mhurhangee/ep-ind-claims huggingface dataset:
A belt clamping system comprising: an open-ended flat belt formed from thermoplastic elastomer with longitudinally extending tensile members embedded therein and having a toothed belt section welded onto an end portion of said flat belt to provide a plurality of teeth on one side of said end portion; a pin for attaching said belt to another structure; a first clamping plate having a surface with grooves complementary to said teeth; a second clamping plate having a flat surface; wherein said first and second clamping plates (52, 54) are adapted to clamp said end portion to a standing portion of said belt with said belt looped around said pin such that said toothed belt section faces away from said standing portion and is engaged by said first clamping plate and said standing portion has a flat side that faces away from said toothed belt section and is engaged by the second clamping plate. an open-ended flat belt formed from thermoplastic elastomer with longitudinally extending tensile members embedded therein and having a toothed belt section welded onto an end portion of said flat belt to provide a plurality of teeth on one side of said end portion; a pin for attaching said belt to another structure; a first clamping plate having a surface with grooves complementary to said teeth; a second clamping plate having a flat surface; wherein said first and second clamping plates (52, 54) are adapted to clamp said end portion to a standing portion of said belt with said belt looped around said pin such that said toothed belt section faces away from said standing portion and is engaged by said first clamping plate and said standing portion has a flat side that faces away from said toothed belt section and is engaged by the second clamping plate.
A light emitting device comprising a substrate, a light emitting element mounted on the substrate, a resin layer disposed on the light emitting element and comprising a resin through which light emitted by the light emitting element can penetrate as a base material, and a tabular member disposed on the resin layer, wherein: a lower surface of the tabular member is larger than an upper surface of the light emitting element, the resin layer forms a slope connecting a lower end of a side of the light emitting element and a side of the tabular member, characterized in that the resin layer contains fluorescent substance particles and spacer particles having a particle size larger than that of the fluorescent substance particles and being located between the light emitting element and the tabular member to define a thickness of the resin layer, and the tabular member is constituted with a material having an alkali metal oxide content of 0.2% by weight or lower. a lower surface of the tabular member is larger than an upper surface of the light emitting element, the resin layer forms a slope connecting a lower end of a side of the light emitting element and a side of the tabular member, characterized in that the resin layer contains fluorescent substance particles and spacer particles having a particle size larger than that of the fluorescent substance particles and being located between the light emitting element and the tabular member to define a thickness of the resin layer, and the tabular member is constituted with a material having an alkali metal oxide content of 0.2% by weight or lower.
Motion sensor device, comprising: - a PIR sensor having a plurality of sensor elements arranged adjacent to one another, whose sensor-active surfaces form a detection region of the PIR sensor; and - an optical system which is configured to image a detection region of the PIR sensor, which detection region comprises detection zones, onto the detection region of the PIR sensor; - wherein the detection zones in the detection region of the PIR sensor have a spatially periodic arrangement with direction-dependent periodicity according to first and second directions (18, 19) that are orthogonal to one another in the detection region of the motion sensor device, characterized in that, - the optical system is configured to image a plurality of different groups of the detection zones in a superimposed manner via a respective imaging into the detection region of the PIR sensor, wherein a first direction-dependent periodicity of the detection zones of a first group of the plurality of groups and a second direction-dependent periodicity of the detection zones of a second group of the plurality of groups are different, wherein a plurality of detection zones of the first group and a plurality of detection zones of the second group are imaged in a superimposed manner onto one of the sensor elements. - a PIR sensor having a plurality of sensor elements arranged adjacent to one another, whose sensor-active surfaces form a detection region of the PIR sensor; and - an optical system which is configured to image a detection region of the PIR sensor, which detection region comprises detection zones, onto the detection region of the PIR sensor; - wherein the detection zones in the detection region of the PIR sensor have a spatially periodic arrangement with direction-dependent periodicity according to first and second directions (18, 19) that are orthogonal to one another in the detection region of the motion sensor device, - the optical system is configured to image a plurality of different groups of the detection zones in a superimposed manner via a respective imaging into the detection region of the PIR sensor, wherein a first direction-dependent periodicity of the detection zones of a first group of the plurality of groups and a second direction-dependent periodicity of the detection zones of a second group of the plurality of groups are different, wherein a plurality of detection zones of the first group and a plurality of detection zones of the second group are imaged in a superimposed manner onto one of the sensor elements.
