mhurhangee/patent-ind-claim-en huggingface dataset:
Connection arrangement of an awning comprising an awning fabric having a tendon portion ; a receiving member , preferably a lead rail of said awning , having a groove for receiving said tendon portion and extending in a longitudinal direction of said receiving member , wherein said awning fabric and said groove are configured such that said tendon portion is slidable into said groove in said longitudinal direction; and a means for reducing a play between said tendon portion and said receiving member along substantially the entire length of said tendon portion , wherein said means comprises an elongate elastic urging member for urging said tendon portion against an inner wall of said groove , wherein said urging member is configured to be inserted in said groove by being pressed between a circumferential portion of said tendon portion and said inner wall of said groove after said tendon portion is inserted in said groove , characterized in that said groove comprises an accommodating recess formed along said groove in the longitudinal direction of the groove and adapted to accommodate a portion of said urging member thereby defining a final location of the urging member when it is correctly positioned in said groove . an awning fabric having a tendon portion ; a receiving member , preferably a lead rail of said awning , having a groove for receiving said tendon portion and extending in a longitudinal direction of said receiving member , wherein said awning fabric and said groove are configured such that said tendon portion is slidable into said groove in said longitudinal direction; and a means for reducing a play between said tendon portion and said receiving member along substantially the entire length of said tendon portion , wherein said means comprises an elongate elastic urging member for urging said tendon portion against an inner wall of said groove , wherein said urging member is configured to be inserted in said groove by being pressed between a circumferential portion of said tendon portion and said inner wall of said groove after said tendon portion is inserted in said groove , characterized in that said groove comprises an accommodating recess formed along said groove in the longitudinal direction of the groove and adapted to accommodate a portion of said urging member thereby defining a final location of the urging member when it is correctly positioned in said groove .
A pelvic device for patient positioning during radiographs, the pelvic device comprising two side parts , with a shape configured to receive a patient's thighs, the two side parts provided with two or more rigid straps that join the two side parts and fix them, and one or more immobilization elements , wherein the side parts are mirror image arranged, characterised in that the rigid straps are joined by a U-shaped handle , have rigid ears (30, 31 for their adjustment and are adjustable.
A method for preparing a fluorinated methacrylate represented by the following Chemical Formula 2, the method comprising reacting an alcohol represented by the following Chemical Formula 1 with methacrylic acid anhydride in the presence of an imidazole-based base, wherein the mixing ratio of alcohol: methacrylic acid anhydride: base is 0.9-1.1: 0.8-1.2: 0.05-0.2 (Chemical Formula 1) R 1 OH (wherein, R 1 represents a fluorine-substituted C1-C20 alkyl group.)
A thin film inductor, comprising: a magnetic core , wherein the magnetic core comprises a first magnetic film and a second magnetic film , and an accommodation cavity exists between the first magnetic film and the second magnetic film ; a conductor , located in the accommodation cavity ; and an insulating isolation film , disposed on two sides of the conductor and located between the first magnetic film and the second magnetic film , wherein the insulating isolation film is in contact with the first magnetic film and the second magnetic film ; wherein the first magnetic film and the second magnetic film each comprise magnetic sub-films and insulating sub-films ; in the first magnetic film , the magnetic sub-films and the insulating sub-films are alternately disposed; in the second magnetic film , the magnetic sub-films and the insulating sub-films are alternately disposed; characterized in that the magnetic sub-films and the insulating sub-films in the first magnetic film are exposed from a surface that is of the first magnetic film and that is in contact with the insulating isolation film ; and/or, the magnetic sub-films and the insulating sub-films in the second magnetic film are exposed from a surface that is of the second magnetic film and that is in contact with the insulating isolation film . a magnetic core , wherein the magnetic core comprises a first magnetic film and a second magnetic film , and an accommodation cavity exists between the first magnetic film and the second magnetic film ; a conductor , located in the accommodation cavity ; and an insulating isolation film , disposed on two sides of the conductor and located between the first magnetic film and the second magnetic film , wherein the insulating isolation film is in contact with the first magnetic film and the second magnetic film ; wherein the first magnetic film and the second magnetic film each comprise magnetic sub-films and insulating sub-films ; in the first magnetic film , the magnetic sub-films and the insulating sub-films are alternately disposed; in the second magnetic film , the magnetic sub-films and the insulating sub-films are alternately disposed; characterized in that the magnetic sub-films and the insulating sub-films in the first magnetic film are exposed from a surface that is of the first magnetic film and that is in contact with the insulating isolation film ; and/or, the magnetic sub-films and the insulating sub-films in the second magnetic film are exposed from a surface that is of the second magnetic film and that is in contact with the insulating isolation film .
