mhurhangee/patent-ind-claim-en huggingface dataset:
A steering control system for a commercial vehicle , the commercial vehicle comprising a braking system , the braking system being configured, based on a steering demand, to brake dissymetrically side wheels of the vehicle to steer the vehicle based on a resulting yaw moment, the steering control system comprising: - a sensor unit for detecting a braking request or a deceleration of the vehicle and for detecting a lateral offset and, based thereon, to generate a brake indication signal and the steering demand; - a control module configured to receive the brake indication signal and the steering demand and, if the steering demand is below a predetermined threshold value, to generate the steering signal if the brake indication signal indicates a braking request, and if the steering demand exceeds the predetermined threshold value, to generate the steering signal even if the brake indication signal is not present or indicates no braking request, and to provide the steering signal to the braking system to brake the vehicle dissymetrically and to thereby steer the vehicle. - a sensor unit for detecting a braking request or a deceleration of the vehicle and for detecting a lateral offset and, based thereon, to generate a brake indication signal and the steering demand; - a control module configured to receive the brake indication signal and the steering demand and, if the steering demand is below a predetermined threshold value, to generate the steering signal if the brake indication signal indicates a braking request, and if the steering demand exceeds the predetermined threshold value, to generate the steering signal even if the brake indication signal is not present or indicates no braking request, and to provide the steering signal to the braking system to brake the vehicle dissymetrically and to thereby steer the vehicle. if the steering demand is below a predetermined threshold value, to generate the steering signal if the brake indication signal indicates a braking request, and if the steering demand exceeds the predetermined threshold value, to generate the steering signal even if the brake indication signal is not present or indicates no braking request, and to provide the steering signal to the braking system to brake the vehicle dissymetrically and to thereby steer the vehicle.
A first communication terminal comprising: an information acquisition unit configured to acquire, from a second communication terminal , first information that includes connection information for connecting to a communication service, the communication service being a service for sharing content between communication terminals or a content playback service, and identification information of a user of the second communication terminal ; an information generation unit configured to, on the basis of the first information acquired by the information acquisition unit , generate second information that includes the connection information and identification information of a user of the first communication terminal , wherein the second information is an information code; a transmission control unit configured to cause a communication unit to transmit the identification information of the user of the second communication terminal and the identification information of the user of the first communication terminal to a service management device that manages the communication service; and an information propagation unit configured to propagate the second information generated by the information generation unit to the second communication terminal by displaying the information code. an information acquisition unit configured to acquire, from a second communication terminal , first information that includes connection information for connecting to a communication service, the communication service being a service for sharing content between communication terminals or a content playback service, and identification information of a user of the second communication terminal ; an information generation unit configured to, on the basis of the first information acquired by the information acquisition unit , generate second information that includes the connection information and identification information of a user of the first communication terminal , wherein the second information is an information code; a transmission control unit configured to cause a communication unit to transmit the identification information of the user of the second communication terminal and the identification information of the user of the first communication terminal to a service management device that manages the communication service; and an information propagation unit configured to propagate the second information generated by the information generation unit to the second communication terminal by displaying the information code.
An air filter element comprising: - a filter medium pack comprising a filter medium, said filter medium pack having an air inlet side and an air outlet side ; and - a first coupling element arranged on said air inlet side and a second coupling element arranged on said air outlet side ; wherein sealing means configured to cooperate with a sealing surface of an air filter system housing are provided on at least one of said first coupling element and said second coupling element ; wherein said air filter element is configured to allow relative movement of said first coupling element and said second coupling element between a shortened position and an extended position; said air filter element further comprising a reversibly deformable collar arranged between said air outlet side of said filter medium pack and said second coupling element , said reversibly deformable collar having a first diameter at said air outlet side and a second diameter at said second coupling element , said second diameter being greater than said first diameter; wherein folding a first part of said reversibly deformable collar having a greater diameter over a second part of said reversibly deformable collar having a smaller diameter enables said relative movement of said first coupling element and said second coupling element ; and wherein said sealing means comprises a radial seal arranged on said second coupling element . - a filter medium pack comprising a filter medium, said filter medium pack having an air inlet side and an air outlet side ; and - a first coupling element arranged on said air inlet side and a second coupling element arranged on said air outlet side ; wherein sealing means configured to cooperate with a sealing surface of an air filter system housing are provided on at least one of said first coupling element and said second coupling element ; wherein said air filter element is configured to allow relative movement of said first coupling element and said second coupling element between a shortened position and an extended position; said air filter element further comprising a reversibly deformable collar arranged between said air outlet side of said filter medium pack and said second coupling element , said reversibly deformable collar having a first diameter at said air outlet side and a second diameter at said second coupling element , said second diameter being greater than said first diameter; wherein folding a first part of said reversibly deformable collar having a greater diameter over a second part of said reversibly deformable collar having a smaller diameter enables said relative movement of said first coupling element and said second coupling element ; and wherein said sealing means comprises a radial seal arranged on said second coupling element .
