the user interface according to a touch event to the portable terminal, wherein, changing brightness of the user interface comprises: increasing brightness of an area at which the touch event is detected of the user interface to a predetermined brightness level in response to detecting the touch event through the first touch sensor; and decreasing brightness of the area at which the touch event is detected of the user interface to a predetermined brightness level in response to detecting the touch event through the second touch sensor, wherein the display unit is made of a transparent material. increasing brightness of an area at which the touch event is detected of the user interface to a predetermined brightness level in response to detecting the touch event through the first touch sensor; and decreasing brightness of the area at which the touch event is detected of the user interface to a predetermined brightness level in response to detecting the touch event through the second touch sensor, wherein the display unit is made of a transparent material.
An electronic communication system adapted to mitigate spoofed callers comprising: a first client device communicatively linked to a communications network ; a social media application configured to interact via the communications network with a social media platform to generate a connection network defining a set of trusted members for an operator of the first client device, where the operator of the first client device is a user; and on the first client device, a dialer application configured to: validate an operator of a second client device as a trusted caller of the operator of the first client device by determining whether the operator of the second client device belongs to the set of trusted members; and after validating the operator of the second client device as a trusted caller, receive and display at the first client device a message including an identifier for the operator of the second client device and a proposed time for a call from the trusted caller, the message received over the social media platform, where the operator of the second client device is another user. a first client device communicatively linked to a communications network ; a social media application configured to interact via the communications network with a social media platform to generate a connection network defining a set of trusted members for an operator of the first client device, where the operator of the first client device is a user; and on the first client device, a dialer application configured to: validate an operator of a second client device as a trusted caller of the operator of the first client device by determining whether the operator of the second client device belongs to the set of trusted members; and after validating the operator of the second client device as a trusted caller, receive and display at the first client device a message including an identifier for the operator of the second client device and a proposed time for a call from the trusted caller, the message received over the social media platform, validate an operator of a second client device as a trusted caller of the operator of the first client device by determining whether the operator of the second client device belongs to the set of trusted members; and after validating the operator of the second client device as a trusted caller, receive and display at the first client device a message including an identifier for the operator of the second client device and a proposed time for a call from the trusted caller, the message received over the social media platform,
Process to recycle a so-called gaseous flow of CO 2 essentially comprising molecules of CO 2 , characterized in that said process comprises the following steps: - heating of said gaseous flow of CO 2 at a pyrolysis temperature of a material containing carbon ; - pyrolysis of a load of a carbon-containing material containing elements of carbon by said gaseous flow, said pyrolysis reducing the molecules of CO 2 by said elements of carbon to produce a first gaseous flow essentially containing molecules of carbon monoxide (CO) at high temperature; - oxidation of said molecules of carbon monoxide (CO) by an oxygen holding element , said oxidation producing a second gaseous flow essentially containing molecules of CO 2 and reduced oxygen holding element; - reduction of said molecules of CO 2 of said second gaseous flow in the presence of said reduced oxygen holding element , said reduction supplying a third gaseous flow essentially containing molecules of carbon monoxide (CO) and oxidized oxygen holding element. - heating of said gaseous flow of CO 2 at a pyrolysis temperature of a material containing carbon ; - pyrolysis of a load of a carbon-containing material containing elements of carbon by said gaseous flow, said pyrolysis reducing the molecules of CO 2 by said elements of carbon to produce a first gaseous flow essentially containing molecules of carbon monoxide (CO) at high temperature; - oxidation of said molecules of carbon monoxide (CO) by an oxygen holding element , said oxidation producing a second gaseous flow essentially containing molecules of CO 2 and reduced oxygen holding element; - reduction of said molecules of CO 2 of said second gaseous flow in the presence of said reduced oxygen holding element , said reduction supplying a third gaseous flow essentially containing molecules of carbon monoxide (CO) and oxidized oxygen holding element.
