mhurhangee/ep-ind-claims huggingface dataset:
A linear compressor, comprising: a piston to perform a reciprocating motion within a cylinder; a linear motor to supply a driving force for the motion of the piston; a sensing unit (21, 23) to detect a motor voltage and a motor current associated with the motor; a valve plate provided on one end of the cylinder to adjust a discharge of a refrigerant compressed in the cylinder; characterised in that the linear compressor further comprising a pressure changing unit to change a variation rate of pressure applied to the piston before the piston reaches the valve plate during the reciprocating motion; and a controller to determine whether or not the variation rate of the pressure applied to the piston has changed using the detected motor voltage and motor current, and control the motor to prevent the piston from colliding with the valve plate on the basis of the determination result. a piston to perform a reciprocating motion within a cylinder; a linear motor to supply a driving force for the motion of the piston; a sensing unit (21, 23) to detect a motor voltage and a motor current associated with the motor; a valve plate provided on one end of the cylinder to adjust a discharge of a refrigerant compressed in the cylinder; characterised in that the linear compressor further comprising a pressure changing unit to change a variation rate of pressure applied to the piston before the piston reaches the valve plate during the reciprocating motion; and a controller to determine whether or not the variation rate of the pressure applied to the piston has changed using the detected motor voltage and motor current, and control the motor to prevent the piston from colliding with the valve plate on the basis of the determination result.
Tyre, the tread of which comprises a rubber composition comprising at least: - as first diene elastomer, from 55 to 95 phr of natural rubber or synthetic polyisoprene; - as second diene elastomer, from 5 to 45 phr of a polybutadiene or butadiene copolymer having a glass transition temperature (Tg) which is greater than -70°C measured by Differential Scanning Calorimetry according to Standard ASTM D3418; - as reinforcing filler, more than 90 phr and less than 150 phr of an inorganic filler, said inorganic filler being a mineral filler of the siliceous type; - as plasticizer, more than 10 phr of a thermoplastic hydrocarbon resin exhibiting a glass transition temperature (Tg) of greater than 20°C measured by Differential Scanning Calorimetry according to Standard ASTM D3418. - as first diene elastomer, from 55 to 95 phr of natural rubber or synthetic polyisoprene; - as second diene elastomer, from 5 to 45 phr of a polybutadiene or butadiene copolymer having a glass transition temperature (Tg) which is greater than -70°C measured by Differential Scanning Calorimetry according to Standard ASTM D3418; - as reinforcing filler, more than 90 phr and less than 150 phr of an inorganic filler, said inorganic filler being a mineral filler of the siliceous type; - as plasticizer, more than 10 phr of a thermoplastic hydrocarbon resin exhibiting a glass transition temperature (Tg) of greater than 20°C measured by Differential Scanning Calorimetry according to Standard ASTM D3418.
Integrated magnetic field sensor comprising a semiconductor body with a top surface and a back surface, a metal support with a front side and a rear side, wherein the semiconductor body is frictionally connected by the back surface with the front side of the metal support, exactly one Hall sensor, which is formed at the top surface of the semiconductor body, with a main dimension surface, a permanent magnet with a first magnetic pole formed along a first surface and a centre axis formed perpendicularly to the first surface, wherein the metal support, the permanent magnet and the semiconductor body are arranged in a common housing and the Hall sensor is arranged in the housing, and the first surface of the permanent magnet is formed perpendicularly to the main dimension surface of the single Hall sensor, the centre axis of the permanent magnet extends parallel to the main dimension plane of the Hall sensor and the centre axis passes perpendicularly through a normal of the main dimension surface, wherein the normal stands in the centre of area of the main dimension surface and the field lines of the permanent magnets extend substantially parallel to the main dimension surface of the Hall sensor so that a Hall voltage is generated when a part of the magnetic field lines is deflected by means of a ferromagnetic component perpendicularly to the main dimension plane of the Hall sensor, and in a first form of embodiment the permanent magnet is formed only on the front side of the metal support, wherein the centre axis of the permanent magnet extends within the main dimension surface of the Hall sensor or the normal extends within a connecting layer between the two poles of the magnet, or in a second form of embodiment the permanent magnet is formed only on the surface of the semiconductor body, wherein the centre axis of the permanent magnet extends within the main dimension surface of the Hall sensor.
