mhurhangee/patent-ind-claim-en huggingface dataset:
A medical device comprising: a needle subassembly and a wire subassembly including a wire, wherein one of the needle subassembly and the wire subassembly includes a permanent magnet element , and the other of the needle subassembly and the wire subassembly includes a magnetizable feature characterized in that the permanent magnet element produces a known magnetic field at a given distance x through tissue of permeability μ r and the magnetized magnetizable feature produces a known magnetic field at a given distance x through tissue of permeability μ r and measurement of relative motion of the wire subassembly and the needle subassembly is measurable by a magnetometer which measures strength and direction of the magnetic field produced by the permanent magnet element and the magnetized magnetizable feature .
Printed circuit board with - a printed circuit layer on which a high-frequency assembly , which, during operation, emits high-frequency electromagnetic interference waves, and at least an additional assembly , particularly another high-frequency assembly, are provided characterized in that - at least a dielectric disturber is provided between the high-frequency assembly and the additional assembly , said disturber disturbing a propagation of the high-frequency electromagnetic interference waves between the high-frequency assembly and the additional assembly , and - in that an additional printed circuit layer is provided under the printed circuit layer and is made from a material that attenuates high-frequency electromagnetic waves, particularly glass-fiber matting soaked in epoxy resin. - a printed circuit layer on which a high-frequency assembly , which, during operation, emits high-frequency electromagnetic interference waves, and at least an additional assembly , particularly another high-frequency assembly, are provided characterized in that - at least a dielectric disturber is provided between the high-frequency assembly and the additional assembly , said disturber disturbing a propagation of the high-frequency electromagnetic interference waves between the high-frequency assembly and the additional assembly , and - in that an additional printed circuit layer is provided under the printed circuit layer and is made from a material that attenuates high-frequency electromagnetic waves, particularly glass-fiber matting soaked in epoxy resin.
A downhole centraliser arranged to receive a downhole tubular, the downhole centraliser comprising a tubular body having opposed ends and being formed of plastic material, the tubular body having at least one end ring mounted to an end thereof, the or each end ring also being formed of a plastic material and having a Young's modulus no greater than that of the tubular body , characterized in that at least one end of the tubular body is formed with a relatively thin annular wall section arranged to receive one end ring , the or each end ring comprising an annular member arranged to engage with an inner surface of the relatively thin annular wall section , the or each relatively thin wall section of the tubular body being provided with a plurality of spaced projections or apertures and the or each annular member being provided with a corresponding plurality of spaced apertures or projections , each aperture being arranged to engage with a corresponding projection such that the end ring and the body are positively engageable.
Method for producing a material strip having an integrated electronic component , said method comprising the following steps: feeding a material web ; cutting off a first material piece from the material web; lifting the first material piece ; placing an electronic component onto the material web ; renewed feeding of the material web having the electronic component situated thereon; cutting off a material piece from the material web so as to obtain a second material piece on which the electronic component is situated; and placing the first material piece onto the second material piece such that the electronic component is received between the first material piece and the second material piece , wherein the first material piece and the second material piece comprise non-vulcanized rubber or are composed of non-vulcanized rubber. feeding a material web ; cutting off a first material piece from the material web; lifting the first material piece ; placing an electronic component onto the material web ; renewed feeding of the material web having the electronic component situated thereon; cutting off a material piece from the material web so as to obtain a second material piece on which the electronic component is situated; and placing the first material piece onto the second material piece such that the electronic component is received between the first material piece and the second material piece , wherein the first material piece and the second material piece comprise non-vulcanized rubber or are composed of non-vulcanized rubber.
An aqueous binder composition free of phenol and formaldehyde having a pH of ≥ 8 for mineral fibres comprising: - a component (i) in form of one or more kraft lignins and having a carboxylic acid group content of 0.03 to 0.9 mmol/g, based on the dry weight of the kraft lignins; - a component (ii) in form of one or more cross-linkers; - a component (iii) in form of one or more plasticizers, wherein component (i) is in form of one or more kraft lignins having an average carboxylic acid group content of less than 1.4 groups per macromolecule considering the M_n wt. average of component (i), with the proviso that the composition does not comprise a crosslinker selected from epoxy compounds having a molecular weight M W of 500 or less. - a component (i) in form of one or more kraft lignins and having a carboxylic acid group content of 0.03 to 0.9 mmol/g, based on the dry weight of the kraft lignins; - a component (ii) in form of one or more cross-linkers; - a component (iii) in form of one or more plasticizers, wherein component (i) is in form of one or more kraft lignins having an average carboxylic acid group content of less than 1.4 groups per macromolecule considering the M_n wt. average of component (i), with the proviso that the composition does not comprise a crosslinker selected from epoxy compounds having a molecular weight M W of 500 or less.
