mhurhangee/ep-ind-claims huggingface dataset:
A wearable environmental sensor device comprising: a housing including a sealed section, a protective structure, and a housing wall which separates the sealed section and the protective structure from each other and which is configured to be in contact with an environment; a sensor substrate; an environmental sensor mounted on a front face of the sensor substrate; and an attaching part for attaching the sensor substrate to the housing wall, wherein the environmental sensor and the sensor substrate are arranged within the protective structure, the protective structure includes a plurality of ventilating holes, the environmental sensor is arranged to face an opening of at least one of the plurality of ventilating holes, and the attaching part comes into contact only with an edge and a portion of a back face of the sensor substrate. a housing including a sealed section, a protective structure, and a housing wall which separates the sealed section and the protective structure from each other and which is configured to be in contact with an environment; a sensor substrate; an environmental sensor mounted on a front face of the sensor substrate; and an attaching part for attaching the sensor substrate to the housing wall, wherein the environmental sensor and the sensor substrate are arranged within the protective structure, the protective structure includes a plurality of ventilating holes, the environmental sensor is arranged to face an opening of at least one of the plurality of ventilating holes, and the attaching part comes into contact only with an edge and a portion of a back face of the sensor substrate.
A pressure sensor, comprising: a sensor housing including a fastener to be fastened to a pressure measurement target, and a housing pathway configured to penetrate the fastener and guide a fluid flowing from the pressure measurement target; and a sensor header including a port pressed in and fixed to the housing pathway, a header pathway configured to penetrate the port and guide the fluid flowing from the housing pathway, and a diaphragm positioned at an end portion of the header pathway, wherein the sensor header further includes a flange positioned between the port and the diaphragm, the flange having a diameter greater than a diameter of the port and a diameter of the diaphragm, and wherein the sensor housing further includes a receiver recess receiving the flange and having: (i) a diameter greater than the diameter of the housing pathway; (ii) a bottom surface, an inner edge of which is connected to the housing pathway; and (iii) an inner circumferential surface connected to and enclosing a circumference of the bottom surface, characterised in that the flange is disposed spaced apart from the bottom surface of the receiver recess. a sensor housing including a fastener to be fastened to a pressure measurement target, and a housing pathway configured to penetrate the fastener and guide a fluid flowing from the pressure measurement target; and a sensor header including a port pressed in and fixed to the housing pathway, a header pathway configured to penetrate the port and guide the fluid flowing from the housing pathway, and a diaphragm positioned at an end portion of the header pathway, wherein the sensor header further includes a flange positioned between the port and the diaphragm, the flange having a diameter greater than a diameter of the port and a diameter of the diaphragm, and wherein the sensor housing further includes a receiver recess receiving the flange and having: (i) a diameter greater than the diameter of the housing pathway; (ii) a bottom surface, an inner edge of which is connected to the housing pathway; and (iii) an inner circumferential surface connected to and enclosing a circumference of the bottom surface, characterised in that the flange is disposed spaced apart from the bottom surface of the receiver recess.
Medical system, comprising one or more temperature sensors, each comprising a sensor element having a medium that can be excited to luminescence, in particular fluorescence, and having an optical waveguide that is optically connected to the sensor element and is intended for supplying light having an excitation wavelength to the medium and/or for absorbing and guiding away light having a luminescence wavelength of the medium that can be excited to luminescence, the medical system being designed as a surgical system, in particular as an ultrasound system, laser system or electrosurgical system, characterised in that the surgical system comprises a device (82, 83) for cutting, dissecting, coagulating, sealing and/or joining tissue structures of a patient, the device comprising an applicator tool having two applicator elements (54, 55) in the form of applicator arms, which can move relative to one another and can be transferred from an open, non-operational position into a closed, working position, the temperature sensor being arranged in at least one of the applicator elements, and at least one of the temperature sensors being arranged in at least one of the applicator elements (54, 55) such that, during operation, said temperature sensor is in direct contact with the tissue arranged between the applicator elements (54, 55), such that a change in temperature of said tissue is transmitted directly to the sensor element, and the temperature being measured on the basis of a temperature dependency of a quantum efficiency of luminescent radiation radiated by the medium in the sensor element.
