mhurhangee/patent-ind-claim-en huggingface dataset:
A method of removing particles (P) in an injector of a diesel engine (E) including an injector body and a control valve , wherein the injector body includes a high-pressure passage and a low-pressure passage , wherein the control valve is movably arranged in the low-pressure passage for controlling flows of a fuel from the high-pressure passage to the low-pressure passage such that an outer surface of the control valve is positioned adjacent to an inner wall of the low-pressure passage and, when an injection signal is received, the control valve blocking the low-pressure passage is moved so that the low-pressure passage is opened, the method comprising: recognizing a stop of the diesel engine (E); recognizing a non-input of a cranking signal to the diesel engine (E) from a stop point of the diesel engine (E) to a set time; inputting an injection signal to the injector of the stopped diesel engine (E); moving the control valve of the injector adjacently to the inner wall of the low-pressure passage in a low-pressure passage by the injection signal to remove the particles (P) accumulated on the inner wall of the low-pressure passage , wherein the injection signal to the injector is inputted for a set time by a set period; and when a cranking signal is inputted into the diesel engine (E) during removing the particles (P), stopping the removal of the particles (P). recognizing a stop of the diesel engine (E); recognizing a non-input of a cranking signal to the diesel engine (E) from a stop point of the diesel engine (E) to a set time; inputting an injection signal to the injector of the stopped diesel engine (E); moving the control valve of the injector adjacently to the inner wall of the low-pressure passage in a low-pressure passage by the injection signal to remove the particles (P) accumulated on the inner wall of the low-pressure passage , wherein the injection signal to the injector is inputted for a set time by a set period; and when a cranking signal is inputted into the diesel engine (E) during removing the particles (P), stopping the removal of the particles (P).
A hybrid optical fibre-metallic access network comprising: a multiplexer which is connected to an optical fibre cable and a first end of a metallic cable , the multiplexer being located at a first network location ; and a modem which is connected to the second end of the metallic cable, the modem being a) located at a second network location , the second location being located away from the customer premises ; and b) connected to an apparatus in the customer premises by a further cable , characterised in that , in use, i) the multiplexer is configured to transmit data using a plurality of data channels processed according to a first protocol, the plurality of data channels being provided by at least two copper pairs in the metallic cable and one or more phantom modes; and ii) the modem is configured to receive the plurality of data channels processed according to the first protocol and to transmit the data over the further cable to the customer premises apparatus using a second protocol. a multiplexer which is connected to an optical fibre cable and a first end of a metallic cable , the multiplexer being located at a first network location ; and a modem which is connected to the second end of the metallic cable, the modem being a) located at a second network location , the second location being located away from the customer premises ; and b) connected to an apparatus in the customer premises by a further cable , characterised in that , in use, i) the multiplexer is configured to transmit data using a plurality of data channels processed according to a first protocol, the plurality of data channels being provided by at least two copper pairs in the metallic cable and one or more phantom modes; and ii) the modem is configured to receive the plurality of data channels processed according to the first protocol and to transmit the data over the further cable to the customer premises apparatus using a second protocol. a) located at a second network location , the second location being located away from the customer premises ; and b) connected to an apparatus in the customer premises by a further cable , characterised in that , in use, i) the multiplexer is configured to transmit data using a plurality of data channels processed according to a first protocol, the plurality of data channels being provided by at least two copper pairs in the metallic cable and one or more phantom modes; and ii) the modem is configured to receive the plurality of data channels processed according to the first protocol and to transmit the data over the further cable to the customer premises apparatus using a second protocol. i) the multiplexer is configured to transmit data using a plurality of data channels processed according to a first protocol, the plurality of data channels being provided by at least two copper pairs in the metallic cable and one or more phantom modes; and ii) the modem is configured to receive the plurality of data channels processed according to the first protocol and to transmit the data over the further cable to the customer premises apparatus using a second protocol.