Method for making a cylindrical bore into a conical bore using a honing tool, wherein the honing tool comprises honing stones , the length (L Hl ) of which is less than half the length (L B ) of the bore to be processed, comprising the steps of: applying the honing stones of the honing tool to the bore, honing the bore over its entire length (L B ) with a maximum stroke (H Max ), honing the bore with decreasing stroke (H), wherein a lower reversal point (UP) of the honing tool remains substantially unchanged, and ending the honing process as soon as the upper reversal point (OP) has reached a predefined end value (OP2) or a number of performed strokes with decreasing stroke (H) is reached, wherein the maximum stroke (HMax) is more than thrice the length of the minimum stroke (HMin). applying the honing stones of the honing tool to the bore, honing the bore over its entire length (L B ) with a maximum stroke (H Max ), honing the bore with decreasing stroke (H), wherein a lower reversal point (UP) of the honing tool remains substantially unchanged, and ending the honing process as soon as the upper reversal point (OP) has reached a predefined end value (OP2) or a number of performed strokes with decreasing stroke (H) is reached, wherein the maximum stroke (HMax) is more than thrice the length of the minimum stroke (HMin).
A measurement system for analyte determination, having: - an analytical device which is configured to determine an analyte measurement value for a presented bodily fluid specimen, - a fingerprint sensor device which is configured to record fingerprint sensor signals for one or more users, and - a control device which is data-linked to the analytical device and to the fingerprint sensor device , wherein the control device is configured - to carry out a user identification using recorded fingerprint sensor signals and, upon successful user identification, to enable a determination, using the analytical device , of an analyte measurement value for an identified user, and characterized in that the control device is furthermore configured - to evaluate the recorded fingerprint sensor signals and optionally additional recorded fingerprint sensor signals in addition to the user identification and independently of taking into account electronic information regarding successful user identification, in order to provide control signals for carrying out additional measurement system functions, - to identify one or more fingers of a human hand during the additional evaluation of the recorded fingerprint sensor signals and to provide control signals allocated as a function of the identified finger or all identified fingers, - to carry out the additional evaluation of the recorded fingerprint sensor signals and to provide the control signals during and/or after the analyte measurement value determination for the presented bodily fluid specimen by means of the analytical device . - an analytical device which is configured to determine an analyte measurement value for a presented bodily fluid specimen, - a fingerprint sensor device which is configured to record fingerprint sensor signals for one or more users, and - a control device which is data-linked to the analytical device and to the fingerprint sensor device , - to carry out a user identification using recorded fingerprint sensor signals and, upon successful user identification, to enable a determination, using the analytical device , of an analyte measurement value for an identified user, and characterized in that the control device is furthermore configured - to evaluate the recorded fingerprint sensor signals and optionally additional recorded fingerprint sensor signals in addition to the user identification and independently of taking into account electronic information regarding successful user identification, in order to provide control signals for carrying out additional measurement system functions, - to identify one or more fingers of a human hand during the additional evaluation of the recorded fingerprint sensor signals and to provide control signals allocated as a function of the identified finger or all identified fingers, - to carry out the additional evaluation of the recorded fingerprint sensor signals and to provide the control signals during and/or after the analyte measurement value determination for the presented bodily fluid specimen by means of the analytical device .
A heavy-duty vehicle comprising a frame ; a cabin ; a forward compartment extending from the cabin towards a front end of the vehicle ; and a crash impact absorbing arrangement at least partly arranged in the forward compartment , wherein the crash impact absorbing arrangement comprises: a front structure having a lower portion attached to the frame and an upper portion arranged between the cabin and the front end of the vehicle , the front structure being configured to collapse towards a rear end of the vehicle when a force directed towards the rear end of the vehicle acting on the upper portion of the front structure reaches a threshold force; a rear structure having a lower portion attached to the frame and an upper portion , the rear structure being configured to withstand a force directed towards the rear end of the vehicle acting on the upper portion of the rear structure exceeding the threshold force; and at least one deformable energy absorbing structure (25a-b) arranged between the upper portion of the front structure and the upper portion of the rear structure , and configured to transfer a force directed towards the rear end of the vehicle acting on the upper portion of the front structure to the upper portion of the rear structure , while being deformed to allow movement of the upper portion of the front structure towards the upper portion of the rear structure , characterized in that the upper portion of the rear structure is arranged between the cabin and the upper portion of the front structure . a front structure having a lower portion attached to the frame and an upper portion arranged between the cabin and the front end of the vehicle , the front structure being configured to collapse towards a rear end of the vehicle when a force directed towards the rear end of the vehicle acting on the upper portion of the front structure reaches a threshold force; a rear structure having a lower portion attached to the frame and an upper portion , the rear structure being configured to withstand a force directed towards the rear end of the vehicle acting on the upper portion of the rear structure exceeding the threshold force; and at least one deformable energy absorbing structure (25a-b) arranged between the upper portion of the front structure and the upper portion of the rear structure , and configured to transfer a force directed towards the rear end of the vehicle acting on the upper portion of the front structure to the upper portion of the rear structure , while being deformed to allow movement of the upper portion of the front structure towards the upper portion of the rear structure , characterized in that the upper portion of the rear structure is arranged between the cabin and the upper portion of the front structure .