Method for testing components and/or functional units (14, 15, 16, 17) with a testing device on the basis of defined test procedures, every component and/or every functional unit (14, 15, 16, 17) being designed by means of a CAD system, and during the process of designing a component and/or a functional unit (14, 15, 16, 17) a test procedure assigned to the component and/or functional unit (14, 15, 16, 17) is defined in the CAD system and quality characteristics are assigned to every test procedure, characterised in that the test procedure is defined in a virtual functional space, on the basis of the test procedure, a motion programme containing the test procedure is created for a testing device implementing the test procedure, the motion of the testing device is simulated in the virtual functional space assigned to the test procedure, and the test procedure assigned to every component and/or every functional unit (14, 15, 16, 17) is then run by the testing device in a real functional space on an automated basis.
A child safety seat, comprising a cushion and a backrest plate which are hinged to each other, a seat body for accommodating the cushion and the backrest plate, and a seat lying adjustment mechanism, characterized in that the seat lying adjustment mechanism is configured for adjusting the cushion and the backrest plate, wherein one side away from a hinge position with the backrest plate of the cushion is fixed, the seat lying adjustment mechanism comprises a backrest plate pulling assembly and a safety belt guiding assembly, the backrest plate pulling assembly comprises: a handle for driving the backrest plate to move along a length extension direction of the backrest plate, so that the hinge position of the cushion and the backrest plate moves obliquely upward and downward, and a block for restraining the handle in a moving position, the safety belt guiding assembly comprises a latch disposed adjacent to the hinge position of the cushion and the backrest plate, so that the latch is driven to move upward and downward when the hinge position of the cushion and the backrest plate moves obliquely upward and downward. the seat lying adjustment mechanism is configured for adjusting the cushion and the backrest plate, wherein one side away from a hinge position with the backrest plate of the cushion is fixed, the seat lying adjustment mechanism comprises a backrest plate pulling assembly and a safety belt guiding assembly, the backrest plate pulling assembly comprises: a handle for driving the backrest plate to move along a length extension direction of the backrest plate, so that the hinge position of the cushion and the backrest plate moves obliquely upward and downward, and a block for restraining the handle in a moving position, the safety belt guiding assembly comprises a latch disposed adjacent to the hinge position of the cushion and the backrest plate, so that the latch is driven to move upward and downward when the hinge position of the cushion and the backrest plate moves obliquely upward and downward.
A magnetic encoder being attachable to a rotator provided in a device for detecting a rotation number of an automobile wheel or a rotation number detector for a relatively rotatable bearing section comprising: a core metal made of a cold rolled steel plate; an annular plastic magnet section magnetized multi-polarly in a circumferential direction; a plated layer containing a zinc-aluminum-magnesium alloy stacked on a surface of the core metal; a phosphoric acid salt film layer stacked on a surface of the plated layer; an adhesive layer stacked on the phosphoric acid salt film layer; and a plastic magnet layer stacked on the adhesive layer. a core metal made of a cold rolled steel plate; an annular plastic magnet section magnetized multi-polarly in a circumferential direction; a plated layer containing a zinc-aluminum-magnesium alloy stacked on a surface of the core metal; a phosphoric acid salt film layer stacked on a surface of the plated layer; an adhesive layer stacked on the phosphoric acid salt film layer; and a plastic magnet layer stacked on the adhesive layer.
Method for mutually aligning a charged particle optical inspection system and a light optical inspection system by - creating a change in the detected light signal of the light optical inspection system by illuminating and scanning a substrate with an charged particle beam; - correlating the position of the charged particle beam in the coordinate system of the charged particle optical inspection system to the position of the observed change in the detected light signal in the coordinate system of the light optical inspection system; - relatively shifting the charged particle optical inspection system and the light optical inspection system with respect to one another to a desired relative position of the coordinate systems. - creating a change in the detected light signal of the light optical inspection system by illuminating and scanning a substrate with an charged particle beam; - correlating the position of the charged particle beam in the coordinate system of the charged particle optical inspection system to the position of the observed change in the detected light signal in the coordinate system of the light optical inspection system; - relatively shifting the charged particle optical inspection system and the light optical inspection system with respect to one another to a desired relative position of the coordinate systems.
