mhurhangee/patent-ind-claim-en huggingface dataset:
A centrifugal pump assembly , with electric motor, comprising an impeller and a gap sleeve , provided with a flanged end which faces said impeller , outside of which a stator of the motor is arranged, and inside which a rotor of the motor is inserted, fixed to a driving shaft , which can rotate within said gap sleeve and is supported at one end by a first bearing and at the opposite end, proximate to the flanged end , by a second bearing , said gap sleeve is being closed by an annular element , which surrounds said second bearing , inserted entirely within said gap sleeve , proximate to said flanged end , characterized in that said gap sleeve is made of a monolithic stamped steel body, and receptacles of said bearings within said gap sleeve are provided by chip-forming machining.
A method to detect spam SMS messages, i.e. unsolicited repeated SMS messages originating from or sent to one or more subscribers of one or more mobile communication networks , said method comprising: - clustering SMS messages in similarity clusters, wherein each similarity cluster comprises SMS messages with identical or similar content; and - monitoring a rate of SMS messages in each similarity cluster, CHARACTERIZED IN THAT said method further comprises: - counting an amount of SMS messages in each similarity cluster; and - classifying SMS messages of a similarity cluster as spam when said amount of SMS messages in said similarity cluster exceeds a certain first threshold and said rate of SMS messages for said similarity cluster exceeds a certain second threshold. - clustering SMS messages in similarity clusters, wherein each similarity cluster comprises SMS messages with identical or similar content; and - monitoring a rate of SMS messages in each similarity cluster, - counting an amount of SMS messages in each similarity cluster; and - classifying SMS messages of a similarity cluster as spam when said amount of SMS messages in said similarity cluster exceeds a certain first threshold and said rate of SMS messages for said similarity cluster exceeds a certain second threshold.
Drive for a vehicle with a transmission , which allows driving in a number of driving modes (Rngl, Rng2) and in which a mechanical transmission is combined with a hydrostatic transmission , which comprises a hydraulic pump , which is adjustable in its swept volume, and at least one hydraulic motor , which is arranged with the hydraulic pump in a closed hydraulic circuit with two circuit branches and is connected to an input of the mechanical transmission , and with an electronic control unit for carrying out a traction-force-based control, characterized in that the electronic control unit uses vehicle parameters existing before a change of the driving mode to determine the target traction force (T des ) desired after the change of driving mode and uses the desired target traction force (T des ) and a swept volume (α m ) of the at least one hydraulic motor to determine a target pressure differential (Δp des ) between the two circuit branches of the closed hydraulic circuit, and in that , after the change of driving mode, a pressure differential corresponding to the target pressure differential is set between the two circuit branches of the closed hydraulic circuit by a pressure controller .
A combination product comprising: (i) Elafibranor (ELA) or a pharmaceutically acceptable salt thereof; and (ii) a FXR agonist, wherein the FXR agonist is Obeticholic acid (OCA) or a pharmaceutically acceptable salt thereof, or INT-767 or a pharmaceutically acceptable salt thereof.. (i) Elafibranor (ELA) or a pharmaceutically acceptable salt thereof; and (ii) a FXR agonist, wherein the FXR agonist is Obeticholic acid (OCA) or a pharmaceutically acceptable salt thereof, or INT-767 or a pharmaceutically acceptable salt thereof..
A method of manufacturing a composite blade , the method comprising: a lay-up operation comprising laying up fibre reinforcement material on an untwisted lay-up surface to make a multi-blade pre-form ; and a forming operation comprising forming the blade pre-form to introduce twist in the blade pre-form ; wherein the multi-blade pre-form is cut into individual blade pre-forms before individually forming each of the blade pre-forms in respective forming operations. a lay-up operation comprising laying up fibre reinforcement material on an untwisted lay-up surface to make a multi-blade pre-form ; and a forming operation comprising forming the blade pre-form to introduce twist in the blade pre-form ; wherein the multi-blade pre-form is cut into individual blade pre-forms before individually forming each of the blade pre-forms in respective forming operations.
A method for steering packet traffic by a switch , the method comprising: receiving a packet on an ingress port; responsive to determining there is an entry corresponding to the packet stored in a microflow table, correlating the packet with a service chain identifier; determining a next service type for the packet in accordance with the service chain identifier and the ingress port; selecting an instance of the next service from a plurality of instances of the next service in accordance with the determined next service type and at least one of a packet parameter or a non-packet parameter; and forwarding the packet to the selected instance of the next service. receiving a packet on an ingress port; responsive to determining there is an entry corresponding to the packet stored in a microflow table, correlating the packet with a service chain identifier; determining a next service type for the packet in accordance with the service chain identifier and the ingress port; selecting an instance of the next service from a plurality of instances of the next service in accordance with the determined next service type and at least one of a packet parameter or a non-packet parameter; and forwarding the packet to the selected instance of the next service.