Method for producing a sieve basket for receiving medical items to be disinfected or sterilized, in which from a plate blank , preferably a sheet metal blank , - in a first processing step (I), preferably separating, particularly preferably cutting, such as laser cutting, a base plate or sieve basket base surface comprising the bottom and side walls of the sieve basket in one piece is produced, - in a second processing step (II) taking place prior to or after the first processing step (I), preferably separating, especially preferably punching, the plate blank, in particular sheet metal blank , or the sieve basket base surface is provided with apertures or holes in order to obtain a perforated initial shape , - in a third processing step (III) taking place after the first and second processing steps (I, II), preferably forming, especially preferably rolling or flattening, a perforated or punched plane is produced, which is divided into a flat inner portion representing the bottom and edge portions representing the side walls, - in a fourth processing step (IV) taking place after the third processing step (III), preferably forming, especially preferably bending, a sieve basket shape with a raw bottom and side walls extending vertically thereto is produced, the raw bottom of which corresponds to the flat inner portion and the side walls correspond to the flat edge portions of the perforated plane , characterized by a fifth processing step (V) which takes place directly or indirectly after the third processing step (III), preferably forming, especially preferably embossing, which at least partially produces a three-dimensionally structured bottom at least from the flat inner portion . - in a first processing step (I), preferably separating, particularly preferably cutting, such as laser cutting, a base plate or sieve basket base surface comprising the bottom and side walls of the sieve basket in one piece is produced, - in a second processing step (II) taking place prior to or after the first processing step (I), preferably separating, especially preferably punching, the plate blank, in particular sheet metal blank , or the sieve basket base surface is provided with apertures or holes in order to obtain a perforated initial shape , - in a third processing step (III) taking place after the first and second processing steps (I, II), preferably forming, especially preferably rolling or flattening, a perforated or punched plane is produced, which is divided into a flat inner portion representing the bottom and edge portions representing the side walls, - in a fourth processing step (IV) taking place after the third processing step (III), preferably forming, especially preferably bending, a sieve basket shape with a raw bottom and side walls extending vertically thereto is produced, the raw bottom of which corresponds to the flat inner portion and the side walls correspond to the flat edge portions of the perforated plane ,
A composition comprising anti-CD20 glycoantibodies, wherein the anti-CD20 glycoantibodies are a homogeneous population of Rituximab comprising a single, uniform N-glycan on the Fc region and wherein the N-glycan is free of core fucose and has the structure of Sia 2 (α2-6)Gal 2 GlcNAc 2 Man 3 GlcNAc 2 , for use in treating cancer in a patient that is resistant or refractory to treatment with Rituximab.
Tyre comprising a tread comprising a plurality of blocks separated when new in the circumferential direction by grooves and provided with contact faces each forming part of the tread surface of said tread, each block of said plurality of blocks being provided with at least one sipe extending from said contact face, having a depth Pc and having a width that can vary in the direction of the depth Pc, and known as a complex sipe, said width being at a maximum in a distal part of said complex sipe, the tread when new comprises a first layer of material delimiting the tread surface and at least one second layer of material radially on the inside of said first layer, the first layer of material being formed in a first rubber composition and said second layer of material being formed in a second rubber composition different from the first rubber composition, said complex sipe and the grooves separating the blocks are formed entirely in the first layer of material , characterized in that laterally on each side of said complex sipe, the second layer of material extends, when viewed in transverse section in said block, beyond the bottom of said complex sipe in the direction of the contact face of said block.
A spiral overlay for a conveyor belt formed of a plurality of connecting rods extending laterally across the belt and having a lateral axis extending across the belt defining a lateral direction, a longitudinal axis extending along a conveying direction of the belt , and a vertical axis perpendicular to the lateral axis and the longitudinal axis , the vertical axis defining a vertical direction, said overlay comprising: a plurality of wire spirals configured to be assembled together in intermeshing relationship to one another on the connecting rods to provide a conveying surface and an opposing surface with a belt thickness extending in the vertical direction; each of said wire spirals formed of a single length of wire and forming a helix configured to extend laterally across the belt , said spiral comprising opposed arcuate linking bends at a forward end and a rearward end along the longitudinal axis , and at least one intermediate loop disposed within the belt thickness , said spirals arranged relative to one another such that said linking bends of one spiral are intermeshed with linking bends of an immediately adjacent one of said spirals and said intermeshed linking bends of adj acent spirals are adapted to receive one of the connecting rods to operatively connect said spirals; characterized in that : the at least one intermediate loop is formed between said opposed arcuate linking bends . a plurality of wire spirals configured to be assembled together in intermeshing relationship to one another on the connecting rods to provide a conveying surface and an opposing surface with a belt thickness extending in the vertical direction; each of said wire spirals formed of a single length of wire and forming a helix configured to extend laterally across the belt , said spiral comprising opposed arcuate linking bends at a forward end and a rearward end along the longitudinal axis , and at least one intermediate loop disposed within the belt thickness , said spirals arranged relative to one another such that said linking bends of one spiral are intermeshed with linking bends of an immediately adjacent one of said spirals and said intermeshed linking bends of adj acent spirals are adapted to receive one of the connecting rods to operatively connect said spirals; characterized in that : the at least one intermediate loop is formed between said opposed arcuate linking bends .