A remote control device for a lens setting motor of a motion picture camera , said remote control device comprising an operating unit , wherein the operating unit has - a base part , - an operating element rotatable relative to the base part about an axis of rotation (D) for setting control commands for the lens setting motor , and - a position encoder which is configured to detect a respective rotational position of the operating element relative to the base part and to generate corresponding position signals (P); wherein the remote control device has an evaluation and control device which is configured to determine setting signals (S) for the lens setting motor in dependence on the position signals (P) according to a mapping rule; wherein the mapping rule corresponds to at least one mathematical functional relationship; and wherein the remote control device has an input device via which the mathematical functional relationship of the mapping rule can be configured by user input, characterized in that a non-linear relationship between values of the position signal (P) and associated values of the setting signal (S) can be set via the input device for at least one value range of the position signals (P) or for at least one value range of the setting signals (S). - a base part , - an operating element rotatable relative to the base part about an axis of rotation (D) for setting control commands for the lens setting motor , and - a position encoder which is configured to detect a respective rotational position of the operating element relative to the base part and to generate corresponding position signals (P); wherein the remote control device has an evaluation and control device which is configured to determine setting signals (S) for the lens setting motor in dependence on the position signals (P) according to a mapping rule; wherein the mapping rule corresponds to at least one mathematical functional relationship; and wherein the remote control device has an input device via which the mathematical functional relationship of the mapping rule can be configured by user input, characterized in that a non-linear relationship between values of the position signal (P) and associated values of the setting signal (S) can be set via the input device for at least one value range of the position signals (P) or for at least one value range of the setting signals (S).
A remelting plant with a furnace chamber which can be positioned over a crucible of a melting station, an electrode rod which by way of a lead-through can be inserted or is inserted in the furnace chamber , in order to contact a consumable electrode , and a guide column on which an electrode rod carriage that is fixedly connected to the electrode rod is guided in an axially movable manner, in order to move the electrode rod in relation to the furnace chamber , and on which a chamber carriage which is connected or can be connected with the furnace chamber is guided in an axially movable manner, in order to move the furnace chamber , characterized in that the guide column is articulatedly connected at a first end to a rotary column such that the guide column can be inclined in relation to the rotary column and can be rotated together with the rotary column about an axis of rotation of the rotary column , wherein the guide column has in the region of the first end a weighing device which is preferably attached to the rotary column . a furnace chamber which can be positioned over a crucible of a melting station, an electrode rod which by way of a lead-through can be inserted or is inserted in the furnace chamber , in order to contact a consumable electrode , and a guide column on which an electrode rod carriage that is fixedly connected to the electrode rod is guided in an axially movable manner, in order to move the electrode rod in relation to the furnace chamber , and on which a chamber carriage which is connected or can be connected with the furnace chamber is guided in an axially movable manner, in order to move the furnace chamber , characterized in that the guide column is articulatedly connected at a first end to a rotary column such that the guide column can be inclined in relation to the rotary column and can be rotated together with the rotary column about an axis of rotation of the rotary column , wherein the guide column has in the region of the first end a weighing device which is preferably attached to the rotary column .
A method for manufacturing a laminate of mutually stacked metal parts (10; 11) by means of a multi-layer blanking process, wherein in the multi-layer blanking process successively several layered sets (16; 16-1, 16-2, 16-s) of such metal parts (10; 11) are cut from a layered basic material , in which subsequently the laminate is assembled from several such sets (16; 16-1, 16-2, 16-s) of the metal parts (10; 11), by stacking these, and in which, prior to the multi-layer blanking process, the individual layers of the layered basic material are interconnected by plastically deforming them, whereby a bulge is formed on the layered basic material within the outer circumference of the, still to be cut, metal parts (10; 11), characterized in that the metal parts (10; 11) are provided with a hole that is cut in the multi-layer blanking process and that extends completely through the layered basic material and in that when the laminate is assembled, the bulge of a first set (16; 16-1) of the metal parts (10; 11) is inserted into the hole of a second set (16; 16-2) of the metal parts (10; 11).