A stave protection system for a metallurgical furnace, comprising: a stave comprising a front face having an X direction and a Y direction which is perpendicular to the X direction such as to define an X-Y plane, the front face comprising rows of grooves which extend in the X direction; and inserts which are slidingly received by the grooves , the inserts so received by each respective groove being spaced apart from each other along the groove , the centres of the inserts which are received by one of the grooves being offset in each of the X and Y directions from the centres of the inserts which are received by an adjacent groove , each of the inserts projecting from the front face of the stave and comprising flow guiding surfaces (102c1-6) which are inclined with respect to each of the X and Y directions in the X-Y plane, such that in use the offsets of the inserts in each of the X and Y directions and the inclined flow guiding surfaces (102c1-6) cause a flow (F) of furnace burden material, under gravity, to flow in a direction having a component in each of the X and Y directions, so as to distribute the burden material between the inserts over the front face of the stave and/or trap the burden material between the inserts . a stave comprising a front face having an X direction and a Y direction which is perpendicular to the X direction such as to define an X-Y plane, the front face comprising rows of grooves which extend in the X direction; and inserts which are slidingly received by the grooves , the inserts so received by each respective groove being spaced apart from each other along the groove , the centres of the inserts which are received by one of the grooves being offset in each of the X and Y directions from the centres of the inserts which are received by an adjacent groove , each of the inserts projecting from the front face of the stave and comprising flow guiding surfaces (102c1-6) which are inclined with respect to each of the X and Y directions in the X-Y plane, such that in use the offsets of the inserts in each of the X and Y directions and the inclined flow guiding surfaces (102c1-6) cause a flow (F) of furnace burden material, under gravity, to flow in a direction having a component in each of the X and Y directions, so as to distribute the burden material between the inserts over the front face of the stave and/or trap the burden material between the inserts .
Protector for a threaded connection for a tubular component for drilling or operating hydrocarbon wells, provided with a distal end surface , the protector comprising a principal body , an annular housing which comprises a bottom , an outer lateral wall and an inner lateral wall that are separated from one another, and in which a first annular gasket is disposed, each lateral wall comprising a lateral-wall bottom portion (33a; 33b) and a lateral-wall exterior portion and an upper face , the two lateral-wall exterior portions defining an opening of width A u and a distance A between two lateral-wall bottom portions (33a; 33b) is greater than the width A u , so as to allow the first annular gasket made of elastomer material to be inserted and then for said annular gasket to be retained in the annular housing , characterized in that the annular gasket comprises a plurality of notches distributed over the circumference of said annular gasket and in that the annular housing comprises a plurality of set-backs that are able to cooperate with said notches such that walls of the notches (39a; 39b) bear on walls of the set-backs of the annular housing , such that the annular gasket interlocks with the annular housing .
A lighting device comprising: a communication device including a plurality of remote control devices (10;10a-10d) and a sensor ; and a moving light for tracking and illuminating the plurality of remote control devices (10;10a-10d) based on information from the sensor , whereby each of the plurality of remote control devices (io;ioa-iod) includes a signal storage unit for storing a plurality of pulse patterns, which are unique for each of the plurality of remote control devices (10;10a-10d) and is configured for transmitting a light signal having a pulse pattern of the plurality of pulse patterns to be detected by the sensor , each of the pulse patterns includes a first ON period, a second ON period and an OFF period between the first ON period and the second ON period, the first ON period and the second ON period being repeated alternately, the first ON period and the second ON period are more than twice as long as a sampling time T of the sensor , a length of the first ON period and a length of the second ON period are different from each other, and the OFF period is longer than the sampling time T. a communication device including a plurality of remote control devices (10;10a-10d) and a sensor ; and a moving light for tracking and illuminating the plurality of remote control devices (10;10a-10d) based on information from the sensor , whereby each of the plurality of remote control devices (io;ioa-iod) includes a signal storage unit for storing a plurality of pulse patterns, which are unique for each of the plurality of remote control devices (10;10a-10d) and is configured for transmitting a light signal having a pulse pattern of the plurality of pulse patterns to be detected by the sensor , each of the pulse patterns includes a first ON period, a second ON period and an OFF period between the first ON period and the second ON period, the first ON period and the second ON period being repeated alternately, the first ON period and the second ON period are more than twice as long as a sampling time T of the sensor , a length of the first ON period and a length of the second ON period are different from each other, and the OFF period is longer than the sampling time T.