An impedentiometric system for the assessment of muscle mass, comprising at least one wearable device, provided with external electrodes to be applied at certain positions on the patient's body, and an electronic detection part suitable only for acquiring the parameters necessary for carrying out the impedance measurement on the subject concerned, at least one cloud platform, configured so as to receive and process the measurement parameters acquired by said electronic detection part of said wearable device, and at least one interface comprising a computer or another device suitable for connection to the Internet configured to allow the transmission of impedance measurement data from said wearable device to said cloud platform, said cloud platform being configured so as to check the consistency of the resistance value, measured by said wearable device, in relation to the subject/patient's height, and wherein said interface comprises at least one Human Interface Device, HID, interface processor, included in said electronic detection part of said wearable device, configured to receive the impedance measurement data and to be recognised by the USB system of said computer, or other device suitable for connection to the Internet, such as a HID peripheral device, and a USB socket so that said HID interface processor can be connected to said computer by means of a USB cable, said HID interface processor being configured for emulating the behaviour of a keyboard. at least one wearable device, provided with external electrodes to be applied at certain positions on the patient's body, and an electronic detection part suitable only for acquiring the parameters necessary for carrying out the impedance measurement on the subject concerned, at least one cloud platform, configured so as to receive and process the measurement parameters acquired by said electronic detection part of said wearable device, and at least one interface comprising a computer or another device suitable for connection to the Internet configured to allow the transmission of impedance measurement data from said wearable device to said cloud platform, said cloud platform being configured so as to check the consistency of the resistance value, measured by said wearable device, in relation to the subject/patient's height, and wherein said interface comprises at least one Human Interface Device, HID, interface processor, included in said electronic detection part of said wearable device, configured to receive the impedance measurement data and to be recognised by the USB system of said computer, or other device suitable for connection to the Internet, such as a HID peripheral device, and a USB socket so that said HID interface processor can be connected to said computer by means of a USB cable, said HID interface processor being configured for emulating the behaviour of a keyboard.
Device (1, 2, 3) for purifying a fluid, the device comprising: filtering means for removing particles from the fluid on the basis of a filtering action, the filtering means having a particle collecting face for collecting particles during use of the device (1, 2, 3), and a chamber in which a fluid is present and in which the filtering means are arranged, wherein the chamber has an inlet for letting in fluid to be filtered, and an outlet for letting out filtered fluid, wherein the inlet of the chamber comprises a spouting part which projects into the chamber and which serves for spouting the fluid to be filtered in a direction towards the particle collecting face of the filtering means, wherein an arrangement of the spouting part and the particle collecting face of the filtering means with respect to each other is adapted to generate, during operation of the device (1, 2, 3), a rotating flow pattern in the fluid that is present in the chamber under the influence of the flow of the fluid to be filtered, wherein the rotating flow pattern is confined by at least a portion of the particle collecting face of the filtering means for creating a shear force between the fluid in motion and the particle collecting face, by means of which shear force particles are removed from the particle collection face, wherein a distance between an outlet side of the spouting part and the particle collecting face of the filtering means, measured at a central longitudinal axis of the spouting part, is in a range of 0.5 to 7 times an inner diameter (D s) of the spouting part, and wherein a cross-sectional area of at least a portion of the chamber between the outlet side of the spouting part and the particle collecting face of the filtering means is at least 3 times as large as a cross-sectional area of the spouting part, in a direction perpendicular to the longitudinal axis of the spouting part. filtering means for removing particles from the fluid on the basis of a filtering action, the filtering means having a particle collecting face for collecting particles during use of the device (1, 2, 3), and a chamber in which a fluid is present and in which the filtering means are arranged, wherein the chamber has an inlet for letting in fluid to be filtered, and an outlet for letting out filtered fluid,
A container, comprising a container body having an upper opening portion at a top portion; plural holders, which are placed in the container body of the container, for holding at least one medical device (61,63,64); and a gas non-permeable film for sealing the opening portion, wherein each holder comprises a plate-like basal plate portion and plural tubular portions, each tubular portion having a top end opening portion and a bottom end opening portion, and the top end opening portion and the bottom end opening portion are communicating, characterized in that the plural tubular portions protrude downward from the basal plate portion, the top end opening portion opens on the side of the basal plate portion and the bottom end opening portion opens downward, the plural holders are stacked and placed in the container body to house the holders in the container body, wherein a side support rod is formed in a peripheral portion of each holder by protruding downward from the basal plate portion, and a center support rod is formed in a center portion of each holder by protruding downward from the basal plate portion, the side support rods and the center support rods are longer than the tubular portions so that the medical device (61,63,64) housed in a respective tubular portion does not contact a bottom surface of the container body and does not contact neighboring holders when the holders are stacked.