A camouflage cover configured to provide a spectral signature that is a match to a vegetative environment in the visible and IR spectral regions, the camouflage cover comprising: an upper cellulosic layer formed from a first cellulosic fabric; a lower cellulosic layer formed from a second cellulosic fabric; an SAP layer sandwiched between the upper and lower cellulosic layers, the SAP layer comprising a mixture of a super-absorbent polymer, a cellulose pulp, and water, the upper and lower cellulosic layers having outer sides that face away from the SAP layer; and upper and lower water boundary layers configured to prevent escape of the water of the SAP layer from the camouflage cover. an upper cellulosic layer formed from a first cellulosic fabric; a lower cellulosic layer formed from a second cellulosic fabric; an SAP layer sandwiched between the upper and lower cellulosic layers, the SAP layer comprising a mixture of a super-absorbent polymer, a cellulose pulp, and water, the upper and lower cellulosic layers having outer sides that face away from the SAP layer; and upper and lower water boundary layers configured to prevent escape of the water of the SAP layer from the camouflage cover.
A lithographic printing plate precursor comprising: an aluminum support; and an image recording layer, wherein the aluminum support includes an aluminum plate and an anodized aluminum film disposed on the aluminum plate, the anodized film is positioned on a side of the image recording layer with respect to the aluminum plate, the anodized film has micropores extending from a surface of the anodized film on the side of the image recording layer in a depth direction, the micropores have an opening ratio of 20% to 70%, a steepness a45 indicating an area ratio of a portion having an inclining degree of 45° or greater on the surface of the anodized film on the side of the image recording layer, which is obtained by extracting a component having a wavelength of 0.2 to 2 μm, is in a range of 3% to 25%, and an arithmetic average roughness Ra on the surface of the anodized film on the side of the image recording layer is in a range of 0.25 to 0.60 μm. an aluminum support; and an image recording layer, wherein the aluminum support includes an aluminum plate and an anodized aluminum film disposed on the aluminum plate, the anodized film is positioned on a side of the image recording layer with respect to the aluminum plate, the anodized film has micropores extending from a surface of the anodized film on the side of the image recording layer in a depth direction, the micropores have an opening ratio of 20% to 70%, a steepness a45 indicating an area ratio of a portion having an inclining degree of 45° or greater on the surface of the anodized film on the side of the image recording layer, which is obtained by extracting a component having a wavelength of 0.2 to 2 μm, is in a range of 3% to 25%, and an arithmetic average roughness Ra on the surface of the anodized film on the side of the image recording layer is in a range of 0.25 to 0.60 μm.
An orthopaedic assembly comprising: a first member adapted to be coupled to a bone, the first member having a threaded throughbore, an adjustable connector assembly including an adjuster having a tapered end and a threaded end which can threadingly engage the throughbore in the first member, and an articulation component including a bearing surface and adapted to be coupled to the tapered end of the adjustable connector assembly, characterised in that the assembly further includes: a locking screw having external threads so that it can threadingly engage the throughbore in the first member and can also engage the first member, each of the adjuster and the locking screw having a throughbore (29, 37) extending through it, and an assembly screw which can fit through the throughbores in the locking screw and the adjuster, and which has a threaded end which can engage a threaded recess in the articulation component. a first member adapted to be coupled to a bone, the first member having a threaded throughbore, an adjustable connector assembly including an adjuster having a tapered end and a threaded end which can threadingly engage the throughbore in the first member, and an articulation component including a bearing surface and adapted to be coupled to the tapered end of the adjustable connector assembly, characterised in that the assembly further includes: a locking screw having external threads so that it can threadingly engage the throughbore in the first member and can also engage the first member, each of the adjuster and the locking screw having a throughbore (29, 37) extending through it, and an assembly screw which can fit through the throughbores in the locking screw and the adjuster, and which has a threaded end which can engage a threaded recess in the articulation component. a locking screw having external threads so that it can threadingly engage the throughbore in the first member and can also engage the first member, each of the adjuster and the locking screw having a throughbore (29, 37) extending through it, and an assembly screw which can fit through the throughbores in the locking screw and the adjuster, and which has a threaded end which can engage a threaded recess in the articulation component.