Resonant converter with a galvanic isolation (Wp, Ws1, Ws2), which on the primary side comprises at least one resonant inductor (L), at least one resonant capacitor (C1, C2, C) and at least two switching elements (S1, S2), wherein thanks to alternating switching of the at least two primary-side switching elements (S1, S2) at a specified switching frequency a resonant current flows through the at least one resonant inductor (L) and the at least one resonant capacitor (C1, C2, C), characterised in that the resonant converter comprises a bidirectional switching element (S3) and a diode pair (DB1, DB2), and that the bidirectional switching element (S3) is arranged in a current path (i) of the resonant current through the at least one resonant inductor (L) and through the at least one resonant capacitor (C1, C2, C), and that a centre of a series circuit of the diode pair (DB1, DB2) is connected to a terminal of the at least one resonant inductor (L) or to a terminal of the at least one resonant capacitor (C1, C2, C) and a respective end of the series circuit of the diode pair (DB1, DB2) is connected in each case to a switching element (S1, S2) of the at least two primary-side switching elements (S1, S2), such that a functionality (BU) of a voltage reduction unit is integrated, in the event that the bidirectional switching element (S3) is activated with a switching element (S1, S2), to be activated in each case, of the at least two primary-side switching elements (S1, S2) and before a switching element (S1, S2), to be deactivated in each case, of the at least two primary-side switching elements (S1, S2), wherein the at least one resonant inductor (L) is used as an inductor and the diode pair (DB1, DB2) is used as free-wheeling diodes for the functionality (BU) of the voltage reduction unit.
A method performed by a receiver for processing a multiple-in multiple-out, MIMO, signal associated with at least two layers in a communication system, the method comprising: decoding the MIMO signal, based on at least part of a parity check matrix to determine first low density parity check, LDPC, information bits and first parity bits corresponding to a first layer signal of the MIMO signal; determining second parity bits based on the first LDPC information bits and the first parity bits; determining a part of the first LDPC information bits; and determining a second layer signal of the MIMO signal to determine second LDPC information bits corresponding to the second layer signal, wherein the second layer signal is determined by removing a signal corresponding to the part of the first LDPC information bits, the first parity bits, and the second parity bits from the MIMO signal, and wherein all column weights of a submatrix corresponding to the first parity bits of the parity check matrix are larger than or equal to 2 and at least one of the column weights is larger than or equal to 3. decoding the MIMO signal, based on at least part of a parity check matrix to determine first low density parity check, LDPC, information bits and first parity bits corresponding to a first layer signal of the MIMO signal; determining second parity bits based on the first LDPC information bits and the first parity bits; determining a part of the first LDPC information bits; and determining a second layer signal of the MIMO signal to determine second LDPC information bits corresponding to the second layer signal, wherein the second layer signal is determined by removing a signal corresponding to the part of the first LDPC information bits, the first parity bits, and the second parity bits from the MIMO signal, and wherein all column weights of a submatrix corresponding to the first parity bits of the parity check matrix are larger than or equal to 2 and at least one of the column weights is larger than or equal to 3.
A method for assembling a structure , the structure defining an interior area accessible through at least one access opening , the method comprising: providing a robot having an extendable robot arm including a plurality of links including a first link connected to a robot base , a last link having an assembly tool mounted thereto and a plurality of intermediate links ; inserting the extendable robot arm into the interior area through the at least one access opening ; positioning the assembly tool at a fastener location by positioning the plurality of links relative to each other and to the interior area with a control mechanism; clamping the assembly tool to the structure ; making a hole through the structure ; and installing a fastener in the hole; characterised in that the plurality of links are configured as C-channel-shaped links and in that the step of positioning the assembly tool comprises moving the robot arm between a nested position, in which the robot arm is fully retracted, and an extended position in which the robot arm is fully extended, whereby deploying the plurality of links comprises rotating one link with respect to another. providing a robot having an extendable robot arm including a plurality of links including a first link connected to a robot base , a last link having an assembly tool mounted thereto and a plurality of intermediate links ; inserting the extendable robot arm into the interior area through the at least one access opening ; positioning the assembly tool at a fastener location by positioning the plurality of links relative to each other and to the interior area with a control mechanism; clamping the assembly tool to the structure ; making a hole through the structure ; and installing a fastener in the hole; characterised in that the plurality of links are configured as C-channel-shaped links and in that the step of positioning the assembly tool comprises moving the robot arm between a nested position, in which the robot arm is fully retracted, and an extended position in which the robot arm is fully extended, whereby deploying the plurality of links comprises rotating one link with respect to another.