A vapor delivery system, comprising: a unit including a cradle wherein the unit is configured to provide power and fluid to an inductive heating system for a production of vapor; a syringe assembly disposed in the cradle and configured to interact with the cradle to deliver a fluid at a controlled rate; the inductive heating system fluidly coupled to the syringe assembly and configured to receive fluid from the syringe assembly; characterised in that the system comprises a force sensor disposed in the cradle and configured to contact the cradle and/or syringe assembly to generate an electrical signal proportional to a force exerted on the force sensor by the cradle and/or syringe assembly in a lateral direction; and an electronic controller configured control delivery of fluid and RF power to the inductive heating system for the production of vapor, to calibrate the electrical signal as representing a fluid pressure within the syringe assembly, and to stop delivery of fluid and/or RF power to the inductive heating system when the fluid pressure falls outside of a desired range of fluid pressures. a unit including a cradle wherein the unit is configured to provide power and fluid to an inductive heating system for a production of vapor; a syringe assembly disposed in the cradle and configured to interact with the cradle to deliver a fluid at a controlled rate; the inductive heating system fluidly coupled to the syringe assembly and configured to receive fluid from the syringe assembly; characterised in that the system comprises a force sensor disposed in the cradle and configured to contact the cradle and/or syringe assembly to generate an electrical signal proportional to a force exerted on the force sensor by the cradle and/or syringe assembly in a lateral direction; and an electronic controller configured control delivery of fluid and RF power to the inductive heating system for the production of vapor, to calibrate the electrical signal as representing a fluid pressure within the syringe assembly, and to stop delivery of fluid and/or RF power to the inductive heating system when the fluid pressure falls outside of a desired range of fluid pressures. characterised in that the system comprises a force sensor disposed in the cradle and configured to contact the cradle and/or syringe assembly to generate an electrical signal proportional to a force exerted on the force sensor by the cradle and/or syringe assembly in a lateral direction; and an electronic controller configured control delivery of fluid and RF power to the inductive heating system for the production of vapor, to calibrate the electrical signal as representing a fluid pressure within the syringe assembly, and to stop delivery of fluid and/or RF power to the inductive heating system when the fluid pressure falls outside of a desired range of fluid pressures.
An A/D converter configured to convert analog signals into digital signals comprising: a comparison section configured to compare a reference voltage with an input voltage, the reference voltage having a ramp waveform whose voltage value varies with time; a count code generation circuit (18, 124-1, 124-M) configured to perform counting in a count pattern by a predetermined rule and configured to provide a count value; a storage section configured to hold the count value in the predetermined count pattern, based on an output signal from the comparison section; a conversion section configured to convert the count value in the count pattern held by the storage section into binary data; and a supply section configured to supply a pulse signal having a number of pulses corresponding to the binary data obtained by conversion in the conversion section to a first counter, wherein the storage section is configured to supply, to a second counter, a most significant bit signal representing a most significant bit of the count value in the count pattern until the output signal from the comparison section is reversed, and is configured to hold lower bits lower than the most significant bit of the count value in the count pattern when the output signal from the comparison section is reversed. wherein values of the second counter and values of the first counter constitute respectively most significant bits and least significant bits of the digital signals. a comparison section configured to compare a reference voltage with an input voltage, the reference voltage having a ramp waveform whose voltage value varies with time; a count code generation circuit (18, 124-1, 124-M) configured to perform counting in a count pattern by a predetermined rule and configured to provide a count value; a storage section configured to hold the count value in the predetermined count pattern, based on an output signal from the comparison section; a conversion section configured to convert the count value in the count pattern held by the storage section into binary data; and a supply section configured to supply a pulse signal having a number of pulses corresponding to the binary data obtained by conversion in the conversion section to a first counter, wherein the storage section is configured to supply, to a second counter, a most significant bit signal representing a most significant bit of the count value in the count pattern until the output signal from the comparison section is reversed, and is configured to hold lower bits lower than the most significant bit of the count value in the count pattern when the output signal from the comparison section is reversed.
