mhurhangee/patent-ind-claim-en huggingface dataset:
Hydraulically damping bearing for mounting a motor vehicle unit on a motor vehicle body, having a support and a supporting bearing which are connected to one another by a supporting spring made of an elastomeric material, the supporting spring delimiting a working chamber which is separated from an equalising chamber by a separating device , the working chamber and the equalising chamber being filled with a fluid and being connected to one another via a damping channel introduced into the separating device , the separating device having two nozzle discs , between which a first diaphragm and a second diaphragm are arranged, and one of the diaphragms having at least one through-hole , characterised in that the respective other diaphragm does not have a through-hole .
A dimming control power supply for LED lamps, comprising: a first secondary power supply module adapted to convert a high-voltage direct current into a low-voltage direct current suitable for LED lighting through a transforming circuit included in the first secondary power supply module , an output control module powered by the first secondary power supply module , a PWM signal receiving module for controlling output current of the output control module , and characterized by a control signal converting module electrically connected between the PWM signal receiving module and the output control module , wherein the control signal converting module is configured to convert a PWM signal received from the PWM signal receiving module into a corresponding constant DC voltage signal; and wherein the output control module is configured to adjust the output current according to the constant DC voltage signal to adjust brightness of the LED lamps. a first secondary power supply module adapted to convert a high-voltage direct current into a low-voltage direct current suitable for LED lighting through a transforming circuit included in the first secondary power supply module , an output control module powered by the first secondary power supply module , a PWM signal receiving module for controlling output current of the output control module , and characterized by a control signal converting module electrically connected between the PWM signal receiving module and the output control module , wherein the control signal converting module is configured to convert a PWM signal received from the PWM signal receiving module into a corresponding constant DC voltage signal; and wherein the output control module is configured to adjust the output current according to the constant DC voltage signal to adjust brightness of the LED lamps.
A polyamide resin composition comprising: 100 parts by weight of polyamide resin (A) that is composed of a structural unit derived from diamine and a structural unit derived from dicarboxylic acid, and 0.05 to 0.45 parts by weight of an olefin-maleic anhydride copolymer (B), wherein 50 mol % or more of the structural unit derived from diamine is derived from at least one of metaxylylenediamine and paraxylylenediamine; the molar ratio of the structural unit derived from metaxylylenediamine and the structural unit derived from paraxylylenediamine is 100:0 to 40:60; 50 mol % or more of the structural unit derived from dicarboxylic acid is derived from sebacic acid; and the polyamide resin (A) has a terminal amino group concentration of 10 to 30 μeq/g. 100 parts by weight of polyamide resin (A) that is composed of a structural unit derived from diamine and a structural unit derived from dicarboxylic acid, and 0.05 to 0.45 parts by weight of an olefin-maleic anhydride copolymer (B), wherein 50 mol % or more of the structural unit derived from diamine is derived from at least one of metaxylylenediamine and paraxylylenediamine; the molar ratio of the structural unit derived from metaxylylenediamine and the structural unit derived from paraxylylenediamine is 100:0 to 40:60; 50 mol % or more of the structural unit derived from dicarboxylic acid is derived from sebacic acid; and the polyamide resin (A) has a terminal amino group concentration of 10 to 30 μeq/g.
A main strut for an aircraft landing gear assembly, with an attachment assembly comprising: a tubular structure having a central axis and at least one open end; at least one pintle pin arranged at least partially within the at least one open end of the tubular structure and moveable along the central axis between a retracted position and an extended position, wherein in the extended position a portion of the at least one pintle pin protrudes from the at least one open end of the tubular structure for engagement with a pintle lug (C1) and in the retracted position the at least one pintle pin is withdrawn into the tubular structure for disengagement with the pintle lug; a retraction mechanism disposed within the tubular structure and coupled to the at least one pintle pin, the retraction mechanism arranged to convert a rotary input motion into linear motion of the at least one pintle pin along the central axis to drive the at least one pintle pin between the extended position and the retracted position. a tubular structure having a central axis and at least one open end; at least one pintle pin arranged at least partially within the at least one open end of the tubular structure and moveable along the central axis between a retracted position and an extended position, wherein in the extended position a portion of the at least one pintle pin protrudes from the at least one open end of the tubular structure for engagement with a pintle lug (C1) and in the retracted position the at least one pintle pin is withdrawn into the tubular structure for disengagement with the pintle lug; a retraction mechanism disposed within the tubular structure and coupled to the at least one pintle pin, the retraction mechanism arranged to convert a rotary input motion into linear motion of the at least one pintle pin along the central axis to drive the at least one pintle pin between the extended position and the retracted position.
