mhurhangee/patent-ind-claim-en huggingface dataset:
A functionalized biological multilayer porous membrane immune carrier, comprising: a biological multilayer porous membrane; a specific anti-biological multilayer porous membrane antibody, the specific anti-biological multilayer porous membrane antibody being attached to the surface of the biological multilayer porous membrane through antigen-antibody specific binding with the biological multilayer porous membrane; and a cross-linked antibody, the cross-linked antibody being coupled and bound with the specific anti-biological multilayer porous membrane antibody, wherein one Fab terminal of the cross-linked antibody is capable of being coupled with the specific anti-biological multilayer porous membrane antibody, and the other Fab terminal is capable of being bound to a specific antibody. a biological multilayer porous membrane; a specific anti-biological multilayer porous membrane antibody, the specific anti-biological multilayer porous membrane antibody being attached to the surface of the biological multilayer porous membrane through antigen-antibody specific binding with the biological multilayer porous membrane; and a cross-linked antibody, the cross-linked antibody being coupled and bound with the specific anti-biological multilayer porous membrane antibody, wherein one Fab terminal of the cross-linked antibody is capable of being coupled with the specific anti-biological multilayer porous membrane antibody, and the other Fab terminal is capable of being bound to a specific antibody.
A porous separator comprising a porous layer containing a plurality of plate-type inorganic particles and a first binder polymer positioned on part or all of a surface of the plate-type inorganic particles to connect and fix between the plate-type inorganic particles; and a metal layer disposed on a surface of the porous layer; wherein the aspect ratio of the plate-type inorganic particles is 5 to 100. a porous layer containing a plurality of plate-type inorganic particles and a first binder polymer positioned on part or all of a surface of the plate-type inorganic particles to connect and fix between the plate-type inorganic particles; and a metal layer disposed on a surface of the porous layer; wherein the aspect ratio of the plate-type inorganic particles is 5 to 100.
Process for making a coated oxide material, said process comprising the following steps: (a) providing a particulate material selected from lithiated nickel-cobalt aluminum oxides, lithiated cobalt-manganese oxides and lithiated layered nickel-cobalt-manganese oxides, (b) treating said cathode active material with a metal alkoxide or metal amide or alkyl metal compound at a pressure that is in the range of from 5 mbar to 1 bar above ambient pressure, (c) deactivating the material obtained in step (b) with an HF containing gas at ambient pressure, wherein step (b) is carried out in a mixer that mechanically introduces mixing energy into the particulate material and that is selected from compulsory mixers and free-fall mixers, or by way of a moving bed or fixed bed wherein an inert gas containing a metal alkoxide or metal amide or alkyl metal compound flows from top to bottom through the respective bed. (a) providing a particulate material selected from lithiated nickel-cobalt aluminum oxides, lithiated cobalt-manganese oxides and lithiated layered nickel-cobalt-manganese oxides, (b) treating said cathode active material with a metal alkoxide or metal amide or alkyl metal compound at a pressure that is in the range of from 5 mbar to 1 bar above ambient pressure, (c) deactivating the material obtained in step (b) with an HF containing gas at ambient pressure,
A test tube-shaped preform for biaxial stretch blow molding made by injection molding, the preform comprising: a transparent base layer ; a circumferential wall formed of the transparent base layer ; and a light-blocking or opaque intermediate layer formed in the base layer , wherein the intermediate layer is formed in a laminated manner over an area covering an entire circumference of the circumferential wall excluding a non-laminated section , where the intermediate layer is not formed, that extends in a shape of a longitudinal strip along a central axis direction on the circumferential wall of the preform, characterized in that the light-blocking or opaque intermediate layer is formed in the base layer in a laminated manner to cover a range of substantially a total height, excluding an upper end surface of a mouth tube of the circumferential wall, wherein the intermediate layer is formed in a laminated manner over an entire area near a bottom that at least includes a bottom wall . a transparent base layer ; a circumferential wall formed of the transparent base layer ; and a light-blocking or opaque intermediate layer formed in the base layer , wherein the intermediate layer is formed in a laminated manner over an area covering an entire circumference of the circumferential wall excluding a non-laminated section , where the intermediate layer is not formed, that extends in a shape of a longitudinal strip along a central axis direction on the circumferential wall of the preform, characterized in that the light-blocking or opaque intermediate layer is formed in the base layer in a laminated manner to cover a range of substantially a total height, excluding an upper end surface of a mouth tube of the circumferential wall, wherein the intermediate layer is formed in a laminated manner over an entire area near a bottom that at least includes a bottom wall .