A system, comprising: a refill cartridge; and a pump dispenser, comprising: a body defining a hollow interior and having a rim comprising one or more notches (117A, 117B) and defining an opening through which at least a portion of a refill cartridge containing a flowable substance is receivable into the hollow interior; a lid for closing the opening of the body; and a pump for pumping the flowable substance from the refill cartridge when the portion of the refill cartridge is in the hollow interior and the lid closes the opening of the body; wherein the lid comprises a dip tube with a lumen fluidly connected to the pump, the dip tube having a tapered end that is located in the hollow interior of the body when the lid closes the opening of the body; characterized in that the refill cartridge comprises one or more projections (17A, 17B) to cooperate with the one or more notches (117A, 117B) to prevent rotation of the refill cartridge when the portion of the refill cartridge is in the hollow interior. a refill cartridge; and a pump dispenser, comprising: a body defining a hollow interior and having a rim comprising one or more notches (117A, 117B) and defining an opening through which at least a portion of a refill cartridge containing a flowable substance is receivable into the hollow interior; a lid for closing the opening of the body; and a pump for pumping the flowable substance from the refill cartridge when the portion of the refill cartridge is in the hollow interior and the lid closes the opening of the body; a body defining a hollow interior and having a rim comprising one or more notches (117A, 117B) and defining an opening through which at least a portion of a refill cartridge containing a flowable substance is receivable into the hollow interior; a lid for closing the opening of the body; and a pump for pumping the flowable substance from the refill cartridge when the portion of the refill cartridge is in the hollow interior and the lid closes the opening of the body; wherein the lid comprises a dip tube with a lumen fluidly connected to the pump, the dip tube having a tapered end that is located in the hollow interior of the body when the lid closes the opening of the body; characterized in that the refill cartridge comprises one or more projections (17A, 17B) to cooperate with the one or more notches (117A, 117B) to prevent rotation of the refill cartridge when the portion of the refill cartridge is in the hollow interior.
A regulator for a transdermal drug administration to a surface of a skin of a subject comprising: a connector for attachment to a transdermal drug patch; characterised by an actuator to mechanically manipulate the transdermal patch with respect to said skin of the subject wherein said manipulating includes at least distancing an active surface of the patch from said skin of the subject and contacting said active surface to said skin; a housing (926, 1526) comprising a patch control device that comprises: a roller and a frame; the frame comprising therein a track, wherein the roller is arranged to rotate and slide along the track inside the frame to engage and/or disengage said patch; and a programmable controller operationally connected to said actuator to control said manipulating. a connector for attachment to a transdermal drug patch; characterised by an actuator to mechanically manipulate the transdermal patch with respect to said skin of the subject wherein said manipulating includes at least distancing an active surface of the patch from said skin of the subject and contacting said active surface to said skin; a housing (926, 1526) comprising a patch control device that comprises: a roller and a frame; the frame comprising therein a track, wherein the roller is arranged to rotate and slide along the track inside the frame to engage and/or disengage said patch; and a programmable controller operationally connected to said actuator to control said manipulating.
A handle for a personal care implement, the handle comprising: - a housing comprising an inner cavity, the housing having a proximal end closest to a head repeatably attachable to and detachable from the handle, and a distal end, the distal end being opposite the proximal end, - a swivel-mounted connector-pressure-sensor unit unitarily made as one piece, the connector-pressure sensor unit comprising a connector extending through an opening at the proximal end of the housing, and a pivot lever accommodated within the inner cavity of the housing and extending towards the distal end of the housing, the pivot lever being attached to the housing via a pivot axis, wherein the handle further comprises a motor comprising an eccentric weight accommodated within the housing, and the pivot lever of the swivel-mounted connector-pressure-sensor unit comprises a distal end, and the motor is attached to the pivot lever at said distal end. - a housing comprising an inner cavity, the housing having a proximal end closest to a head repeatably attachable to and detachable from the handle, and a distal end, the distal end being opposite the proximal end, - a swivel-mounted connector-pressure-sensor unit unitarily made as one piece, the connector-pressure sensor unit comprising a connector extending through an opening at the proximal end of the housing, and a pivot lever accommodated within the inner cavity of the housing and extending towards the distal end of the housing, the pivot lever being attached to the housing via a pivot axis, wherein the handle further comprises a motor comprising an eccentric weight accommodated within the housing, and the pivot lever of the swivel-mounted connector-pressure-sensor unit comprises a distal end, and the motor is attached to the pivot lever at said distal end.