A method of making a carbon fiber comprising: a. lowering the T g of a lignin material, wherein the lowering comprises the esterification of the lignin with an acid or acid derivative compound having at least one of the following of an ethyl group or longer alkyl chain, an aromatic group, and combinations thereof or comprises reacting the lignin with an alkylating agent, thereby forming a reduced T g lignin; b. mixing the reduced T g lignin with a carbon residue, thereby forming a fiber precursor mixture; and c. spinning the fiber precursor mixture into a fiber. a. lowering the T g of a lignin material, wherein the lowering comprises the esterification of the lignin with an acid or acid derivative compound having at least one of the following of an ethyl group or longer alkyl chain, an aromatic group, and combinations thereof or comprises reacting the lignin with an alkylating agent, thereby forming a reduced T g lignin; b. mixing the reduced T g lignin with a carbon residue, thereby forming a fiber precursor mixture; and c. spinning the fiber precursor mixture into a fiber.
A computing device for secure inter-virtual-machine shared memory communication, the computing device comprising: an authentication module to authenticate, by a virtual machine monitor of the computing device, a view switch component of a target virtual machine of the computing device in response to a request to authenticate the view switch component received from the target virtual machine; a secure view module to configure, by the virtual machine monitor in response to authentication of the view switch component, a secure memory view to access a shared memory segment of the computing device in response to a request to access the shared memory segment received from the target virtual machine, wherein the secure memory view defines a physical memory map of the computing device; a view switch module to switch, by the target virtual machine using the view switch component, to the secure memory view without a virtual machine exit event in response to the request to access the shared memory segment; and a data access module to access, by the target virtual machine, the shared memory segment in response to switching to the secure memory view. an authentication module to authenticate, by a virtual machine monitor of the computing device, a view switch component of a target virtual machine of the computing device in response to a request to authenticate the view switch component received from the target virtual machine; a secure view module to configure, by the virtual machine monitor in response to authentication of the view switch component, a secure memory view to access a shared memory segment of the computing device in response to a request to access the shared memory segment received from the target virtual machine, wherein the secure memory view defines a physical memory map of the computing device; a view switch module to switch, by the target virtual machine using the view switch component, to the secure memory view without a virtual machine exit event in response to the request to access the shared memory segment; and a data access module to access, by the target virtual machine, the shared memory segment in response to switching to the secure memory view.
An ultra thin package for an electric acoustic sensor chip of a micro electro mechanical system, comprising: a substrate comprising a first substrate surface and a second substrate surface opposite to the first substrate surface, a plurality of conductor bumps (8, 8a, 8b) formed on the second substrate surface and arranged into a relatively smaller ring arrangement of the plurality of conductor bumps (8, 8b) and a relatively bigger ring arrangement of the plurality of conductor bumps (8, 8a); an electric acoustic sensor chip having a first chip surface and a second chip surface opposite to the first chip surface, wherein the first chip surface is electrically connected to the plurality of conductor bumps (8, 8a, 8b), the plurality of conductor bumps (8, 8a, 8b) is positioned between the second substrate surface and the first chip surface to create a space, and the plurality of conductor bumps (8, 8a, 8b) is used for transferring a signal from the electric acoustic sensor chip to the substrate; an acoustic opening passing through the substrate; and a chamber positioned between the second substrate surface and the first chip surface and communicating with the acoustic opening, wherein the chamber is formed by sealing the outer surroundings of the space with a filling layer. a substrate comprising a first substrate surface and a second substrate surface opposite to the first substrate surface, a plurality of conductor bumps (8, 8a, 8b) formed on the second substrate surface and arranged into a relatively smaller ring arrangement of the plurality of conductor bumps (8, 8b) and a relatively bigger ring arrangement of the plurality of conductor bumps (8, 8a); an electric acoustic sensor chip having a first chip surface and a second chip surface opposite to the first chip surface, wherein the first chip surface is electrically connected to the plurality of conductor bumps (8, 8a, 8b), the plurality of conductor bumps (8, 8a, 8b) is positioned between the second substrate surface and the first chip surface to create a space, and the plurality of conductor bumps (8, 8a, 8b) is used for transferring a signal from the electric acoustic sensor chip to the substrate; an acoustic opening passing through the substrate; and a chamber positioned between the second substrate surface and the first chip surface and communicating with the acoustic opening, wherein the chamber is formed by sealing the outer surroundings of the space with a filling layer.