A pump, comprising: - a rotor; - a first housing part and a second housing part, between which the rotor is arranged such that it can be rotated about a rotational axis and relative to the first and second housing parts (2, 3); - at least one positioning element which positions the second housing part with respect to its angular position about the rotational axis relative to the first housing part; and - a spring which is fastened to the at least one positioning element, wherein the second housing part is arranged between the spring and the rotor, characterised in that - the spring comprises a main portion and supporting portions connected to the main portion, wherein a spring gap exists between the second housing part and the main portion, and the supporting portions are supported on the second housing part. - a rotor; - a first housing part and a second housing part, between which the rotor is arranged such that it can be rotated about a rotational axis and relative to the first and second housing parts (2, 3); - at least one positioning element which positions the second housing part with respect to its angular position about the rotational axis relative to the first housing part; and - a spring which is fastened to the at least one positioning element, wherein the second housing part is arranged between the spring and the rotor, - the spring comprises a main portion and supporting portions connected to the main portion, wherein a spring gap exists between the second housing part and the main portion, and the supporting portions are supported on the second housing part.
Method for manufacturing a pressure vessel, which is preferably provided for use in bladder accumulators, comprising the following manufacturing steps: - Providing a support structure, more particularly in the form of a liner; - Applying a fibrous material to the support structure to form a base structure; - Placing the base structure in a heatable mould apparatus (4, 6, 10); and - Introducing a matrix between the mould apparatus (4, 6, 10) and the base structure, which at least partially penetrates the fibrous material, characterised in that the inner pressure of the support structure is increased during introduction of the solvent-based matrix. - Providing a support structure, more particularly in the form of a liner; - Applying a fibrous material to the support structure to form a base structure; - Placing the base structure in a heatable mould apparatus (4, 6, 10); and - Introducing a matrix between the mould apparatus (4, 6, 10) and the base structure, which at least partially penetrates the fibrous material,
Dispersion of drops of a first phase into a second phase which is essentially immiscible with the first phase, the solubility of the first phase in the second phase being less than 5% by mass, each drop comprising a core formed of first phase and a skin formed of a layer of coacervate interposed between the first phase and the second phase, characterised in that the layer of coacervate comprises a first precursor polymer of the coacervate and a second precursor polymer of the coacervate, the one of the first phase and of the second phase being aqueous, and the other of the first phase and of the second phase being oily, the one of the first precursor and of the second precursor being a lipophilic polymer which is able to be ionised in contact with an aqueous phase and the other of the first precursor polymer and of the second precursor polymer being a hydrophilic polymer which is able to be ionised.
A block copolymer comprising: a hard segment having a glass transition temperature of 25 °C or more and comprising a polymerization unit derived from a methacrylic monomer; and a soft segment having a glass transition temperature of 10 °C or less, wherein the soft segment comprises a polymerization unit derived from a cross-linkable monomer, the polymerization unit derived from the cross-linkable monomer has a higher concentration in a region adjacent to the hard segment than in a region which is not adjacent to the hard segment, wherein the block copolymer is diblock copolymer of an A/B-type or triblock copolymer of an B/A/B-type, A being the hard segment and B being the soft segment, and wherein the content of the hard segment is in a range of 5 to 25% by weight, based on the total weight of the block copolymer. a hard segment having a glass transition temperature of 25 °C or more and comprising a polymerization unit derived from a methacrylic monomer; and a soft segment having a glass transition temperature of 10 °C or less, wherein the soft segment comprises a polymerization unit derived from a cross-linkable monomer, the polymerization unit derived from the cross-linkable monomer has a higher concentration in a region adjacent to the hard segment than in a region which is not adjacent to the hard segment, wherein the block copolymer is diblock copolymer of an A/B-type or triblock copolymer of an B/A/B-type, A being the hard segment and B being the soft segment, and wherein the content of the hard segment is in a range of 5 to 25% by weight, based on the total weight of the block copolymer.