An image display mirror for a vehicle, comprising: a first linear polarizing plate; a first liquid crystal cell; a half mirror; and an image display apparatus in the stated order from a viewer side, characterized in that the half mirror does not have a polarization function and in that the first liquid crystal cell can be switched between a state in which a polarization direction of incident linearly polarized light is maintained and a state in which the incident linearly polarized light is transformed into circularly polarized light in accordance with a voltage to be supplied. a first linear polarizing plate; a first liquid crystal cell; a half mirror; and an image display apparatus in the stated order from a viewer side, characterized in that the half mirror does not have a polarization function and in that the first liquid crystal cell can be switched between a state in which a polarization direction of incident linearly polarized light is maintained and a state in which the incident linearly polarized light is transformed into circularly polarized light in accordance with a voltage to be supplied.
An intelligence cache, comprising: a general interface, a software define and reconfiguration unit, a control unit, a memory unit and an intelligence processing unit, wherein the general interface is configured to receive configuration information and/or control information, and/or data information from a core or a bus, and return target data; the software define and reconfiguration unit is configured to define a memory as a required cache memory according to the configuration information; the control unit is configured to control writing and reading of a cache memory and monitor instructions and data streams in real time, and control the memory unit to load the required data in advance according to system information, features of tasks to be executed and features of data structures used; the memory unit is composed of a number of memory modules and configured to cache data; wherein the required cache memory is formed by the memory modules according to the definition of the software define and reconfiguration unit; and the intelligence processing unit is configured to process input and output data, and transfer, convert and operate on data among multiple structures defined in the control unit; characterized in that the software define and reconfiguration unit is further configured to dynamically reconstruct idle memory modules in the operating process and to define cache memories with different properties and same structure that are simultaneously existent with types of memory structures including Tightly Coupled Memory, TCM, and Tightly Coupled Access Memory, TCAM, the cache memories with different properties and same structure including at least one of: full associative cache, 16-way associative cache, 4-way associative cache, 2-way associative cache and direct-mapped cache.
A method of measuring an optical power of an intraocular lens (128, 204), comprising: generating illumination light; coupling said illumination light into a fiber-optic light delivery system; transmitting illumination light from a transmit/receive end of said fiber-optic light delivery system; collimating light transmitted from said transmit/receive end of said fiber-optic light delivery system; disposing an intraocular lens (128, 204) to be measured in a path of illumination light that has been collimated; reflecting illumination light that passed through said intraocular lens-to-be- measured from a reflecting surface back through said intraocular lens-to-be-measured to be coupled into said transmit/receive end of said fiber-optic delivery system; detecting at least some of said light coupled into said transmit/receive end of said fiber-optic delivery system as said reflecting surface is varied in position relative to said intraocular lens to be measured; determining a position of said reflecting surface relative to said intraocular lens to be measured based upon a substantially maximum of a detected light signal; and determining an optical power of said intraocular lens to be measured based on said determined said relative position of said reflecting surface. generating illumination light; coupling said illumination light into a fiber-optic light delivery system; transmitting illumination light from a transmit/receive end of said fiber-optic light delivery system; collimating light transmitted from said transmit/receive end of said fiber-optic light delivery system; disposing an intraocular lens (128, 204) to be measured in a path of illumination light that has been collimated; reflecting illumination light that passed through said intraocular lens-to-be- measured from a reflecting surface back through said intraocular lens-to-be-measured to be coupled into said transmit/receive end of said fiber-optic delivery system; detecting at least some of said light coupled into said transmit/receive end of said fiber-optic delivery system as said reflecting surface is varied in position relative to said intraocular lens to be measured; determining a position of said reflecting surface relative to said intraocular lens to be measured based upon a substantially maximum of a detected light signal; and determining an optical power of said intraocular lens to be measured based on said determined said relative position of said reflecting surface.
An antireflection film, comprising: a low refractive index layer which includes a binder resin containing a crosslinked polymer of a photopolymerizable compound and a polysilsesquioxane substituted with one or more reactive functional groups, wherein the binder resin further includes a crosslinked polymer of a photopolymerizable compound, a fluorine-based compound containing a photoreactive functional group, and polysilsesquioxane substituted with one or more reactive functional groups; and inorganic fine particles dispersed in the binder resin, wherein the inorganic fine particles include at least one selected from the group consisting of solid inorganic nanoparticles having a diameter of 0.5 to 100 nm, and hollow inorganic nanoparticles having a diameter of 1 to 200 nm; and a hard coating layer; wherein a 10-point average roughness (Rz) of the shape of irregularities on the surface of the low refractive index layer is 0.05 μ m to 0.2 μ m, wherein the 10-point average roughness indicates the sum of an average value of absolute values of the heights of five highest profile peaks and the depths of five deepest profile valleys based on an average line within sampling length from the surface irregularity curve, wherein the 10-point average roughness (Rz) of the shape of irregularities on the surface of the low refractive index is a result measured using a non-contact surface measuring system of 3D optical profiler.