A power tool comprising: a cover for concealing one or more components of the power tool , and having a through recess between an inner surface for facing the one or more components and an outer surface for facing away from the one or more components , the through-recess being arranged for receiving a threaded member protruding from the tool and extending between an inner opening at the inner surface and an outer opening at the outer surface ; and a threaded nut for threadingly engaging the threaded member for tightening the cover to the tool and being captively attached to the cover , the nut including a radially protruding portion with a larger radius than the inner and outer openings ; wherein the cover has opposing first and second shoulder portions surrounding the inner and outer openings , and in the tightened state of the nut and threaded member , the nut being in tight contact with the first shoulder portion , and in the non-engaged state of the nut and threaded member , the radially protruding portion is engagable with the second shoulder portion for captively attaching the nut to the cover , characterized in that the radially protruding portion is a washer attached to a bottom surface of the nut . a cover for concealing one or more components of the power tool , and having a through recess between an inner surface for facing the one or more components and an outer surface for facing away from the one or more components , the through-recess being arranged for receiving a threaded member protruding from the tool and extending between an inner opening at the inner surface and an outer opening at the outer surface ; and a threaded nut for threadingly engaging the threaded member for tightening the cover to the tool and being captively attached to the cover , the nut including a radially protruding portion with a larger radius than the inner and outer openings ; wherein the cover has opposing first and second shoulder portions surrounding the inner and outer openings , and in the tightened state of the nut and threaded member , the nut being in tight contact with the first shoulder portion , and in the non-engaged state of the nut and threaded member , the radially protruding portion is engagable with the second shoulder portion for captively attaching the nut to the cover , characterized in that the radially protruding portion is a washer attached to a bottom surface of the nut .
A device comprising a cap and a motion sensor, wherein: the cap is attachable to a selected part of a sport instrument, and the cap comprises a motion sensor housing, the housing is configured to be located inside a selected part of the sport instrument; wherein the housing is characterized by a locking mechanism for locking the motion sensor inside the housing, wherein the locking mechanism is configured to lock the motion sensor when pushed inside said housing and to unlock said motion sensor by tapping at the same location where the sensor was pushed in. the cap is attachable to a selected part of a sport instrument, and the cap comprises a motion sensor housing, the housing is configured to be located inside a selected part of the sport instrument; wherein the housing is characterized by a locking mechanism for locking the motion sensor inside the housing, wherein the locking mechanism is configured to lock the motion sensor when pushed inside said housing and to unlock said motion sensor by tapping at the same location where the sensor was pushed in.
A deterioration determination apparatus , comprising: an information obtainment unit configured to obtain information on deformation of a plurality of regions of a suction portion , which suction portion is configured to hold an object by suction with negative pressure, in a state in which the suction portion does not hold an object by suction; and a deterioration determination unit configured to: calculate a ratio of the deformation of the plurality of regions of the suction portion based on the information on the deformation of the plurality of regions of the suction portion in a state in which the suction portion does not hold an object by suction, and determine whether or not the suction portion has deteriorated, depending on that ratio. an information obtainment unit configured to obtain information on deformation of a plurality of regions of a suction portion , which suction portion is configured to hold an object by suction with negative pressure, in a state in which the suction portion does not hold an object by suction; and a deterioration determination unit configured to: calculate a ratio of the deformation of the plurality of regions of the suction portion based on the information on the deformation of the plurality of regions of the suction portion in a state in which the suction portion does not hold an object by suction, and determine whether or not the suction portion has deteriorated, depending on that ratio. calculate a ratio of the deformation of the plurality of regions of the suction portion based on the information on the deformation of the plurality of regions of the suction portion in a state in which the suction portion does not hold an object by suction, and determine whether or not the suction portion has deteriorated, depending on that ratio.