Ball joint having a housing which comprises an interior space and a pivot opening , the interior space of which housing has, in a region which faces the pivot opening , an inner circumferential face which runs around an axial centre longitudinal axis , having a ball socket which is arranged in the interior space is open towards the pivot opening and, on its side which faces the pivot opening , has an overlap region which is inclined inwards with respect to the centre longitudinal axis in the direction of the pivot opening and, together with the inner circumferential face of the housing , delimits an annular space , having a ball pivot which comprises a joint ball , is mounted movably in the ball socket by way of its joint ball , and extends out of the housing through the pivot opening , and having a lock ring which is inserted into the annular space and is fixed axially between the ball socket and an inner shoulder of the housing , which inner shoulder is provided in the region of the pivot opening , which lock ring has an outer circumferential face which bears against the inner circumferential face of the housing and a bearing face which bears against a bearing region of the overlap region of the ball socket and is inclined inwards with respect to the centre longitudinal axis in the direction of the pivot opening , characterized in that the lock ring which is configured as an open ring has a free opening face which faces the pivot opening and is inclined outwards with respect to the centre longitudinal axis in the direction of the pivot opening , the inner shoulder of the housing lying outside an imaginary cone or a spatial angle which is defined by way of the opening face of the lock ring .
Connecting device for connecting anti-hail nets, comprising: - a first plate and a second plate with counter-shape to engage each other in the clamping of anti-hail nets; - fastening means to fasten said first plate and second plate and to ensure the stable holding of a fastening position of at least one portion of the hail net between said first and second plate, characterized in that at least one of said first and second plate comprises a first structural portion made of rigid thermoplastic material and a second superficial portion made of thermoplastic elastomeric material, said second portion elastically deformable for not damaging said portion of the anti-hail net. - a first plate and a second plate with counter-shape to engage each other in the clamping of anti-hail nets; - fastening means to fasten said first plate and second plate and to ensure the stable holding of a fastening position of at least one portion of the hail net between said first and second plate, characterized in that at least one of said first and second plate comprises a first structural portion made of rigid thermoplastic material and a second superficial portion made of thermoplastic elastomeric material, said second portion elastically deformable for not damaging said portion of the anti-hail net.
A vertical planting device, comprising: plural plant troughs for filling in a plant substrate, wherein each plant trough includes an upper hinge element arranged at an outrigger at a top side of the plant trough and a lower hinge element arranged at an outside of the plant trough in a base portion of the plant trough, characterized in that the plant troughs are joinable through the respective upper and/or lower hinge element to form a plant trough chain that is pivotably linked by hinges , wherein the plant trough chain forms an arrangement that is suspendable at a frame and that self stabilizes through a weight of the plant troughs without additional fastening devices wherein the plant troughs are laterally tilted from the plane of the plant trough chain. plural plant troughs for filling in a plant substrate, wherein each plant trough includes an upper hinge element arranged at an outrigger at a top side of the plant trough and a lower hinge element arranged at an outside of the plant trough in a base portion of the plant trough, characterized in that the plant troughs are joinable through the respective upper and/or lower hinge element to form a plant trough chain that is pivotably linked by hinges , wherein the plant trough chain forms an arrangement that is suspendable at a frame and that self stabilizes through a weight of the plant troughs without additional fastening devices wherein the plant troughs are laterally tilted from the plane of the plant trough chain.
Optical device comprising: - a source electrode ; - a drain electrode ; - a gap area between the source electrode and the drain electrode ; - a cluster being positioned in the gap area for connecting and disconnecting the source electrode and the drain electrode and for changing optical and/or plasmonic properties of the gap area , the cluster being configured to adopt at least two different states, wherein in one state one or more atoms and/or one or more molecules of the cluster is/are arranged such that the source electrode and the drain electrode are electrically connected, and wherein in another state the one or more atoms and/or the one or more molecules of the cluster is/are arranged such that the source electrode and the drain electrode are electrically disconnected; and - an optical coupling element for bringing light into and/or out of the gap area . - a source electrode ; - a drain electrode ; - a gap area between the source electrode and the drain electrode ; - a cluster being positioned in the gap area for connecting and disconnecting the source electrode and the drain electrode and for changing optical and/or plasmonic properties of the gap area , the cluster being configured to adopt at least two different states, wherein in one state one or more atoms and/or one or more molecules of the cluster is/are arranged such that the source electrode and the drain electrode are electrically connected, and wherein in another state the one or more atoms and/or the one or more molecules of the cluster is/are arranged such that the source electrode and the drain electrode are electrically disconnected; and - an optical coupling element for bringing light into and/or out of the gap area .