Cleaning device , in particular for a wet-cleaning apparatus , comprising a motor-driven oscillating plate and a carrier plate , which can be connected to the oscillating plate , for receiving a cleaning element , the oscillating plate and the carrier plate , when interconnected, having corresponding fastening means on plate sides that face one another, a fastening means of the oscillating plate and a fastening means of the carrier plate forming a pair of fastening means and, in addition, the pair of fastening means having both a catch element , which can be displaced against a restoring force of a spring element , and a receiving element , which has an undercut for receiving the latch element , in a plan view of the plate sides that face one another, on one plate side an end region of the latch element and on the other plate side an insertion bevel of the receiving element , which complements the latch element to form the pair of fastening means , being exposed, characterised in that the latch element and the spring element are formed separately from the oscillating plate or carrier plate and can be displaced relative thereto, the receiving element engaging around the latch element on the outside when the oscillating plate and the carrier plate are fastened to one another in a vertical section perpendicular to an oscillating plane of the oscillating plate , and therefore the latch element , which is moved outwards from a plate centre of the oscillating plate or carrier plate by the restoring force of the spring element , acts against the receiving element .
A method of wireless communications by a user equipment, LTE, comprising: receiving a first set of initial access signals transmitted from a first base station, wherein the first set of initial access signals comprise at least one of primary synchronization signals, PSS, or secondary synchronization signals, SSS; transmitting a second set of one or more signals through a random access channel, RACH, in response to the first set of initial access signals; and receiving , a third set of reference signals transmitted by the first base station, based on the second set of one or more signals; the method further comprising receiving an indication of the corresponding directions of the third set of reference signals from the first base station, wherein the corresponding directions of the third set of reference signals are indicated by conveying a quasi-colocation, QCL, relationship of the third set of reference signals with the first set of initial access signals. receiving a first set of initial access signals transmitted from a first base station, wherein the first set of initial access signals comprise at least one of primary synchronization signals, PSS, or secondary synchronization signals, SSS; transmitting a second set of one or more signals through a random access channel, RACH, in response to the first set of initial access signals; and receiving , a third set of reference signals transmitted by the first base station, based on the second set of one or more signals; the method further comprising receiving an indication of the corresponding directions of the third set of reference signals from the first base station, wherein the corresponding directions of the third set of reference signals are indicated by conveying a quasi-colocation, QCL, relationship of the third set of reference signals with the first set of initial access signals.
A method for performing enhanced service routing at a Diameter signaling router, DSR, the method comprising: receiving , at a Diameter application executing on a Diameter message processor located within the DSR, a Diameter message that requires a service; determining , by the Diameter application executing on the Diameter message processor located within the DSR and using service routing data, at least one service provider for performing the service associated with the Diameter message, wherein the service routing data includes service capability information provided by a plurality of service providers; and sending the Diameter message or a portion of the Diameter message to the at least one service provider for performing the service. receiving , at a Diameter application executing on a Diameter message processor located within the DSR, a Diameter message that requires a service; determining , by the Diameter application executing on the Diameter message processor located within the DSR and using service routing data, at least one service provider for performing the service associated with the Diameter message, wherein the service routing data includes service capability information provided by a plurality of service providers; and sending the Diameter message or a portion of the Diameter message to the at least one service provider for performing the service.