A presence system of modifying access to presence information published in collections, wherein each collection contains a member list of users that are allowed to subscribe to the information within that collection, wherein the member list is adapted to contain a membership group of users, the system comprising: a receive request component that receives a request to publish presence information, the request comprising: a collection identifier that specifies a collection whose member list is to be modified; a membership group of users for which user access is to be modified; and a modify access component that modifies the access of the specified membership group to the specified collection in response to the request, wherein the presence system further accepts a federated membership group, the federated membership group being a membership group in which multiple corporations make available lists of users that have access to presence information of the federated membership group. a receive request component that receives a request to publish presence information, the request comprising: a collection identifier that specifies a collection whose member list is to be modified; a membership group of users for which user access is to be modified; and a collection identifier that specifies a collection whose member list is to be modified; a membership group of users for which user access is to be modified; and a modify access component that modifies the access of the specified membership group to the specified collection in response to the request, wherein the presence system further accepts a federated membership group, the federated membership group being a membership group in which multiple corporations make available lists of users that have access to presence information of the federated membership group.
A method for configuring Positioning Reference Signal, PRS, resources, comprising: receiving, by User Equipment, UE, configuration information for a PRS resource set from a network device, wherein the configuration information comprises a respective PRS muting configuration for each PRS resource in the PRS resource set, and different PRS muting configurations are configured for different PRS resources in the PRS resource set, wherein the PRS muting configuration for each PRS resource in the PRS resource set comprises: a second parameter configured to determine muting configuration on PRS repetitions within one PRS period, and wherein the muting configuration on PRS repetitions within one PRS period is used to indicate a slot, among a number of slots for repetitions of the PRS resource within one PRS period, in which the PRS transmission of the PRS resource shall be muted; characterized in that the muting configuration on PRS repetitions within one PRS period is a bit string with a length equaling to the number of slots for repetitions of the PRS resource within one PRS period, and each bit in the bit string corresponds to one slot in the slots for repetitions of the PRS resource within one PRS period. receiving, by User Equipment, UE, configuration information for a PRS resource set from a network device, wherein the configuration information comprises a respective PRS muting configuration for each PRS resource in the PRS resource set, and different PRS muting configurations are configured for different PRS resources in the PRS resource set, wherein the PRS muting configuration for each PRS resource in the PRS resource set comprises: a second parameter configured to determine muting configuration on PRS repetitions within one PRS period, and wherein the muting configuration on PRS repetitions within one PRS period is used to indicate a slot, among a number of slots for repetitions of the PRS resource within one PRS period, in which the PRS transmission of the PRS resource shall be muted; characterized in that the muting configuration on PRS repetitions within one PRS period is a bit string with a length equaling to the number of slots for repetitions of the PRS resource within one PRS period, and each bit in the bit string corresponds to one slot in the slots for repetitions of the PRS resource within one PRS period.
An administrable liquid medicine preparation tool comprising: a first port ; a second port ; a main body provided with a liquid flow path that communicates the first port with the second port ; a hydrophilic filtration membrane that divides the liquid flow path into a first port side flow path and a second port side flow path ; characterized in that the administrable liquid medicine preparation tool is an administrable mixed liquid medicine preparation tool, the administrable mixed liquid medicine preparation tool comprises a first air discharge hole that communicates the first port side flow path with an outside; a first air-permeable membrane that blocks the first air discharge hole in an air-permeable manner; a second air discharge hole that communicates the second port side flow path with the outside; and a second air-permeable membrane that blocks the second air discharge hole in an air-permeable manner the first port is a female connection port including a female Luer taper compliant with an ISO standard and capable of attaching a first syringe , the second port is a female connection port including a female Luer taper compliant with an ISO standard and capable of attaching a second syringe , and the hydrophilic filtration membrane has air bubble impermeability. a first port ; a second port ; a main body provided with a liquid flow path that communicates the first port with the second port ; a hydrophilic filtration membrane that divides the liquid flow path into a first port side flow path and a second port side flow path ; characterized in that the administrable liquid medicine preparation tool is an administrable mixed liquid medicine preparation tool, the administrable mixed liquid medicine preparation tool comprises a first air discharge hole that communicates the first port side flow path with an outside; a first air-permeable membrane that blocks the first air discharge hole in an air-permeable manner; a second air discharge hole that communicates the second port side flow path with the outside; and a second air-permeable membrane that blocks the second air discharge hole in an air-permeable manner the first port is a female connection port including a female Luer taper compliant with an ISO standard and capable of attaching a first syringe , the second port is a female connection port including a female Luer taper compliant with an ISO standard and capable of attaching a second syringe , and the hydrophilic filtration membrane has air bubble impermeability.
