mhurhangee/patent-ind-claim-en huggingface dataset:
An anchor point with a lower part having a threaded pin as connecting means for connecting the anchor point to an object to be handled therewith and with an upper part , which is rotatable relative to the lower part and is connected thereto, having a connecting member for connecting a lifting, anchoring or lashing means, wherein, for mounting the upper part relative to the lower part , one of the two parts , as an outer bearing part, encloses at least one axial portion of the other part as an inner bearing part, which anchor point is provided with coupling means for the torque-locking coupling of the upper part to the lower part for the purpose of a tool-free connection of the anchor point to an object to be handled therewith, wherein the coupling means are provided as a coupling pin which is adjustable in the radial direction and is held in the outer bearing part , and as at least one rotary driving contour which is accessible in the radial direction and acts in the circumferential direction on the sides of the inner bearing part , with which rotary driving contour the actuated coupling pin is engaged with a coupling portion for bringing about the torque-locking coupling of the upper part and the lower part , characterized in that at least one restoring element acts on the coupling pin in such a way that, for bringing about a torque-locking coupling of the upper part and the lower part the coupling pin is movable against the force of the at least one restoring element and when the coupling pin is not actuated, the upper part is freely rotatable relative to the lower part .
A method for determining exhaust mass flow through a diesel particulate filter (DPF) in an engine arrangement comprising an engine and an exhaust after treatment system (EATS) comprising the DPF, the method comprising: determining soot loading and soot distribution in the DPF; measuring pressure drop over the DPF; measuring pressure in the DPF; measuring temperature in the DPF; and determining exhaust mass flow through the DPF as a function of the measured pressure drop, the measured pressure, the measured temperature, and the soot loading and soot distribution. determining soot loading and soot distribution in the DPF; measuring pressure drop over the DPF; measuring pressure in the DPF; measuring temperature in the DPF; and determining exhaust mass flow through the DPF as a function of the measured pressure drop, the measured pressure, the measured temperature, and the soot loading and soot distribution.
A flame retardant polyurethane-urea hybrid coating agent composition containing expanded graphite, wherein the flame retardant polyurethane-urea hybrid coating agent composition is a binary composition composed of a hardening agent and a main material, wherein the hardening agent is a prepolymer having an isocyanate terminal obtained by addition-polymerizing divalent to octavalent polyether-based polyol, divalent or trivalent polyester-based polyol, or a mixture comprising the polyether-based polyol and the polyester-based polyol in a weight ratio of 9:1 to 1:9, and modified methyl diphenyl diisocyanate having a carbodiimide bond, in a weight ratio of 5:5 to 2.5:7.5; and the main material is a mixture of a flame retardant comprising 30 to 70 parts by weight of a polyphosphate- based flame retardant and 5 to 40 parts by weight of an inorganic flame retardant based on 100 parts by weight of expanded graphite, 200 to 400 parts by weight of ether-type polyol having a divalent or trivalent amine terminal, 20 to 300 parts by weight of at least one polyol selected from the group consisting of divalent and trivalent polyester-based polyols and divalent to octavalent polyether-based polyols, and 80 to 200 parts by weight of a divalent amine monomer as a chain extender based on 100 parts by weight of the flame retardant.
A method for adding serving cells in a wireless communication system, comprising: a User Equipment, in the following also referred to as UE, is served by a first cell controlled by a first evolved Node B, in the following also referred to as eNB, wherein multiple radio bearers, in the following also referred to as RBs, for the UE are allocated to the first eNB and there is a Medium Access Control, in the following also referred to as MAC, entity in the UE for supporting the first cell ; and the UE receives a Radio Resource Control, in the following also referred to as RRC, message for adding a second cell controlled by a second eNB to the UE, wherein a RB among the multiple RBs is relocated to the second eNB according to information included in the RRC message ; characterized by the UE re-establishes a Radio Link Control, in the following also referred to as RLC, entity corresponding to the RB and does not reset the MAC entity in response to the relocation of the RB . a User Equipment, in the following also referred to as UE, is served by a first cell controlled by a first evolved Node B, in the following also referred to as eNB, wherein multiple radio bearers, in the following also referred to as RBs, for the UE are allocated to the first eNB and there is a Medium Access Control, in the following also referred to as MAC, entity in the UE for supporting the first cell ; and the UE receives a Radio Resource Control, in the following also referred to as RRC, message for adding a second cell controlled by a second eNB to the UE, wherein a RB among the multiple RBs is relocated to the second eNB according to information included in the RRC message ; characterized by the UE re-establishes a Radio Link Control, in the following also referred to as RLC, entity corresponding to the RB and does not reset the MAC entity in response to the relocation of the RB .