An assembly for movement according to predefined rules of motion, of the type comprising a supporting frame forming a working path that accommodates a driving element with which at least one movable element is associated which is adapted to move an item to be subjected to a process,wherein interposed between said driving element and each respective movable element , at least one movement adjustment apparatus which comprises a contoured guide , which is arranged substantially parallel to said driving element , at least one first lever that has a first end that can slide within said guide , and a portion that is pivoted to at least one second lever , which in turn is coupled rigidly to said driving elements , said at least one first lever having a second end , which is opposite the one that can slide in the guide , which is articulated to a linkage , which in turn is pivoted on a portion of a respective movable element characterized in that said contoured guide comprises an alternation of curved parts , parts which are parallel to said driving element , parts which are inclined with respect to said driving element , and connecting parts which are interposed between the ones mentioned above.
A sewing machine , comprising: a sewing needle , held by a needle bar to move reciprocally and holding an upper thread (UT); an upper thread tension adjustment mechanism , adjusting a tension of the upper thread (UT); a shuttle , holding a bobbin which is accommodated in a bobbin case and in which a lower thread (LT) is wound, and cooperating with the sewing needle to form a seam (SE); and a feed mechanism , in which endless feed belts feeding a sewing object (S) disposed at a sewing position (PS) immediately below the sewing needle from the sewing position (PS) along a first direction are disposed on two sides with respect to the sewing position (PS) in a second direction orthogonal to the first direction, and in which a belt drive part is provided, the belt drive part independently driving the feed belt on a side and the feed belt on an other side with respect to the sewing position (PS) in the second direction; characterized in that the sewing machine further comprises: a control part , controlling the upper thread tension adjustment mechanism , so that, from a beginning of sewing of the sewing object (S) to an end of the sewing, a tension of the upper thread (UT) varies gradually in a variation amount in accordance with a difference between a feed amount of the feed belt disposed on the side with respect to the sewing position (PS) in the second direction and a feed amount of the feed belt disposed on the other side with respect to the sewing position (PS) in the second direction. a sewing needle , held by a needle bar to move reciprocally and holding an upper thread (UT); an upper thread tension adjustment mechanism , adjusting a tension of the upper thread (UT); a shuttle , holding a bobbin which is accommodated in a bobbin case and in which a lower thread (LT) is wound, and cooperating with the sewing needle to form a seam (SE); and a feed mechanism , in which endless feed belts feeding a sewing object (S) disposed at a sewing position (PS) immediately below the sewing needle from the sewing position (PS) along a first direction are disposed on two sides with respect to the sewing position (PS) in a second direction orthogonal to the first direction, and in which a belt drive part is provided, the belt drive part independently driving the feed belt on a side and the feed belt on an other side with respect to the sewing position (PS) in the second direction; characterized in that the sewing machine further comprises: a control part , controlling the upper thread tension adjustment mechanism , so that, from a beginning of sewing of the sewing object (S) to an end of the sewing, a tension of the upper thread (UT) varies gradually in a variation amount in accordance with a difference between a feed amount of the feed belt disposed on the side with respect to the sewing position (PS) in the second direction and a feed amount of the feed belt disposed on the other side with respect to the sewing position (PS) in the second direction.
A collection apparatus that collects a Uniform Resource Locater, URL, of a Web page, the collection apparatus comprising: a search query generation unit configured to generate a search query for a search engine by combining a digital content name that is a name of a digital content and an associated keyword that is a character string frequently added, as a search query for a search engine, to the digital content name; a degree prediction unit configured to predict a degree to which a Web page that leads to user operation is output as a search result when a search is performed by using the generated search query, on the basis of feature information on the generated search query and on a known search query for which a search result is known and a degree is obtained in advance, wherein the feature information is at least one item of information on the search query; a determination unit configured to search for a Web page by using a search query in a search order that is based on the degree predicted for each of a plurality of generated search queries, and determine analysis priority that is priority for analyzing whether a URL of a retrieved Web page is the Web page that leads to user operation on the basis of the degree predicted for the search query and search result information; and an output unit configured to output the URL of the Web page retrieved by the determination unit and the analysis priority of the URL in an associated manner to an analysis apparatus . a search query generation unit configured to generate a search query for a search engine by combining a digital content name that is a name of a digital content and an associated keyword that is a character string frequently added, as a search query for a search engine, to the digital content name; a degree prediction unit configured to predict a degree to which a Web page that leads to user operation is output as a search result when a search is performed by using the generated search query, on the basis of feature information on the generated search query and on a known search query for which a search result is known and a degree is obtained in advance, wherein the feature information is at least one item of information on the search query; a determination unit configured to search for a Web page by using a search query in a search order that is based on the degree predicted for each of a plurality of generated search queries, and determine analysis priority that is priority for analyzing whether a URL of a retrieved Web page is the Web page that leads to user operation on the basis of the degree predicted for the search query and search result information; and an output unit configured to output the URL of the Web page retrieved by the determination unit and the analysis priority of the URL in an associated manner to an analysis apparatus .