A flexible organic light-emitting diode (OLED) display apparatus, comprising: a flexible base layer having a flat portion and a bent portion; and a printed circuit film with at least one driving integrated circuit and a set of connectors connected to a corresponding set of connectors provided in the bent portion of the flexible base layer, characterized in that a plurality of connectors among the set of connectors in the printed circuit film each comprises a conductive line that extends beyond a respective connector to a scribed edge of the printed circuit film and at least one connector among the set of connectors in the printed circuit film comprises a conductive line that terminates at the at least one connector and does not extend from the at least one connector to the scribed edge of the printed circuit film. a flexible base layer having a flat portion and a bent portion; and a printed circuit film with at least one driving integrated circuit and a set of connectors connected to a corresponding set of connectors provided in the bent portion of the flexible base layer, characterized in that a plurality of connectors among the set of connectors in the printed circuit film each comprises a conductive line that extends beyond a respective connector to a scribed edge of the printed circuit film and at least one connector among the set of connectors in the printed circuit film comprises a conductive line that terminates at the at least one connector and does not extend from the at least one connector to the scribed edge of the printed circuit film.
Method for actuating a control valve , wherein the control valve controls a volume flow of a fluid from a filter of a tank to an intake pipe of an internal combustion engine along a line ; wherein the method comprises at least the following steps: a) carrying out a closing operation of the control valve ; b) measuring a pressure profile upstream of the control valve ; c) determining a density of the fluid taking into consideration the pressure profile ; wherein control of a metering of fuel to the internal combustion engine is performed in a manner dependent on the determined density of the fluid . a) carrying out a closing operation of the control valve ; b) measuring a pressure profile upstream of the control valve ; c) determining a density of the fluid taking into consideration the pressure profile ;
A spring cushion for furniture, the spring cushion comprising: a base cloth arranged at a bottom side of the spring cushion; a plurality of spring modules, each spring module comprising a spring bracket and a spring installed within the spring bracket; a plurality of sponge blocks , the plurality of sponge blocks being provided within an accommodating space, each sponge block being respectively arranged on a top of a corresponding spring module in the plurality of spring modules; and a first outer cover , a top end of the first outer cover being closed and a bottom end being open, and edges of the bottom end of the first outer cover being sewn together with edges of the base cloth to form an accommodating space so as to wrap the plurality of spring modules and the plurality of sponge blocks therein; wherein the first outer cover is divided into a plurality of compartments, each compartment is configured to accommodate at least one spring module as well as at least one sponge block; and wherein the base cloth has a plurality of openings, each opening being aligned with one or more compartments in the plurality of compartments, and each opening is provided with a curtain and a zipper provided on the curtain for opening and closing each opening. a base cloth arranged at a bottom side of the spring cushion; a plurality of spring modules, each spring module comprising a spring bracket and a spring installed within the spring bracket; a plurality of sponge blocks , the plurality of sponge blocks being provided within an accommodating space, each sponge block being respectively arranged on a top of a corresponding spring module in the plurality of spring modules; and a first outer cover , a top end of the first outer cover being closed and a bottom end being open, and edges of the bottom end of the first outer cover being sewn together with edges of the base cloth to form an accommodating space so as to wrap the plurality of spring modules and the plurality of sponge blocks therein; wherein the first outer cover is divided into a plurality of compartments, each compartment is configured to accommodate at least one spring module as well as at least one sponge block; and wherein the base cloth has a plurality of openings, each opening being aligned with one or more compartments in the plurality of compartments, and each opening is provided with a curtain and a zipper provided on the curtain for opening and closing each opening.