A method for operating an event-based image sensor comprising a plurality of pixel circuits arranged to form a pixel array, each pixel being arranged at a location defined by an address, wherein each pixel circuit comprises: - a photoreceptor circuit configured for delivering a photoreceptor signal derived from a photocurrent generated by a light impinging on a light-sensitive element of the photoreceptor , - a change detector configured for detecting a change in the photoreceptor signal, and generating an event each time a change is detected in the photoreceptor signal, wherein an event is characterized by a first polarity or a second polarity reflecting a direction of the change in the photoreceptor signal, wherein the method comprises: - performing a line readout of groups of adjacent pixels of a line of pixels, the line readout comprises generating, for each group of pixels, at least one packet expressing occurrences of events of a same polarity in said group of pixels, each packet being characterized by the first polarity or the second polarity of the events expressed in said packet and by a group address derived from at least an address of a pixel of said group of pixels, - sending said packets to a processing pipeline where the packets are successively processed, said processing pipeline including at least one event processing of packets involving at least one memory access based on the group address of a processed packet, wherein two packets sharing the same group address have different polarities and are consecutively processed in the event processing. - a photoreceptor circuit configured for delivering a photoreceptor signal derived from a photocurrent generated by a light impinging on a light-sensitive element of the photoreceptor , - a change detector configured for detecting a change in the photoreceptor signal, and generating an event each time a change is detected in the photoreceptor signal, wherein an event is characterized by a first polarity or a second polarity reflecting a direction of the change in the photoreceptor signal, - performing a line readout of groups of adjacent pixels of a line of pixels, the line readout comprises generating, for each group of pixels, at least one packet expressing occurrences of events of a same polarity in said group of pixels, each packet being characterized by the first polarity or the second polarity of the events expressed in said packet and by a group address derived from at least an address of a pixel of said group of pixels, - sending said packets to a processing pipeline where the packets are successively processed, said processing pipeline including at least one event processing of packets involving at least one memory access based on the group address of a processed packet, wherein two packets sharing the same group address have different polarities and are consecutively processed in the event processing.
A self-emulsification type emulsion comprising a tackifier and a modified polypropylene resin having an anionic functional group, wherein the tackifier is contained in the range of 5 parts by weight or more to 80 parts by weight or less per 100 parts by weight of the modified polypropylene resin, and the self-emulsification type emulsion satisfies and given below: the modified polypropylene resin having an anionic functional group is dispersed in water in the absence of an emulsifier, and a dispersion particle comprising the modified polypropylene resin having an anionic functional group surrounds the tackifier. the modified polypropylene resin having an anionic functional group is dispersed in water in the absence of an emulsifier, and a dispersion particle comprising the modified polypropylene resin having an anionic functional group surrounds the tackifier.
Gas hotplate with a gas valve , a control element connected in a torque-proof manner to an actuation shaft of the gas valve for actuating the gas valve and a sealing facility , which is arranged between the control element and a screening element of the gas hotplate , wherein the sealing facility comprises a first sealing element , which is connected to the screening element , and a second sealing element , which is connected to the control element , wherein the first sealing element is inserted into the second sealing element , wherein when the control element is rotated the second sealing element moves relative to the first sealing element , characterised in that the first sealing element and the second sealing element can be deformed elastically, and wherein the first sealing element is inserted into the second sealing element so that the first sealing element touches the second sealing element circumferentially.
A lighting assembly for illuminating a display case, said assembly comprising: an elongated frame ; and, a plurality of modular inserts removably connected to the elongated frame, wherein the plurality of modular inserts include a plurality of light modules , wherein each of the plurality of light modules is removably coupled to adjacent light modules electrically; and wherein said light modules comprise a printed circuit board hosting at least one light emitting diode, LED, a lens optically coupled to said at least one LED, said printed circuit board and said lens disposed within a housing , said housing including opposing tabs configured to be received slidably in the frame. an elongated frame ; and, a plurality of modular inserts removably connected to the elongated frame, wherein the plurality of modular inserts include a plurality of light modules , wherein each of the plurality of light modules is removably coupled to adjacent light modules electrically; and wherein said light modules comprise a printed circuit board hosting at least one light emitting diode, LED, a lens optically coupled to said at least one LED, said printed circuit board and said lens disposed within a housing , said housing including opposing tabs configured to be received slidably in the frame.