A vehicle seat assembly comprising: a chassis ; a backrest support pivotally mounted to the chassis ; a recline control mechanism comprising a pinion gear and a drive rack ; and reaction means for maintaining engagement of the drive rack with the pinion gear; characterised in that the recline control mechanism comprises a deformable link connected to the drive rack for controlling the transmittal of a force from the backrest support to the chassis . a chassis ; a backrest support pivotally mounted to the chassis ; a recline control mechanism comprising a pinion gear and a drive rack ; and reaction means for maintaining engagement of the drive rack with the pinion gear; characterised in that the recline control mechanism comprises a deformable link connected to the drive rack for controlling the transmittal of a force from the backrest support to the chassis .
A method of binding a metal ion in water, the method comprising: contacting the water with a fraction of dissolved organic material (DOM) to form a complex between the DOM fraction and the metal ion; and optionally separating the complex from the water; wherein the metal ion is a rare earth element, a divalent metal, a transition metal, or a divalent transition metal; wherein the fraction of DOM is a low molecular weight organic compound fraction of the DOM (LMW-DOM), wherein the LMW-DOM comprises molecular weights ranging from 150-900 Da, optionally 300-900 Da; and wherein the DOM is from phytoplankton. contacting the water with a fraction of dissolved organic material (DOM) to form a complex between the DOM fraction and the metal ion; and optionally separating the complex from the water; wherein the metal ion is a rare earth element, a divalent metal, a transition metal, or a divalent transition metal; wherein the fraction of DOM is a low molecular weight organic compound fraction of the DOM (LMW-DOM), wherein the LMW-DOM comprises molecular weights ranging from 150-900 Da, optionally 300-900 Da; and wherein the DOM is from phytoplankton.
A method for a fatigue test assessment for carrying out a fatigue test assessment on a suspension point of a cylinder block of an engine, the suspension point is a position at which the cylinder block is mounted with a suspension system by a bolt and a thread, characterized in that , the method comprises: in step a, assembling a cylinder block sample with the suspension system in form of an installation of power assembly at the suspension point, and fixing the suspension point; in step b, applying a load on the suspension point in a preset direction, wherein the applied load in step b comprises a dynamic load that is cyclically loaded and a static load that is singly loaded in static; in step c, determining whether the suspension point is damaged or not; wherein the method further comprises: in step d, if the suspension point is damaged, determining a damage position, a bolt elongation and torque, and recording a final test data; and in step e, if the suspension point passes the loading assessment, terminating the fatigue test assessment, measuring the bolt elongation and recording the final test data. in step a, assembling a cylinder block sample with the suspension system in form of an installation of power assembly at the suspension point, and fixing the suspension point; in step b, applying a load on the suspension point in a preset direction, wherein the applied load in step b comprises a dynamic load that is cyclically loaded and a static load that is singly loaded in static; in step c, determining whether the suspension point is damaged or not; wherein the method further comprises: in step d, if the suspension point is damaged, determining a damage position, a bolt elongation and torque, and recording a final test data; and in step e, if the suspension point passes the loading assessment, terminating the fatigue test assessment, measuring the bolt elongation and recording the final test data. in step d, if the suspension point is damaged, determining a damage position, a bolt elongation and torque, and recording a final test data; and in step e, if the suspension point passes the loading assessment, terminating the fatigue test assessment, measuring the bolt elongation and recording the final test data.