Vehicle electrical system for a motor vehicle, comprising at least one HV battery for providing a positive potential (H+) and a negative potential (H-) and at least one HV load , an insulation monitor for monitoring insulation resistances (R iso_P , R iso_N ) to a vehicle ground (PA) galvanically isolated from the vehicle electrical system being provided, between the positive potential (H+) and the vehicle ground (PA) and between the negative potential (H-) and the vehicle ground (PA) a Y capacitor (C Y_P , C Y_N ) being provided in each case, characterized in that a voltage center tap , which is present in the vehicle electrical system or in a component of the vehicle electrical system , lies between the positive potential (H+) and the negative potential (H-) between two resistors connected as voltage dividers or is formed by a capacitive voltage divider and is connected to the vehicle ground (PA) by means of an ohmic coupling resistor (R K ), the coupling resistor (R K ) being designed as a series connection consisting of a fixed resistor (R F ) and a variable resistor (Rv). a voltage center tap , which is present in the vehicle electrical system or in a component of the vehicle electrical system , lies between the positive potential (H+) and the negative potential (H-) between two resistors connected as voltage dividers or is formed by a capacitive voltage divider and is connected to the vehicle ground (PA) by means of an ohmic coupling resistor (R K ), the coupling resistor (R K ) being designed as a series connection consisting of a fixed resistor (R F ) and a variable resistor (Rv).
A vehicle display system comprising: a first display device configured to project a light pattern onto a road surface outside the vehicle ; a second display device inside the vehicle configured to display a predetermined image to an occupant of the vehicle such that the predetermined image is superimposed on a real space outside the vehicle ; and a controller configured to control the first display device and the second display device , wherein, in a case where both the predetermined image and the light pattern are displayed, the controller causes a distance from the occupant to the predetermined image to match a distance from the occupant to the light pattern. a first display device configured to project a light pattern onto a road surface outside the vehicle ; a second display device inside the vehicle configured to display a predetermined image to an occupant of the vehicle such that the predetermined image is superimposed on a real space outside the vehicle ; and a controller configured to control the first display device and the second display device , wherein, in a case where both the predetermined image and the light pattern are displayed, the controller causes a distance from the occupant to the predetermined image to match a distance from the occupant to the light pattern.
A method for improving a manufacture of topology optimized 3D parts, the method comprising: by a computing system : accessing geometries associated with a topology optimization process, the geometries comprising: an original geometry that represents a design space upon which the topology optimization process applies to, wherein the original geometry also represents the 3D part, and wherein the original geometry comprises fixed regions designated to remain unchanged by the topology optimization process; and a topology optimized geometry that represents an output of the topology optimization process performed for the original geometry ; and generating a final geometry from the topology optimized geometry by: conforming the topology optimized geometry to the original geometry at portions of the topology optimized geometry that correspond to said fixed regions of the original geometry ; and smoothing the topology optimized geometry at portions that correspond to non-fixed regions of the original geometry . accessing geometries associated with a topology optimization process, the geometries comprising: an original geometry that represents a design space upon which the topology optimization process applies to, wherein the original geometry also represents the 3D part, and wherein the original geometry comprises fixed regions designated to remain unchanged by the topology optimization process; and a topology optimized geometry that represents an output of the topology optimization process performed for the original geometry ; and an original geometry that represents a design space upon which the topology optimization process applies to, wherein the original geometry also represents the 3D part, and wherein the original geometry comprises fixed regions designated to remain unchanged by the topology optimization process; and a topology optimized geometry that represents an output of the topology optimization process performed for the original geometry ; and generating a final geometry from the topology optimized geometry by: conforming the topology optimized geometry to the original geometry at portions of the topology optimized geometry that correspond to said fixed regions of the original geometry ; and smoothing the topology optimized geometry at portions that correspond to non-fixed regions of the original geometry . conforming the topology optimized geometry to the original geometry at portions of the topology optimized geometry that correspond to said fixed regions of the original geometry ; and smoothing the topology optimized geometry at portions that correspond to non-fixed regions of the original geometry .