A method of making an article, the method comprising: providing a first glass substrate, the first substrate having a thickness of 0.5-3 mm, a low-iron content of 0.001 - 0.06 Wt%, expressed as Fe 2 O 3, in terms of weight percentage of the total glass composition and a low redox value of less than or equal to 0.10 expressed as the ratio of FeO to total iron in terms of weight percentage; disposing a reflective coating on a major surface of the first substrate; providing a second glass substrate substantially parallel to the first substrate, the second substrate being oriented over the reflective coating, the second substrate being at least as thick as the first substrate; laminating together the first substrate with the reflective coating disposed thereon and the second substrate, wherein the reflective article has a reflectivity of at least 90 percent, and wherein the second substrate includes a major surface area that is larger than a major surface area of the first substrate. providing a first glass substrate, the first substrate having a thickness of 0.5-3 mm, a low-iron content of 0.001 - 0.06 Wt%, expressed as Fe 2 O 3, in terms of weight percentage of the total glass composition and a low redox value of less than or equal to 0.10 expressed as the ratio of FeO to total iron in terms of weight percentage; disposing a reflective coating on a major surface of the first substrate; providing a second glass substrate substantially parallel to the first substrate, the second substrate being oriented over the reflective coating, the second substrate being at least as thick as the first substrate; laminating together the first substrate with the reflective coating disposed thereon and the second substrate, wherein the reflective article has a reflectivity of at least 90 percent, and wherein the second substrate includes a major surface area that is larger than a major surface area of the first substrate.
A reversible plough, comprising a headstock with attachment points for adaptation of the reversible plough to a traction vehicle, a plough frame, which on one side carries right-turning plough bodies and on the opposite side carries left-turning plough bodies and is pivotable about a pivot axis by a pivoting device actuated by at least one pivot cylinder at least indirectly relative to the headstock or to a traction frame, wherein for controlling a pivot movement the annular chamber and/or the piston space of the at least one pivot cylinder are connected by supply lines (23, 24) to a first control device and a first valve unit, wherein the pivot movement is limited by adjustable inclination stops, characterised in that for limiting the pivot movement two hydraulic cylinders forming the inclination stops are provided on the headstock, which limit the travel of the pivot cylinder or the pivot movement thereby created.
Composite frame comprising a blind frame and casement frame of a window and/or a door, wherein the casement frame has at least a casement frame rebate region, a casement frame protrusion, a glass seal which is secured to the casement frame protrusion for sealing a glazing which is positioned in the casement frame rebate region, and an outer side which extends at least substantially parallel with the glazing plane at the side of the casement frame protrusion facing away from the casement frame rebate region, having a stop seal which is secured to the blind frame for sealing at the outer side of the casement frame, at least one casement frame facing shell or a casement frame auxiliary frame is arranged at the outer side on the casement frame, wherein the at least one casement frame facing shell or the casement frame auxiliary frame covers the casement frame protrusion and only partially the outer side up to a location above a stop line of the stop seal on the casement frame, wherein the stop line is produced when the stop seal, when the casement frame moves closer to the blind frame, first touches the outer side of the casement frame, and wherein during further closing a stop face is produced so that the stop seal partially covers parallel with the glazing plane the casement frame facing shell or the casement frame auxiliary frame, and the casement frame auxiliary frame has, in the region which is covered by the stop seal, a thinner wall thickness than in the region of the casement frame protrusion and preferably tapers in the direction of the stop line. wherein the casement frame has at least a casement frame rebate region, a casement frame protrusion, a glass seal which is secured to the casement frame protrusion for sealing a glazing which is positioned in the casement frame rebate region, and an outer side which extends at least substantially parallel with the glazing plane at the side of the casement frame protrusion facing away from the casement frame rebate region, having a stop seal which is secured to the blind frame for sealing at the outer side of the casement frame, at least one casement frame facing shell or a casement frame auxiliary frame is arranged at the outer side on the casement frame, wherein the at least one casement frame facing shell or the casement frame auxiliary frame covers the casement frame protrusion and only partially the outer side up to a location above a stop line of the stop seal on the casement frame, wherein the stop line is produced when the stop seal, when the casement frame moves closer to the blind frame, first touches the outer side of the casement frame, and wherein during further closing a stop face is produced so that the stop seal partially covers parallel with the glazing plane the casement frame facing shell or the casement frame auxiliary frame, and the casement frame auxiliary frame has, in the region which is covered by the stop seal, a thinner wall thickness than in the region of the casement frame protrusion and preferably tapers in the direction of the stop line.