A spectacle rod with a first end part intended for connection with a front piece , as well as a second end part intended to be bent to form an ear bend , said spectacle rod having a longitudinal direction and a transverse direction , and said spectacle rod being formed, at least above the second end part of the spectacle rod, by a plate-shaped rod having side faces as well as bottom and top faces , and wherein a friction element made from an elastic, compliant material is connected to the plate-shaped rod in a position at the ear bend for contact behind the ear of a user, and wherein the plate-shaped rod has a first transverse protrusion , which first transverse protrusion is directed in the transverse direction and obliquely in the longitudinal direction in order to form, together with the second end part of the metal rod, a longitudinally open recess , and wherein, in the first end part of the friction element, a first transverse hole is provided for receiving the first transverse protrusion of the plate-shaped rod, and wherein the plate-shaped rod is a metal rod, and wherein the friction element is conduit-shaped so that the conduit walls and bottom cover the side faces and the bottom face of the metal rod, and wherein the first transverse hole of the friction element is formed in the material quantity and directed in the transverse direction in order to receive the first transverse protrusion of the metal rod, and wherein elastic material at the first end part of the friction element is received in the open recess of the metal rod, so that the first transverse protrusion and the recess form first retaining means, and wherein between the walls and the bottom of the conduit and the side faces of the metal rod, further retaining means are provided which prevent the displacement of the friction element in the longitudinal direction and transverse direction of the metal rod, characterized in that the first transverse protrusion of the plate-shaped rod is provided at its outermost second end , in that the longitudinally open recess is form, together with the outermost second end part of the metal rod, which longitudinally open recess has at its opening a smaller cross-section than at a central part of the recess , in that the friction element at a first end of the conduit is closed by a material quantity at the first end of the friction element, in that the first transverse hole of the friction element is also directed obliquely in the longitudinal direction , in that elastic material at the first end part of the friction element is received in the open recess of the metal rod in an elastically compressed state.
A pump comprising a housing , the housing having an interior surface defining a rotor path, an inlet formed in the housing at a first position on said rotor path, an outlet formed in the housing at a second position on said rotor path spaced from said first position, a rotor rotatable in said housing, at least one first surface formed on the rotor and sealing against said rotor path of the housing , at least one second surface that is a recessed surface formed on said rotor circumferentially spaced from said first surface and forming a chamber with the rotor path that travels around said rotor path on rotation of the rotor to convey fluid around the housing from the inlet to the outlet , characterised by a resilient seal formed in a unitary one-piece with the housing , located on said rotor path and so extending between the outlet and the inlet in the direction of rotation of said rotor that the first rotor surface seals with, and resiliently deforms, the seal , as the rotor rotates around the rotor path within the housing to prevent fluid flow from said outlet to said inlet past the seal. an interior surface defining a rotor path, an inlet formed in the housing at a first position on said rotor path, an outlet formed in the housing at a second position on said rotor path spaced from said first position, a rotor rotatable in said housing, at least one first surface formed on the rotor and sealing against said rotor path of the housing , at least one second surface that is a recessed surface formed on said rotor circumferentially spaced from said first surface and forming a chamber with the rotor path that travels around said rotor path on rotation of the rotor to convey fluid around the housing from the inlet to the outlet , characterised by a resilient seal formed in a unitary one-piece with the housing , located on said rotor path and so extending between the outlet and the inlet in the direction of rotation of said rotor that the first rotor surface seals with, and resiliently deforms, the seal , as the rotor rotates around the rotor path within the housing to prevent fluid flow from said outlet to said inlet past the seal.
Apparatus , comprising a closed gas system with a working circuit , in which a compressor for a working fluid, a first heat exchanger for heating the working fluid, an expander and a second heat exchanger for cooling the working fluid are arranged, comprising a first pressurized gas tank and a first gas line , which branches off from the working circuit between the compressor and the first heat exchanger and opens into the first pressurized gas tank , and also a second gas line , which branches off from the first pressurized gas tank , characterized in that the second gas line opens into the working circuit between the expander and the second heat exchanger .
A printing apparatus comprising: a print head including a plurality of ejection ports to eject a liquid to a printing medium; a circulation means arranged to circulate the liquid in a circulation path including the print head; and a control means configured to control the circulation means to execute periodic circulation by causing the circulation means to circulate the liquid in the circulation path; characterized in that the control means performs the execution of the periodic circulation by causing the circulation means to circulate the liquid in the circulation path for a first predetermined period and in a case where the print job is executed in a predetermined period from the end of the first period to resumption of the periodic circulation, performs the execution of the periodic circulation using the circulation means for a predetermined period which is shorter than the first predetermined period in response to execute the print job. a print head including a plurality of ejection ports to eject a liquid to a printing medium; a circulation means arranged to circulate the liquid in a circulation path including the print head; and a control means configured to control the circulation means to execute periodic circulation by causing the circulation means to circulate the liquid in the circulation path; characterized in that the control means performs the execution of the periodic circulation by causing the circulation means to circulate the liquid in the circulation path for a first predetermined period and in a case where the print job is executed in a predetermined period from the end of the first period to resumption of the periodic circulation, performs the execution of the periodic circulation using the circulation means for a predetermined period which is shorter than the first predetermined period in response to execute the print job.