Electrically commutated electric motor , comprising a plurality of coil windings which are arranged in a stationary manner, wherein each coil winding has at least one winding wire with a winding wire end (24; 24a, 25; 25a, 26; 26a), and wherein the winding wire end (24; 24a, 25; 25a, 26; 26a) is electrically at least indirectly connected to a circuit carrier (28; 28a) for driving the coil windings , wherein the winding wire end (24; 24a, 25; 25a, 26; 26a) is directly connected to an electrically conductive region of the circuit carrier (28; 28a), wherein the circuit carrier (28; 28a) is in the form of a printed circuit board (29; 29a) and the conductive region is in the form of a conductor track , wherein the conductive region of the circuit carrier (28; 28a) is arranged on that side of the circuit carrier (28; 28a) which is averted from the coil windings , and wherein the circuit carrier (28; 28a) has a cutout (36; 36a, 37; 37a, 38; 38a) for leading the winding wire end (24; 24a, 25; 25a, 26; 26a) through, characterized in that the cutout is in the form of a constituent part of an insulation-displacement connection with a constricted cutting region for the winding wire end , and in that the electrically conductive region is connected to the cutout in the contact region of the winding wire end , in particular in the form of a metal coating . the winding wire end (24; 24a, 25; 25a, 26; 26a) is directly connected to an electrically conductive region of the circuit carrier (28; 28a), wherein the circuit carrier (28; 28a) is in the form of a printed circuit board (29; 29a) and the conductive region is in the form of a conductor track , wherein the conductive region of the circuit carrier (28; 28a) is arranged on that side of the circuit carrier (28; 28a) which is averted from the coil windings , and wherein the circuit carrier (28; 28a) has a cutout (36; 36a, 37; 37a, 38; 38a) for leading the winding wire end (24; 24a, 25; 25a, 26; 26a) through, characterized in that the cutout is in the form of a constituent part of an insulation-displacement connection with a constricted cutting region for the winding wire end , and in that the electrically conductive region is connected to the cutout in the contact region of the winding wire end , in particular in the form of a metal coating .
A receptor response modulation method comprising a step of supplying a fluid to be measured that contains a substance to be measured and may contain a first fluid as an optional component, and a second fluid that does not contain the substance to be measured to a nanomechanical sensor having a receptor on a surface thereof while switching the fluid to be measured and the second fluid, characterized by a step of mixing a third fluid different from the first fluid and the second fluid into each of the fluid to be measured and the second fluid on a flow channel through which the fluid to be measured and the second fluid are sent to the nanomechanical sensor, a concentration of the mixed third fluid in the fluid to be measured being the same as that in the second fluid, and a step of performing measurement of the substance to be measured based on a sensor signal in which a response characteristic of the receptor has been modulated by the mixing of the third fluid, the sensor signal being different from the sensor signal to which the modulation by the mixing of the third fluid is not applied. a step of supplying a fluid to be measured that contains a substance to be measured and may contain a first fluid as an optional component, and a second fluid that does not contain the substance to be measured to a nanomechanical sensor having a receptor on a surface thereof while switching the fluid to be measured and the second fluid, characterized by a step of mixing a third fluid different from the first fluid and the second fluid into each of the fluid to be measured and the second fluid on a flow channel through which the fluid to be measured and the second fluid are sent to the nanomechanical sensor, a concentration of the mixed third fluid in the fluid to be measured being the same as that in the second fluid, and a step of performing measurement of the substance to be measured based on a sensor signal in which a response characteristic of the receptor has been modulated by the mixing of the third fluid, the sensor signal being different from the sensor signal to which the modulation by the mixing of the third fluid is not applied.
Method for managing an activation state of a module for radio access to a main network of a user device , said device comprising moreover an activated module for radio access to a secondary network, said method comprising the following steps implemented by said device: - when the module for radio access to the main network is deactivated, searching (E1) for a beacon signal of the secondary network; - detection (E2) of a beacon signal of the secondary network broadcast by a transmitting device (21-25) associated with an access point of the main network; - receiving (E3) information broadcast on the beacon signal; - obtaining an identifier of the access point from said broadcast information; - after the detection, activation (E4) of the module for radio access to the main network; and, - connection (E5) to the main network by the intermediary of the access point identified by said identifier. - when the module for radio access to the main network is deactivated, searching (E1) for a beacon signal of the secondary network; - detection (E2) of a beacon signal of the secondary network broadcast by a transmitting device (21-25) associated with an access point of the main network; - receiving (E3) information broadcast on the beacon signal; - obtaining an identifier of the access point from said broadcast information; - after the detection, activation (E4) of the module for radio access to the main network; and, - connection (E5) to the main network by the intermediary of the access point identified by said identifier.