A control system for a refuse vehicle , comprising: at least one refuse container location sensor for tracking a refuse container : and one or more electronics that: receive and process signals from the at least one refuse container location sensor and identify the presence of the refuse container , characterized in that the control system further comprises at least one vehicle speed control , and in that the one or more electronics : telemetrically measure the position of the refuse container with respect to a reference point (A) on or alongside the vehicle ; and output a control signal to the at least one speed control to stop the refuse vehicle at a predetermined location with respect to the refuse container . at least one refuse container location sensor for tracking a refuse container : and one or more electronics that: receive and process signals from the at least one refuse container location sensor and identify the presence of the refuse container , characterized in that the control system further comprises at least one vehicle speed control , and in that the one or more electronics : telemetrically measure the position of the refuse container with respect to a reference point (A) on or alongside the vehicle ; and output a control signal to the at least one speed control to stop the refuse vehicle at a predetermined location with respect to the refuse container . telemetrically measure the position of the refuse container with respect to a reference point (A) on or alongside the vehicle ; and output a control signal to the at least one speed control to stop the refuse vehicle at a predetermined location with respect to the refuse container .
A wick lamp, comprising a lamp body , wherein a lamp rail that can be bent into different shapes is disposed inside the lamp body , and the lamp rail comprises an insulating layer , two parallelly arranged conducting wires , and a plurality of LED light emitters ; and the two parallelly arranged conducting wires are both outerly enclosed by the insulating layer , and the insulating layer is polished to form a welding region to which the LED light emitters are welded, wherein the LED light emitters are welded on a same side of the two parallelly arranged conducting wires , and a welding layer is disposed between the LED light emitters and the conducting wires , characterised in that a conductive layer is further disposed at a bottom of each of the LED light emitters , and the conductive layer is located between the LED light emitter and the welding layer , wherein an insulating coating is provided both at a gap, formed between the LED light emitters and the insulating layer , and at an outer portion of the conductive layer exposed to outside. the two parallelly arranged conducting wires are both outerly enclosed by the insulating layer , and the insulating layer is polished to form a welding region to which the LED light emitters are welded, wherein the LED light emitters are welded on a same side of the two parallelly arranged conducting wires , and a welding layer is disposed between the LED light emitters and the conducting wires , characterised in that a conductive layer is further disposed at a bottom of each of the LED light emitters , and the conductive layer is located between the LED light emitter and the welding layer , wherein an insulating coating is provided both at a gap, formed between the LED light emitters and the insulating layer , and at an outer portion of the conductive layer exposed to outside.
A system for producing fluid from a subterranean wellbore comprising: an electrical submersible pump ("ESP") system comprising a pump , a motor 30 mechanically coupled with the pump , a monitoring sub , and a stinger projecting axially away from the pump ; a receptacle comprising an annular member mounted to a tubular disposed in the wellbore ; a first proximity sensor coupled with the stinger ; and a second proximity sensor coupled with the receptacle ; wherein monitoring signals from the first and second proximity sensors provides a distance between the first proximity sensor and the receptacle and/or a distance between the second proximity sensor and the stinger . an electrical submersible pump ("ESP") system comprising a pump , a motor 30 mechanically coupled with the pump , a monitoring sub , and a stinger projecting axially away from the pump ; a receptacle comprising an annular member mounted to a tubular disposed in the wellbore ; a first proximity sensor coupled with the stinger ; and a second proximity sensor coupled with the receptacle ; wherein monitoring signals from the first and second proximity sensors provides a distance between the first proximity sensor and the receptacle and/or a distance between the second proximity sensor and the stinger .
An agricultural harvesting machine for crop material comprising: a crank arm connected to a rotational power source; a plunger having an extended position which is located further rearward in a compression chamber than a retracted position; and a connecting link connected between the plunger and the crank arm , one of the connecting link and the crank arm having a variable length, the plunger moving between the retracted and extended positions during a run mode as the crank arm rotates, and the plunger changing speeds during an event phase based upon one of the connecting link and the crank arm varying lengths characterized in that the agricultural harvesting machine is configured to activate the event phase by a position of the crank arm . a crank arm connected to a rotational power source; a plunger having an extended position which is located further rearward in a compression chamber than a retracted position; and a connecting link connected between the plunger and the crank arm , one of the connecting link and the crank arm having a variable length, the plunger moving between the retracted and extended positions during a run mode as the crank arm rotates, and the plunger changing speeds during an event phase based upon one of the connecting link and the crank arm varying lengths
A stent graft for inserting into a blood vessel of a patient, having a hollow cylindrical body with a blood side and a vessel side, wherein the stent graft has the following: a first stent graft portion with a self-expanding stent composed of successive rings of meandering circumferential supports in its longitudinal direction, and with a first prosthesis material secured on the rings and connecting these on the vessel side of the hollow cylindrical body , characterized in that , on each of its rings , the first stent graft portion has two loop-shaped fixing elements which are attached via a common fixing area and which are attached to the supports of the rings in such a way that, due to the fact that they are guided in opposite directions around the hollow cylindrical body , the latter is compressible. a first stent graft portion with a self-expanding stent composed of successive rings of meandering circumferential supports in its longitudinal direction, and with a first prosthesis material secured on the rings and connecting these on the vessel side of the hollow cylindrical body , characterized in that , on each of its rings , the first stent graft portion has two loop-shaped fixing elements which are attached via a common fixing area and which are attached to the supports of the rings in such a way that, due to the fact that they are guided in opposite directions around the hollow cylindrical body , the latter is compressible.
