mhurhangee/patent-ind-claim-en huggingface dataset:
A fastening device for fastening a shielding part to a fastening partner part in a vibration-decoupled manner, - having a collar sleeve , which has at least one sleeve core and two collars that protrude outward in a radial direction (R) with respect to a center axis (M) of the collar sleeve and are spaced apart from each other in an axial direction (A), wherein the collars form an intermediate space between themselves in the axial direction (A), and - having at least one bridging element (11; 11a, 11b), the radially inner region of which is positioned in the intermediate space and the radially outer region of which can be connected to the shielding part , - wherein the sleeve core extends through a cut-out of the bridging element with a radial play (s) and the at least one bridging element can be moved radially relative to the sleeve core , wherein a damping element is present, which is positioned between the collars in the axial direction (A) and the damping element is positioned between the sleeve core and a radial stop of the bridging element in the radial direction (R) and is dimensioned in such a way that the radial mobility of the bridging element relative to the sleeve core is limited to an effective radial play (s') smaller than the radial play (s), characterized in that the at least one bridging element has a first sliding section and at least one other sliding section and is supported with the sliding sections axially against opposing insides of the collars facing toward the intermediate space . - having a collar sleeve , which has at least one sleeve core and two collars that protrude outward in a radial direction (R) with respect to a center axis (M) of the collar sleeve and are spaced apart from each other in an axial direction (A), wherein the collars form an intermediate space between themselves in the axial direction (A), and - having at least one bridging element (11; 11a, 11b), the radially inner region of which is positioned in the intermediate space and the radially outer region of which can be connected to the shielding part , - wherein the sleeve core extends through a cut-out of the bridging element with a radial play (s) and the at least one bridging element can be moved radially relative to the sleeve core , wherein a damping element is present, which is positioned between the collars in the axial direction (A) and the damping element is positioned between the sleeve core and a radial stop of the bridging element in the radial direction (R) and is dimensioned in such a way that the radial mobility of the bridging element relative to the sleeve core is limited to an effective radial play (s') smaller than the radial play (s), characterized in that the at least one bridging element has a first sliding section and at least one other sliding section and is supported with the sliding sections axially against opposing insides of the collars facing toward the intermediate space .
A method, comprising: coating a substrate with a conductive layer comprising nanowires; applying a pattern of a conductive interconnect material on the conductive layer to generate on the substrate one or more first regions of exposed conductive layer and one or more second regions of conductive interconnect material ; hardening or curing the conductive interconnect material to form a patterned interconnect circuit; applying on at least a portion of the patterned interconnect circuit a protective layer forming composition comprising an organosulfur compound; overcoating the patterned interconnect circuit and the protective layer forming composition with a liquid strippable polymer layer-forming composition ; hardening or curing the strippable polymer layer-forming composition to form a strippable polymer layer; peeling the strippable polymer layer from the substrate ; and removing the exposed conductive layer from the substrate in the one or more first regions of the substrate to form a patterned conductive layer on the substrate, wherein the patterned conductive layer is at least partially overlain by the patterned interconnect circuit, and the patterned interconnect circuit is at least partially overlain by the protective layer. coating a substrate with a conductive layer comprising nanowires; applying a pattern of a conductive interconnect material on the conductive layer to generate on the substrate one or more first regions of exposed conductive layer and one or more second regions of conductive interconnect material ; hardening or curing the conductive interconnect material to form a patterned interconnect circuit; applying on at least a portion of the patterned interconnect circuit a protective layer forming composition comprising an organosulfur compound; overcoating the patterned interconnect circuit and the protective layer forming composition with a liquid strippable polymer layer-forming composition ; hardening or curing the strippable polymer layer-forming composition to form a strippable polymer layer; peeling the strippable polymer layer from the substrate ; and removing the exposed conductive layer from the substrate in the one or more first regions of the substrate to form a patterned conductive layer on the substrate, wherein the patterned conductive layer is at least partially overlain by the patterned interconnect circuit, and the patterned interconnect circuit is at least partially overlain by the protective layer.