A method for providing an image by an electronic device , the method comprising: receiving, from a vehicle communicating with the electronic device , a user input for selecting a second route inputted via a user input unit of the vehicle , where the second route is different from a scheduled traveling route of the vehicle ; acquiring vehicle-related information of the vehicle that includes information regarding the scheduled traveling route of the vehicle, and that preferably further includes information regarding a traveling state of the vehicle and/or information regarding an environment of the vehicle , wherein the information regarding the scheduled traveling route of the vehicle includes section attribute information of each section in the scheduled traveling route; selecting a plurality of sub peripheral environment images corresponding to a plurality of sections of the scheduled traveling route respectively, among sub peripheral environment images of the second route , based on the acquired vehicle-related information including the section attribute information of each section in the scheduled traveling route; generating a virtual peripheral environment moving image by combining the plurality of selected sub peripheral environment images; and transmitting the generated virtual peripheral environment moving image to the vehicle . receiving, from a vehicle communicating with the electronic device , a user input for selecting a second route inputted via a user input unit of the vehicle , where the second route is different from a scheduled traveling route of the vehicle ; acquiring vehicle-related information of the vehicle that includes information regarding the scheduled traveling route of the vehicle, and that preferably further includes information regarding a traveling state of the vehicle and/or information regarding an environment of the vehicle , wherein the information regarding the scheduled traveling route of the vehicle includes section attribute information of each section in the scheduled traveling route; selecting a plurality of sub peripheral environment images corresponding to a plurality of sections of the scheduled traveling route respectively, among sub peripheral environment images of the second route , based on the acquired vehicle-related information including the section attribute information of each section in the scheduled traveling route; generating a virtual peripheral environment moving image by combining the plurality of selected sub peripheral environment images; and transmitting the generated virtual peripheral environment moving image to the vehicle .
A hearing aid comprising: a housing configured to fit inside an ear canal; a faceplate at the side of the housing to face toward an outside of the ear canal; a dipole antenna within the housing, the dipole antenna comprising: a first radiating segment (114C; 114E) inside the housing and configured to be within the ear canal when the hearing aid is inserted into an ear of a wearer, and a second radiating segment (114D; 114F) within the housing and configured to be disposed near a side of the housing facing toward an outside of the ear canal when the hearing aid is inserted into the ear of the wearer; and circuitry , within the housing, coupled to the antenna and configured to transmit the signals to the dipole antenna and receive the signals from the dipole antenna; wherein: the dipole antenna is tuned to transmit and receive signals having a frequency equal to or greater than 2.4 GHz; and the second radiating segment (114D; 114F) is arranged in a plane parallel to the faceplate; characterised in that the first radiating segment (114C; 114E) is shorter than the second radiating segment (114D; 114F) and in that the first radiating segment (114C; 114E) is substantially orthogonal to the second radiating segment. a housing configured to fit inside an ear canal; a faceplate at the side of the housing to face toward an outside of the ear canal; a dipole antenna within the housing, the dipole antenna comprising: a first radiating segment (114C; 114E) inside the housing and configured to be within the ear canal when the hearing aid is inserted into an ear of a wearer, and a second radiating segment (114D; 114F) within the housing and configured to be disposed near a side of the housing facing toward an outside of the ear canal when the hearing aid is inserted into the ear of the wearer; and a first radiating segment (114C; 114E) inside the housing and configured to be within the ear canal when the hearing aid is inserted into an ear of a wearer, and a second radiating segment (114D; 114F) within the housing and configured to be disposed near a side of the housing facing toward an outside of the ear canal when the hearing aid is inserted into the ear of the wearer; and circuitry , within the housing, coupled to the antenna and configured to transmit the signals to the dipole antenna and receive the signals from the dipole antenna; wherein: the dipole antenna is tuned to transmit and receive signals having a frequency equal to or greater than 2.4 GHz; and the second radiating segment (114D; 114F) is arranged in a plane parallel to the faceplate; the dipole antenna is tuned to transmit and receive signals having a frequency equal to or greater than 2.4 GHz; and the second radiating segment (114D; 114F) is arranged in a plane parallel to the faceplate; characterised in that the first radiating segment (114C; 114E) is shorter than the second radiating segment (114D; 114F) and in that the first radiating segment (114C; 114E) is substantially orthogonal to the second radiating segment.