A service transmission method, comprising: determining , by a group communication application server, based on a quantity of subscription terminals and cells to which the subscription terminals belong, the cells in which a service needs to be transmitted in multicast mode; obtaining, by the group communication application server, the coverage level of each subscription terminal; determining , by the group communication application server, a multicast coverage level of the multicast service in each cell based on the coverage level of the subscription terminals, wherein the multicast coverage level is a coverage level used when a network access device corresponding to the cell transmits the service in multicast mode; and sending , by the group communication application server, a multicast transmission indicator to a network access device of the multicast service through a broadcast multicast service center, BM-SC, a mobility management entity, MME, and a multimedia broadcast multicast service coordination entity, MCE, wherein the multicast transmission indicator carries multicast coverage level indication information, and the multicast coverage level indication information corresponds to the multicast coverage level. determining , by a group communication application server, based on a quantity of subscription terminals and cells to which the subscription terminals belong, the cells in which a service needs to be transmitted in multicast mode; obtaining, by the group communication application server, the coverage level of each subscription terminal; determining , by the group communication application server, a multicast coverage level of the multicast service in each cell based on the coverage level of the subscription terminals, wherein the multicast coverage level is a coverage level used when a network access device corresponding to the cell transmits the service in multicast mode; and sending , by the group communication application server, a multicast transmission indicator to a network access device of the multicast service through a broadcast multicast service center, BM-SC, a mobility management entity, MME, and a multimedia broadcast multicast service coordination entity, MCE, wherein the multicast transmission indicator carries multicast coverage level indication information, and the multicast coverage level indication information corresponds to the multicast coverage level.
A method for determining a target sound scene representation at a target position from two or more source sound scenes, the method comprising: - positioning spatial domain representations of the two or more source sound scenes in a virtual scene, the representations being represented by virtual loudspeaker positions; - obtaining projected virtual loudspeaker positions of a spatial domain representation of the target sound scene by projecting the virtual loudspeaker positions of the two or more source sound scenes in the direction of said target position on a circle or a sphere around the target position; - determining directions between the target position and the projected virtual loudspeaker positions; and - computing said target sound scene representation from the determined directions. - positioning spatial domain representations of the two or more source sound scenes in a virtual scene, the representations being represented by virtual loudspeaker positions; - obtaining projected virtual loudspeaker positions of a spatial domain representation of the target sound scene by projecting the virtual loudspeaker positions of the two or more source sound scenes in the direction of said target position on a circle or a sphere around the target position; - determining directions between the target position and the projected virtual loudspeaker positions; and - computing said target sound scene representation from the determined directions.
A method for wireless communication in a wireless communication system comprising: determining a first preamble (602; 704; 804; 906) within a first data packet (604; 702; 802; 902) transmitted from a first network node in the wireless communication system, the first preamble (602; 704; 804; 906) including a channel reservation indication configured to indicate a transmission time reservation (606; 706; 806; 908) of channel resources covering the first data packet (604; 702; 802; 902), a second data packet (608; 708; 808; 910) received from a second network node responsive to the first data packet, and a portion of a third data packet (610; 710; 810; 912) transmitted from the first network node subsequent to the transmission of the second data packet; and transmitting the first data packet (604; 702; 802; 902). determining a first preamble (602; 704; 804; 906) within a first data packet (604; 702; 802; 902) transmitted from a first network node in the wireless communication system, the first preamble (602; 704; 804; 906) including a channel reservation indication configured to indicate a transmission time reservation (606; 706; 806; 908) of channel resources covering the first data packet (604; 702; 802; 902), a second data packet (608; 708; 808; 910) received from a second network node responsive to the first data packet, and a portion of a third data packet (610; 710; 810; 912) transmitted from the first network node subsequent to the transmission of the second data packet; and transmitting the first data packet (604; 702; 802; 902).
A method for the surface processing of a component by flow grinding, comprising the following steps: (a) providing a blank , (b) flooding at least one surface of the blank with a fluid carrier material containing grinding particles, wherein the blank is rounded at positions at which, during flooding, the flow direction of the fluid carrier material containing the grinding particles changes and, at positions at which a flow separation occurs on the finished component, additional material is attached such that a flow separation at the beginning of the flooding operation is prevented. (a) providing a blank , (b) flooding at least one surface of the blank with a fluid carrier material containing grinding particles, wherein the blank is rounded at positions at which, during flooding, the flow direction of the fluid carrier material containing the grinding particles changes and, at positions at which a flow separation occurs on the finished component, additional material is attached such that a flow separation at the beginning of the flooding operation is prevented.