A medical X-ray imaging arrangement , comprising: - a movable carriage that is movably mountable to a ceiling structure of an operating room; - an X-ray image acquisition device that is movably mountable to the movable carriage and configured to acquire image information of an object; - an air supply for an operating zone, the air supply comprising a plurality of air outlets provided on a bottom side of the carriage arranged to provide treated air from an air-feed as a primary laminar downflow defining a carriage laminar flow zone for the operating zone, wherein the carriage comprises: - an air inlet connectable to the air-feed and provided to be arranged on an upper side of the carriage, wherein the air inlet comprises a plurality of inlets configured to receive the treated air from a plurality of supply-air outlets provided in the ceiling structure above the medical X-ray imaging arrangement; and - a distribution zone comprising a hollow space that extends transverse to a flow direction and connects the air inlet with the plurality of air outlets, wherein an airflow passage comprising a plurality of passageways is provided inside the carriage in connection with the air inlets, and wherein the distribution zone connects the passageways with the plurality of air outlets, the passageways discharging treated air into the distribution zone. - a movable carriage that is movably mountable to a ceiling structure of an operating room; - an X-ray image acquisition device that is movably mountable to the movable carriage and configured to acquire image information of an object; - an air supply for an operating zone, the air supply comprising a plurality of air outlets provided on a bottom side of the carriage arranged to provide treated air from an air-feed as a primary laminar downflow defining a carriage laminar flow zone for the operating zone, - an air inlet connectable to the air-feed and provided to be arranged on an upper side of the carriage, wherein the air inlet comprises a plurality of inlets configured to receive the treated air from a plurality of supply-air outlets provided in the ceiling structure above the medical X-ray imaging arrangement; and - a distribution zone comprising a hollow space that extends transverse to a flow direction and connects the air inlet with the plurality of air outlets,
An additive manufacturing apparatus comprising: a support surface that supports an object ; a manufacturing unit comprising a nozzle being changeable in orientation, the nozzle configured to move relative to the support surface , eject powder (M), and output an energy ray (L) to melt or sinter the powder (M), thereby forming a layer of the object ; and a control unit configured to change a layer forming condition for the nozzle in accordance with a change in the orientation of the nozzle , wherein the layer forming condition includes at least one of movement speed of the nozzle with respect to the support surface , an amount of the powder (M) ejected from the nozzle per unit time, output of the energy ray (L), a diameter of a focal point of the energy ray (L), and a position of the nozzle relative to the support surface , characterized in that the control unit is configured to change, in response to an increase in an inclination angle of the orientation of the nozzle with respect to a normal direction (Z) of the support surface , the layer forming condition such that the nozzle forms the layer of an increased thickness (T1) in the normal direction (Z) of the support surface from a thickness (T2, T3, T4) before changing the layer forming condition. a support surface that supports an object ; a manufacturing unit comprising a nozzle being changeable in orientation, the nozzle configured to move relative to the support surface , eject powder (M), and output an energy ray (L) to melt or sinter the powder (M), thereby forming a layer of the object ; and a control unit configured to change a layer forming condition for the nozzle in accordance with a change in the orientation of the nozzle , wherein the layer forming condition includes at least one of movement speed of the nozzle with respect to the support surface , an amount of the powder (M) ejected from the nozzle per unit time, output of the energy ray (L), a diameter of a focal point of the energy ray (L), and a position of the nozzle relative to the support surface , characterized in that the control unit is configured to change, in response to an increase in an inclination angle of the orientation of the nozzle with respect to a normal direction (Z) of the support surface , the layer forming condition such that the nozzle forms the layer of an increased thickness (T1) in the normal direction (Z) of the support surface from a thickness (T2, T3, T4) before changing the layer forming condition.