A sensing system comprising: a first magnet having a first magnetic field , the first magnet aligned with a first axis; a first stator configured to receive the first magnetic field , the first stator aligned with the first axis; a second stator configured to receive the first magnetic field , the second stator aligned with the first axis, wherein the first magnet is positioned between said first stator and said second stator , and wherein the first magnet is rotatable with regard to the first stator and the second stator ; a first collector configured to collect the first magnetic field from the first stator ; a second collector configured to collect the first magnetic field from the second stator ; a magnetic sensing element configured to sense the first magnetic field , the magnetic sensing element magnetically coupled to the first collector and the second collector ; a second magnet having a second magnetic field ; and a third magnet having a third magnetic field , the third magnet positioned in an axial direction of the second magnet which is parallel to the first axis such that the third magnetic field is symmetrical to the second magnetic field and such that the second magnetic field of the second magnet and the third magnetic field of the third magnet cancel each other out, so that the only magnetic field that affects the magnetic sensing element is the first magnetic field . a first magnet having a first magnetic field , the first magnet aligned with a first axis; a first stator configured to receive the first magnetic field , the first stator aligned with the first axis; a second stator configured to receive the first magnetic field , the second stator aligned with the first axis, wherein the first magnet is positioned between said first stator and said second stator , and wherein the first magnet is rotatable with regard to the first stator and the second stator ; a first collector configured to collect the first magnetic field from the first stator ; a second collector configured to collect the first magnetic field from the second stator ; a magnetic sensing element configured to sense the first magnetic field , the magnetic sensing element magnetically coupled to the first collector and the second collector ; a second magnet having a second magnetic field ; and a third magnet having a third magnetic field , the third magnet positioned in an axial direction of the second magnet which is parallel to the first axis such that the third magnetic field is symmetrical to the second magnetic field and such that the second magnetic field of the second magnet and the third magnetic field of the third magnet cancel each other out, so that the only magnetic field that affects the magnetic sensing element is the first magnetic field .
A mounted reversible plough comprising a frame and an attachment member for attaching said frame to a tractor, said frame carrying at least a first ploughing element and at least a second ploughing element which are mutually opposing and the frame being rotatably secured to said attachment member about an inversion axis in order to invert said frame , said plough further comprising a wheel which is configured for adjusting a working depth of the plough in two opposing operating positions of the wheel , in which said first ploughing element and second ploughing element are operative, respectively, an arm which, on the one hand, supports said wheel and, on the other hand, is rotatably connected to a support of said frame about an oscillation axis which is transverse with respect to said inversion axis so as to allow an oscillation of said arm between the first and the second operating position of the wheel , the oscillation of the arm during the inversion of the frame being slowed down by means of a damper , characterized in that said damper comprises a movable element which is kinematically connected to said arm during the inversion of the frame , said movable element being configured to slide along a support of the movable element which support extends longitudinally and the ends of which are rigidly secured to said support of said frame so as to slow down the oscillation of the arm during said inversion.
A pathological specimen comprising: a tissue section subjected to a treatment for fluorescence-labeling of an objective biomaterial with a fluorescent particle observable in a dark field, based on an immunostaining method or a FISH method; a packed layer with which the tissue section is covered; and a protection layer with which the packed layer is covered; wherein the refractive indexes of the fluorescent particle, the packed layer and the protection layer at a wavelength of 589 nm and 20 °C satisfy the conditions of the following Expressions and : n 1 − n 2 ≤ 0.20 n 2 − n 3 ≤ 0.15 n1: the refractive index of the fluorescent particle n2: the refractive index of the packed layer n3: the refractive index of the protection layer. n1: the refractive index of the fluorescent particle n2: the refractive index of the packed layer n3: the refractive index of the protection layer.