A sampling method, comprising: Acquiring , by a network chip, sampling information, the sampling information comprising: a Sample Flag, SF, a counter index of a counter and X, wherein the SF comprises a first flag and a second flag, the first flag is used to indicate that the network chip needs to perform sampling, and the second flag is used to indicate that the network chip does not need to perform the sampling; when the SF obtained by the network chip is the first flag, determining that the sampling needs to be performed; when the network chip determines that the sampling needs to be performed, performing , by the network chip, an X-addition operation on the counter index upon reception of a message, and reading a return value of the counter, wherein the return value comprises a value of an Overflow Flag, OF and a counter index of the counter after the X-addition operation is performed, wherein X is a pre-set value, and the value of the OF comprises: a first pre-set value or a second pre-set value, and wherein the first pre-set value indicates that the counter overflows after the X-addition operation is performed, and the second pre-set value indicates that the counter does not overflow after the X-addition operation is performed; judging , by the network chip, whether the value of the OF is the first pre-set value; and if the value of the OF is the first pre-set value, performing , by the network chip, the sampling, characterised in that when a digit of the counter is M and a sampling ratio is N, X is 2 M /N, and M and N are positive integers. Acquiring , by a network chip, sampling information, the sampling information comprising: a Sample Flag, SF, a counter index of a counter and X, wherein the SF comprises a first flag and a second flag, the first flag is used to indicate that the network chip needs to perform sampling, and the second flag is used to indicate that the network chip does not need to perform the sampling; when the SF obtained by the network chip is the first flag, determining that the sampling needs to be performed; when the network chip determines that the sampling needs to be performed, performing , by the network chip, an X-addition operation on the counter index upon reception of a message, and reading a return value of the counter, wherein the return value comprises a value of an Overflow Flag, OF and a counter index of the counter after the X-addition operation is performed, wherein X is a pre-set value, and the value of the OF comprises: a first pre-set value or a second pre-set value, and wherein the first pre-set value indicates that the counter overflows after the X-addition operation is performed, and the second pre-set value indicates that the counter does not overflow after the X-addition operation is performed; judging , by the network chip, whether the value of the OF is the first pre-set value; and if the value of the OF is the first pre-set value, performing , by the network chip, the sampling, characterised in that when a digit of the counter is M and a sampling ratio is N, X is 2 M /N, and M and N are positive integers.
Process for building tyres for vehicle wheels, comprising forming at least one reinforcement annular structure of a tyre being processed by means of: arranging a forming drum externally carrying a deposition surface ("S1"), wherein the forming drum has cavities alternated with solid portions at said deposition surface ("S1"); arranging an application member supported in thrust relation towards the deposition surface ("S1"); longitudinally guiding a continuous elongated element towards a point of application ("P") between the deposition surface ("S1") and a work surface presented by the application member ; winding the continuous elongated element circumferentially around the deposition surface ("S1") in order to form circumferential coils ("C") that are axially side-by-side each other; wherein, during winding, the work surface of the application member is operating in abutment relation against at least one of the coils ("C") previously formed by the continuous elongated element , during the forming of at least one part of the reinforcement annular structure . arranging a forming drum externally carrying a deposition surface ("S1"), wherein the forming drum has cavities alternated with solid portions at said deposition surface ("S1"); arranging an application member supported in thrust relation towards the deposition surface ("S1"); longitudinally guiding a continuous elongated element towards a point of application ("P") between the deposition surface ("S1") and a work surface presented by the application member ; winding the continuous elongated element circumferentially around the deposition surface ("S1") in order to form circumferential coils ("C") that are axially side-by-side each other; wherein, during winding, the work surface of the application member is operating in abutment relation against at least one of the coils ("C") previously formed by the continuous elongated element , during the forming of at least one part of the reinforcement annular structure .
A mu opioid receptor antagonist for use in a method of treating cancer in a subject, increasing the survival of a subject suffering from cancer, slowing or stopping the growth of a tumor in a subject, or inhibiting or slowing the proliferation of tumor cells in a subject, wherein the subject is a fast responder to administration of said mu opioid receptor antagonist for treatment of constipation.