A catheter , comprising: an elongate flexible catheter body; and an expandable structure associated with the catheter body and including a radially expandable balloon, wherein the expandable structure has an outer diameter of less than 4 mm when in an expanded configuration; characterized in that the expandable structure includes a plurality of flexible circuits extending along an outer surface of the balloon, each flexible circuit including at least one electrode and at least one temperature sensor ; at least a portion of the outer surface of the balloon is a flexible polyimide film; and the flexible polyimide film defines a base insulative layer of the plurality of flexible circuits . an elongate flexible catheter body; and an expandable structure associated with the catheter body and including a radially expandable balloon, wherein the expandable structure has an outer diameter of less than 4 mm when in an expanded configuration; characterized in that the expandable structure includes a plurality of flexible circuits extending along an outer surface of the balloon, each flexible circuit including at least one electrode and at least one temperature sensor ; at least a portion of the outer surface of the balloon is a flexible polyimide film; and the flexible polyimide film defines a base insulative layer of the plurality of flexible circuits .
Disk brake for motor vehicles, comprising a pressure piece arranged along an axial axis (AB) of the disk brake , at least one adjusting spindle having a thread , the thread having at least one thread turn , and comprising an adjustment unit for adjusting the clearance (L) of the disk brake , the adjusting spindle being guided axially at least in portions through an opening of the pressure piece provided with a threaded unit , and the adjusting spindle being guided at least in portions through the adjustment unit and the adjustment unit projecting axially at least in part into the opening of the pressure piece , characterized in that the adjusting spindle has a limit stop in the thread turn .
Energy system, which provides a form of energy for an energy consumer, comprising a first and a second component and also a control unit, wherein - the components are designed to provide the same form of energy; and - wherein the control unit is designed at least to control the provision of the form of energy and to calculate a first limit switching value K 1 of the first component and a second limit switching value K 2 of the second component; characterized in that the control unit is designed - to calculate the first limit switching value K 1 by means of K 1 = ρ 1 / η 1 , wherein ρ 1 denotes the control variable and η 1 denotes the efficiency of the first component in relation to the provision of the form of energy; and - to calculate the second limit switching value K 2 by means of K 2 = ρ 2 / η 2 , wherein ρ 2 denotes the control variable and η 2 denotes the efficiency of the second component in relation to the provision of the form of energy; and wherein - the control unit is also designed to control the provision of the form of energy in such a way that the form of energy is provided by the component with the lowest of the two limit switching values ( K 1 , K 2 ). - the components are designed to provide the same form of energy; and - wherein the control unit is designed at least to control the provision of the form of energy and to calculate a first limit switching value K 1 of the first component and a second limit switching value K 2 of the second component; characterized in that the control unit is designed - to calculate the first limit switching value K 1 by means of K 1 = ρ 1 / η 1 , wherein ρ 1 denotes the control variable and η 1 denotes the efficiency of the first component in relation to the provision of the form of energy; and - to calculate the second limit switching value K 2 by means of K 2 = ρ 2 / η 2 , wherein ρ 2 denotes the control variable and η 2 denotes the efficiency of the second component in relation to the provision of the form of energy; and wherein - the control unit is also designed to control the provision of the form of energy in such a way that the form of energy is provided by the component with the lowest of the two limit switching values ( K 1 , K 2 ).
A method for controlling congestion by a radio access network, RAN, congestion awareness function, RCAF, in a mobile communication system, the method comprising: receiving congestion information associated with a base station or a cell; transmitting (S1210), to a mobility management entity, MME , a first message for requesting information on at least one user equipment, UE, served by a congested base station or a congested cell based on the congestion information, the first message including an identifier of a public land mobile network, PLMN, and an identifier of the congested base station or an identifier of the congested cell; and receiving (S1220), from the MME , a second message including the information, the information including a list of at least one identity, ID, of the at least one UE that is served by the congested base station or the congested cell and corresponds to the PLMN. receiving congestion information associated with a base station or a cell; transmitting (S1210), to a mobility management entity, MME , a first message for requesting information on at least one user equipment, UE, served by a congested base station or a congested cell based on the congestion information, the first message including an identifier of a public land mobile network, PLMN, and an identifier of the congested base station or an identifier of the congested cell; and receiving (S1220), from the MME , a second message including the information, the information including a list of at least one identity, ID, of the at least one UE that is served by the congested base station or the congested cell and corresponds to the PLMN.