A peptide consisting of the amino acid sequence of SEQ ID NO: 22, or a pharmaceutically acceptable salt thereof, wherein said peptide has the ability to bind to a molecule of the human major histocompatibility complex (MHC) class-I, and wherein said peptide, when bound to MHC, is capable of being recognized by CD8 T cells.
A pull-out type cord winding module, comprising a rotary wheel which a cord is wound on and which is connected with a coil spring , and a stopper mechanism working cooperatively with the rotary wheel and including a functional rail, a ball and a rolling assisting device, wherein the functional rail comprises a locking rail , a communicating rail and annular rails , the locking rail , the communicating rail and the annular rails are connected, groove-shaped and arranged around an outer circumference of the rotary wheel ; a guide groove is provided on the rolling assisting device, and two ends of the guide groove are located at upper and lower sides of the outer circumference of the rotary wheel respectively; the guide groove cooperates with the functional rail to hold the ball ; and when the rotary wheel rotates, the ball rolls in the functional rail to lock or unlock rotation of the rotary wheel ; wherein the pull-out type cord winding module further comprising an upper fixing cover and a lower fixing cover , the upper fixing cover constitutes the rolling assisting device, an elastic arm is provided on the upper fixing cover the guide groove is disposed on the elastic arm, and the guide groove has a linear shape or an arc shape.
A twin-tube tubular bag machine having two longitudinal sealing elements for forming two parallel film tubes , two transverse sealing jaws , which are moveable against each other and which thereby transversely seal the film tube , being provided for each of the two film tubes for forming sealed tubular bags , having a mechanism which has a drive and which moves the transverse sealing jaws , and having two filling devices for filling the tubular bags formed by the two film tubes with filling material, and having two separating elements for separating individual filled tubular bags formed by the two film tubes , a dosing device being disposed upstream of each of the filling devices , said dosing device allowing for the dosing of a prespecified filling quantity of the filling material to be filled into the tubular bags , a transfer element which has several transfer containers being provided between the two filling devices and the dosing device , the prespecified filling quantity of the filling material being transferred from the dosing device to the transfer containers in an input station , and the transfer containers being transported to a pairing of two dispensing stations along a transfer line , and the filling material being transferred from the transfer containers to the two filling devices in the pairing of two dispensing stations , and the transfer containers being transported back to the input station along a return transfer line , characterized in that in a pairing of two dispensing stations , the distance between the two dispensing stations is adaptable.
A cooling appliance comprising a body having a cooling compartment, a door for accessing the respective cooling compartment, an adjustable hinge assembly comprising a housing placed onto the door wherein the housing comprises a pivot , a base bracket adapted to be fixed to the body wherein the base bracket comprises a counterpart pivot which is adapted to engage pivotably with the pivot , wherein the housing accommodates a first screw which upon activation by the user is adapted to move the housing relative to the body in the first horizontal direction (X) characterized in that the housing accommodates a second screw which upon activation by the user is adapted to move the housing relative to the body in the second horizontal direction (Y) wherein the said directions (X,Y) form a plane parallel to the ground and wherein the said screws extend parallel to each other, the first screw and the second screw , upon activation by the user, move a first adjustment mechanism and a second adjustment mechanism respectively which are accommodated inside the housing in a direction parallel to each other and the adjustable hinge assembly comprises an alignment bed comprising a first recess and a second recess into which the first adjustment mechanism and the second adjustment mechanism are respectively placed and the adjustable hinge assembly comprises an alignment plate placed onto the alignment bed wherein the alignment plate comprises a first slot and a second slot , the first adjustment mechanism being inserted through the first slot into the first recess , and the extension direction of the second slot forming an acute angle (α) in anti-clockwise direction with the movement direction of the second adjustment mechanism .