A shaft assembly for a gas turbine engine comprising: a shaft with a shaft shoulder defined between a first shaft section having a first external diameter and a second shaft section having a second external diameter larger than said first external diameter and forming an axially facing shoulder surface; and an annular locked spacer mounted to said shaft shoulder and abutting said axially facing shoulder surface for adjusting the axial length of the shaft assembly; characterized in that : a bearing is mounted to said first shaft section and abuts said locked spacer ; and in that said locked spacer is manufactured from a steel alloy and said shaft is a Low Pressure Compressor shaft manufactured from a titanium alloy; and in that said locked spacer includes a multiple of circumferentially spaced keys , and said axially facing shoulder surface of said shaft shoulder includes a multiple of circumferentially spaced slots which mate with said multiple of keys , wherein the multiple of keys fit within corresponding slots to provide a geometric lock with the shaft . a shaft with a shaft shoulder defined between a first shaft section having a first external diameter and a second shaft section having a second external diameter larger than said first external diameter and forming an axially facing shoulder surface; and an annular locked spacer mounted to said shaft shoulder and abutting said axially facing shoulder surface for adjusting the axial length of the shaft assembly; characterized in that : a bearing is mounted to said first shaft section and abuts said locked spacer ; and in that said locked spacer is manufactured from a steel alloy and said shaft is a Low Pressure Compressor shaft manufactured from a titanium alloy; and in that said locked spacer includes a multiple of circumferentially spaced keys , and said axially facing shoulder surface of said shaft shoulder includes a multiple of circumferentially spaced slots which mate with said multiple of keys , wherein the multiple of keys fit within corresponding slots to provide a geometric lock with the shaft . a bearing is mounted to said first shaft section and abuts said locked spacer ; and in that said locked spacer is manufactured from a steel alloy and said shaft is a Low Pressure Compressor shaft manufactured from a titanium alloy; and in that said locked spacer includes a multiple of circumferentially spaced keys , and said axially facing shoulder surface of said shaft shoulder includes a multiple of circumferentially spaced slots which mate with said multiple of keys , wherein the multiple of keys fit within corresponding slots to provide a geometric lock with the shaft .
A method for determining the fertility status of a female, the method comprising: - determining and recording a continuous series of temperature data points relating to a body temperature of the female; - identifying in the series of temperature data points if the series of temperature data points comprises at least one pre-determined feature in the series of temperature data points; and - if a pre-determined feature has been identified, determining a point in time of ovulation for the series of temperatures based on a pre-determined relation of the pre-determined feature and ovulation, wherein the continuous series of temperature data points is continuously recorded during night and day and continuously over a plurality of days, and the pre-determined feature in the series of temperature data points comprises at least one of a temperature-stress-indicator, a number of peaks, a sequence of peaks, a combination of increases and/or decreases of temperatures or any combination thereof within a first time interval. - determining and recording a continuous series of temperature data points relating to a body temperature of the female; - identifying in the series of temperature data points if the series of temperature data points comprises at least one pre-determined feature in the series of temperature data points; and - if a pre-determined feature has been identified, determining a point in time of ovulation for the series of temperatures based on a pre-determined relation of the pre-determined feature and ovulation, wherein the continuous series of temperature data points is continuously recorded during night and day and continuously over a plurality of days, and the pre-determined feature in the series of temperature data points comprises at least one of a temperature-stress-indicator, a number of peaks, a sequence of peaks, a combination of increases and/or decreases of temperatures or any combination thereof within a first time interval.