A starch-derived beverage comprising: • 4-20 wt.% carbohydrates; • 0-1.0 wt.% ethanol; and • 80-95 wt.% water; wherein the beverage contains, calculated by weight of carbohydrates: • 5-65 wt.% of glucose; • 0-65 wt.% of fructose; • 0-50 wt.% of sucrose; • 0.1-30 wt.% of maltose; • 0.03-8 wt.% of maltotriose; • 3-35 wt.% of oligoglucose having a degree of polymerisation in the range of 4-10; and wherein; • the combination of glucose and fructose constitutes at least 20 wt.% of the carbohydrates; • the combination of glucose, fructose and sucrose constitutes at least 40 wt.% of the carbohydrates; • the combination of glucose, fructose, sucrose, maltose, maltotriose and oligoglucose constitutes at least 80 wt.% of the carbohydrates; • [glucose]+[fructose] / [maltose] ≥ 1.0; - [glucose] representing the glucose concentration in wt.%; - [fructose] representing the fructose concentration in wt.%; - [maltose] representing the maltose concentration in wt.%. • 4-20 wt.% carbohydrates; • 0-1.0 wt.% ethanol; and • 80-95 wt.% water; wherein the beverage contains, calculated by weight of carbohydrates: • 5-65 wt.% of glucose; • 0-65 wt.% of fructose; • 0-50 wt.% of sucrose; • 0.1-30 wt.% of maltose; • 0.03-8 wt.% of maltotriose; • 3-35 wt.% of oligoglucose having a degree of polymerisation in the range of 4-10; and • 5-65 wt.% of glucose; • 0-65 wt.% of fructose; • 0-50 wt.% of sucrose; • 0.1-30 wt.% of maltose; • 0.03-8 wt.% of maltotriose; • 3-35 wt.% of oligoglucose having a degree of polymerisation in the range of 4-10; and wherein; • the combination of glucose and fructose constitutes at least 20 wt.% of the carbohydrates; • the combination of glucose, fructose and sucrose constitutes at least 40 wt.% of the carbohydrates; • the combination of glucose, fructose, sucrose, maltose, maltotriose and oligoglucose constitutes at least 80 wt.% of the carbohydrates; • [glucose]+[fructose] / [maltose] ≥ 1.0; - [glucose] representing the glucose concentration in wt.%; - [fructose] representing the fructose concentration in wt.%; - [maltose] representing the maltose concentration in wt.%. • the combination of glucose and fructose constitutes at least 20 wt.% of the carbohydrates; • the combination of glucose, fructose and sucrose constitutes at least 40 wt.% of the carbohydrates; • the combination of glucose, fructose, sucrose, maltose, maltotriose and oligoglucose constitutes at least 80 wt.% of the carbohydrates; • [glucose]+[fructose] / [maltose] ≥ 1.0; - [glucose] representing the glucose concentration in wt.%; - [fructose] representing the fructose concentration in wt.%; - [maltose] representing the maltose concentration in wt.%. - [glucose] representing the glucose concentration in wt.%; - [fructose] representing the fructose concentration in wt.%; - [maltose] representing the maltose concentration in wt.%.
A base station, BS (1204; 2000), for a wireless communication network, the BS (1204; 2000) comprising: a transceiver ; and at least one processor coupled with the transceiver and configured to: control the transceiver to receive, from at least one neighbor BS, at least one message for discovery; perform a connect to a second parent BS other than a first parent BS connected to the BS, among candidate BSs, based on the at least one message for discovery, wherein the at least one message for discovery includes resource information of the candidate BSs; identify resource allocation information for the first parent BS and resource allocation information for the second parent BS, based on resource information of the BS ; and control the transceiver to communicate, to at least one of a first parent BS or the second parent BS, based on the resource allocation information for the first parent BS and the resource allocation information for the second parent BS. a transceiver ; and at least one processor coupled with the transceiver and configured to: control the transceiver to receive, from at least one neighbor BS, at least one message for discovery; perform a connect to a second parent BS other than a first parent BS connected to the BS, among candidate BSs, based on the at least one message for discovery, wherein the at least one message for discovery includes resource information of the candidate BSs; identify resource allocation information for the first parent BS and resource allocation information for the second parent BS, based on resource information of the BS ; and control the transceiver to communicate, to at least one of a first parent BS or the second parent BS, based on the resource allocation information for the first parent BS and the resource allocation information for the second parent BS. control the transceiver to receive, from at least one neighbor BS, at least one message for discovery; perform a connect to a second parent BS other than a first parent BS connected to the BS, among candidate BSs, based on the at least one message for discovery, wherein the at least one message for discovery includes resource information of the candidate BSs; identify resource allocation information for the first parent BS and resource allocation information for the second parent BS, based on resource information of the BS ; and control the transceiver to communicate, to at least one of a first parent BS or the second parent BS, based on the resource allocation information for the first parent BS and the resource allocation information for the second parent BS.
A device for sensing and recording data associated to at least one parameter associated with the transport of products in a container, the device comprising: at least one sensor to measure the at least one parameter; positioning means for determining a location of the device ; data storage means to store data measured by the at least one sensor , the data being associated to the location of the device at the moment in which a particular data is measured; input/output means to transmit the data stored in the data storage means ; characterized in that the device comprises processing means to, for each transport stage followed by the device that corresponds to a period of time between the activation of the device and its subsequent deactivation, associate a use code to the data collected and stored in the data storage means during the period of time said transport stage lasts, said use code being associated to a particular transport stage, wherein the use code associated to a particular transport stage is different from use codes associated to other transport stages; and wherein the data associated to a use code is accessible for a user having the use code, when the use code is provided by the user as an access code. at least one sensor to measure the at least one parameter; positioning means for determining a location of the device ; data storage means to store data measured by the at least one sensor , the data being associated to the location of the device at the moment in which a particular data is measured; input/output means to transmit the data stored in the data storage means ; characterized in that the device comprises processing means to, for each transport stage followed by the device that corresponds to a period of time between the activation of the device and its subsequent deactivation, associate a use code to the data collected and stored in the data storage means during the period of time said transport stage lasts, said use code being associated to a particular transport stage, wherein the use code associated to a particular transport stage is different from use codes associated to other transport stages; and wherein the data associated to a use code is accessible for a user having the use code, when the use code is provided by the user as an access code.
Plate heat exchanger between a first fluid and a second fluid, comprising a plurality of pairs of substantially flat plates arranged one on top of the other, such that the first fluid flows between the two plates of each pair and the second fluid flows between the pairs of plates , the two plates of each pair being welded so as to define at least one first channel for the circulation of the first fluid, the plates of two pairs being welded so as to define at least one second channel for the circulation of the second fluid, two slabs enclosing the plates being fixed to one another by a plurality of tie rods , at least one tie rod , referred to as the central tie rod, drilling the plates , characterized in that said central tie rod drills said second channel and is in contact with the second fluid.