A system for assessment of a blood flow in an area of the skin and underlying tissue of a patient, said system being characterized by comprising: a sensor plate having at least one blood flow sensor for obtaining blood flow data by means of photoplethysmography; an expandable element having a controllable expansion state, said expandable element being arranged to form a frame at least partly circumventing the sensor plate ; wherein the configuration of the expandable element secures that the assessed area can be w subjected to at least two different pressure states obtained by the patient's weight pressuring against a support on which the patient is placed and an expansion of the expandable element in a direction from the support against the patient to substantially eliminate a pressure on the patient's body from the support in the area at least partly circumventing the assessed area; and a computing system arranged to perform data processing of said blood flow data, wherein the at least one blood flow sensor is arranged to obtain blood flow data while subjecting the assessed area to the at least two different pressure states, and wherein the computing system is arranged to assess the risk of pressure ulcers on the patient, based on assessment of the blood flow data for the at least two different pressure states. a sensor plate having at least one blood flow sensor for obtaining blood flow data by means of photoplethysmography; an expandable element having a controllable expansion state, said expandable element being arranged to form a frame at least partly circumventing the sensor plate ; wherein the configuration of the expandable element secures that the assessed area can be w subjected to at least two different pressure states obtained by the patient's weight pressuring against a support on which the patient is placed and an expansion of the expandable element in a direction from the support against the patient to substantially eliminate a pressure on the patient's body from the support in the area at least partly circumventing the assessed area; and a computing system arranged to perform data processing of said blood flow data, wherein the at least one blood flow sensor is arranged to obtain blood flow data while subjecting the assessed area to the at least two different pressure states, and wherein the computing system is arranged to assess the risk of pressure ulcers on the patient, based on assessment of the blood flow data for the at least two different pressure states.
A method of carrying out bundle adjustment to determine a solution for orientation information associated with a plurality of image frames captured by at least one rolling shutter camera, wherein the at least one rolling shutter camera is part of a rotating camera lens type imaging system having a camera lens that moves across track in an oscillating manner and captures image frames as the camera lens moves, each image frame having scanlines and each scanline having a different position and pose, the method comprising: defining a plurality of pose time domain polynomials for the rolling shutter camera, the pose time domain polynomials together defining pose information for the rolling shutter camera for each of the scanlines of an image frame captured by the rolling shutter camera, and each pose time domain polynomial including a plurality of parameters to be adjusted in a bundle adjustment process, wherein each of three rotational values for the scanlines is modelled by a time domain polynomial given by P = at 3 +bt 2 +ct +d, where t is time, and a, b, c, and d are unknown pose time domain polynomial parameters, resulting in twelve pose time domain polynomial parameters per image frame; and carrying out a bundle adjustment process using the pose time domain polynomials to produce a bundle adjustment solution wherein the pose time domain polynomial parameters are adjusted to reduce error; the bundle adjustment process using a bundle adjustment cost function wherein a cost measure of the cost function is a minimum distance error between two rays projected from two different 2D locations of a tie point feature. defining a plurality of pose time domain polynomials for the rolling shutter camera, the pose time domain polynomials together defining pose information for the rolling shutter camera for each of the scanlines of an image frame captured by the rolling shutter camera, and each pose time domain polynomial including a plurality of parameters to be adjusted in a bundle adjustment process, wherein each of three rotational values for the scanlines is modelled by a time domain polynomial given by P = at 3 +bt 2 +ct +d, where t is time, and a, b, c, and d are unknown pose time domain polynomial parameters, resulting in twelve pose time domain polynomial parameters per image frame; and carrying out a bundle adjustment process using the pose time domain polynomials to produce a bundle adjustment solution wherein the pose time domain polynomial parameters are adjusted to reduce error; the bundle adjustment process using a bundle adjustment cost function wherein a cost measure of the cost function is a minimum distance error between two rays projected from two different 2D locations of a tie point feature.
Master cylinder fitting for a hydraulic actuating element, having a housing , which has a compensation chamber with an inner chamber and a cylinder , the master cylinder fitting further having a piston guided in the cylinder , the cylinder and the compensation chamber being connected in at least one position of the piston via a connection channel , characterized in that an overflow channel is arranged at the mouth of the connection channel in the cylinder wall and extends over a partial section of the circumference of the cylinder wall.
Method for the manufacture of moulded parts, in particular trim parts for a vehicle interior, comprising the following steps: Inserting and positioning a material blank in an opened cavity of an apparatus having a lower mould and an upper mould , at least one of which is moveable in relation to the other, wherein the material blank comprises a semi-finished fibre product formed from a fibre-reinforced composite material, in particular a fibre-plastic composite, closing the cavity and deforming the material blank by moving the lower mould and upper mould together relative to each other; trimming off an area of the material blank during the closing of the cavity; followed by a further deformation of the material blank by moving the lower mould and upper mould towards each other and completing the closing of the cavity; and moulding an area adjacent to the cut area of the material blank by means of injection moulding. Inserting and positioning a material blank in an opened cavity of an apparatus having a lower mould and an upper mould , at least one of which is moveable in relation to the other, wherein the material blank comprises a semi-finished fibre product formed from a fibre-reinforced composite material, in particular a fibre-plastic composite, closing the cavity and deforming the material blank by moving the lower mould and upper mould together relative to each other; trimming off an area of the material blank during the closing of the cavity; followed by a further deformation of the material blank by moving the lower mould and upper mould towards each other and completing the closing of the cavity; and moulding an area adjacent to the cut area of the material blank by means of injection moulding.
A system for testing a wireless data communication device under test , DUT, comprising: a packet transmission datapath for transmitting packetized data streams to said DUT; a packet reception datapath for receiving packetized data streams from said DUT; a protocol engine coupled to said packet transmission datapath and said packet reception datapath, and operative to implement a communication protocol; a sounding packet processor coupled to said packet transmission datapath and said packet reception datapath, and operative to receive sounding packets from said DUT; and a mobility effects scheduler coupled to said protocol engine and said sounding packet processor for receiving data packets from said DUT and withholding transmission of acknowledgement packets to said DUT and, responsive to receiving a sounding packet from said DUT triggered by said withholding of said transmission of said acknowledgment packets, said protocol engine and said sounding packet processor are configured for transmitting a beamforming report including a simulated channel matrix to said DUT. a packet transmission datapath for transmitting packetized data streams to said DUT; a packet reception datapath for receiving packetized data streams from said DUT; a protocol engine coupled to said packet transmission datapath and said packet reception datapath, and operative to implement a communication protocol; a sounding packet processor coupled to said packet transmission datapath and said packet reception datapath, and operative to receive sounding packets from said DUT; and a mobility effects scheduler coupled to said protocol engine and said sounding packet processor for receiving data packets from said DUT and withholding transmission of acknowledgement packets to said DUT and, responsive to receiving a sounding packet from said DUT triggered by said withholding of said transmission of said acknowledgment packets, said protocol engine and said sounding packet processor are configured for transmitting a beamforming report including a simulated channel matrix to said DUT.
Cooling device configured to extend circumferentially around a casing of a turbomachine , such as for example a casing of a turbine , comprising: - an axially extending support for attachment to the casing , - at least one circumferentially extending cooling tube , - at least one fastening device , comprising a radially inner part at least partially surrounding the tube , and a radially outer part fixed to the support , characterised in that the radially outer part of the fastening device is fixed to the support by means of connecting means , said connecting means comprising two connecting members , each connecting member comprising a radially extending portion and an axially extending portion , the radial portions of the connecting members facing each other and fixed to each other, the radially outer portion of the fixing member being fixed to said radial portions of the connecting members , the axial portions of the connecting members being fixed to the support and each extending in an opposite axial direction. - an axially extending support for attachment to the casing , - at least one circumferentially extending cooling tube , - at least one fastening device , comprising a radially inner part at least partially surrounding the tube , and a radially outer part fixed to the support , characterised in that the radially outer part of the fastening device is fixed to the support by means of connecting means , said connecting means comprising two connecting members , each connecting member comprising a radially extending portion and an axially extending portion , the radial portions of the connecting members facing each other and fixed to each other, the radially outer portion of the fixing member being fixed to said radial portions of the connecting members , the axial portions of the connecting members being fixed to the support and each extending in an opposite axial direction.
An antibody or an antigen-binding fragment thereof that specifically binds to human Mer Tyrosine Kinase (MERTK), wherein the antibody or antigen-binding fragment comprises a heavy chain variable region (VH) and a light chain variable region (VL), wherein the VH comprises the amino acid sequence of SEQ ID NO: 105 and the VL comprises the amino acid sequence of SEQ ID NO: 106.