mhurhangee/ep-ind-claims huggingface dataset:
A displacement detection device comprising: a coil; a magnetism-responsive member disposed so as to be displaceable relative to the coil according to a position of a detection object; a self-oscillation circuit that incorporates the coil therein as an oscillation element so that an oscillation frequency varies with an inductance variation of the coil responsive to the displacement of the magnetism-responsive member relative to the coil; and an arithmetic section configured to generate a measured value responsive to the oscillation frequency on the basis of an oscillation output signal of the self-oscillation circuit, wherein the arithmetic section is configured to generate the measured value as digital position detection data, and characterized in that the arithmetic section is further configured to generate velocity data by digitally calculating a temporal differential value of the digital position detection data, and calculate displacement data by integrating the generated velocity data. a coil; a magnetism-responsive member disposed so as to be displaceable relative to the coil according to a position of a detection object; a self-oscillation circuit that incorporates the coil therein as an oscillation element so that an oscillation frequency varies with an inductance variation of the coil responsive to the displacement of the magnetism-responsive member relative to the coil; and an arithmetic section configured to generate a measured value responsive to the oscillation frequency on the basis of an oscillation output signal of the self-oscillation circuit, wherein the arithmetic section is configured to generate the measured value as digital position detection data, and characterized in that the arithmetic section is further configured to generate velocity data by digitally calculating a temporal differential value of the digital position detection data, and calculate displacement data by integrating the generated velocity data.
A perfume bottle comprising a body and a neck, the body defining a perfume reservoir that is defined by an inside surface, the body being made of material that is substantially transparent, such as glass, the inside surface being coated, at least in part, with a reflective layer (Cm) that imparts a mirror effect, the layer (Cm) being visible and reflective through the transparent material that constitutes the body.
Chronograph mechanism comprising a chronograph wheel to which are fixed a seconds heart piece and a seconds hand, a minute-counting wheel supporting a minutes heart piece and cooperating with a counter jumper, as well as a seconds hammer and a minutes hammer cooperating with the corresponding heart pieces (3, 5); wherein the seconds hammer and minutes hammer are pivoted coaxially independently of one another and each individually subjected to a seconds hammer spring and a minutes hammer spring respectively tending to cause them to pivot in the direction of their respective heart piece (3, 5); wherein a connecting member connects the minutes hammer to the seconds hammer while permitting same to move angularly with respect to one another by a preset value, the whole being arranged such that, in the acheived resetting position, said hammers (6, 21) are both in contact with the base of their respective heart piece (3, 5); and wherein the minutes counter jumper is pivoted on a support with can be displaced angularly concentrically to the minutes counter wheel; a screw permitting immobilisation of this support in a desired position.
A current-conducting rotating system for a continuous electrolysis line, comprising a conductive roller comprising a central apron and two trunnions secured to the respective ends of said apron, and at least one electricity collector mounted on one of the trunnions, which trunnion is configured to conduct the current from the collector to the apron, characterized in that the system comprises at least one temperature sensor secured to the collector and arranged to measure a temperature of said collector, and wireless communication means connected to the temperature sensor and configured to emit the measured temperature value.
A negative pressure wound therapy apparatus comprising: a negative pressure pump configured to be fluidically connected, via a fluid flow path, to a wound dressing configured to be placed over a wound, the negative pressure pump configured to supply vacuum pressure to the wound; a proportional shut-off valve positioned in the fluid flow path; and a diaphragm linked to the shut-off valve, the diaphragm being a flexible diaphragm configured to automatically close the shut-off valve when a pressure at the wound reaches a predetermined value characterized in that the negative pressure wound therapy apparatus further comprises a sprung preload acting on the diaphragm, wherein the sprung preload links the diaphragm to the shut-off valve. a negative pressure pump configured to be fluidically connected, via a fluid flow path, to a wound dressing configured to be placed over a wound, the negative pressure pump configured to supply vacuum pressure to the wound; a proportional shut-off valve positioned in the fluid flow path; and a diaphragm linked to the shut-off valve, the diaphragm being a flexible diaphragm configured to automatically close the shut-off valve when a pressure at the wound reaches a predetermined value characterized in that the negative pressure wound therapy apparatus further comprises a sprung preload acting on the diaphragm, wherein the sprung preload links the diaphragm to the shut-off valve.
A cooling cigarette filter, comprising a cooling section, the cooling section is provided with one or more channels connecting two ends of the cooling section, and an inner surface of each channel is coated with a cooling material; wherein the cooling material is a compound mixture of an inorganic phase change material and PEG, and the inorganic phase change material comprises at least one of Na 2 CO 3 •10H 2 O, CH 3 COONa•3H 2 O, CaC1 2 •4H 2 O, and Na 2 SO 4 •10H 2 O.
A solenoid valve comprising a housing having an inlet and an outlet, wherein the solenoid valve further comprises a valve element and an orifice, wherein the orifice comprises an orifice inlet and an orifice outlet, and wherein the orifice is provided in a membrane, the orifice has a diffuser characteristic in a direction from the orifice inlet to the orifice outlet, and wherein the orifice comprises at least one conical orifice section, and wherein the conical orifice section extends over most of the length L of the orifice, characterized in that the walls of the conical orifice section are inclined relative to a central axis of the orifice by less than 10°.
A system for search and rescue, comprising: a rescue beacon for coupling to a moving body, the beacon comprising: an omni-directional radiation source for emitting radiation, at least a portion of which includes ultraviolet c-band radiation; an ultraviolet c-band detector for detecting the ultraviolet c-band radiation to enable locating of the rescue beacon, wherein the ultraviolet c-band detector is an imager configured to render an image to a user, the image comprising: an ultraviolet c-band portion to represent the detected ultraviolet c-band radiation; and the image including a visible light portion to represent an environment of the rescue beacon. a rescue beacon for coupling to a moving body, the beacon comprising: an omni-directional radiation source for emitting radiation, at least a portion of which includes ultraviolet c-band radiation; an omni-directional radiation source for emitting radiation, at least a portion of which includes ultraviolet c-band radiation; an ultraviolet c-band detector for detecting the ultraviolet c-band radiation to enable locating of the rescue beacon, wherein the ultraviolet c-band detector is an imager configured to render an image to a user, the image comprising: an ultraviolet c-band portion to represent the detected ultraviolet c-band radiation; and the image including a visible light portion to represent an environment of the rescue beacon. an ultraviolet c-band portion to represent the detected ultraviolet c-band radiation; and the image including a visible light portion to represent an environment of the rescue beacon.
An system, comprising: a laser catheter; and a rotating wedge prism configured to receive a laser beam along an optical path and rotate to a selected position to redirect, by optical refraction, the laser beam from the optical path onto one or more selected sets of optical fibers of a laser catheter, wherein a distal end of the laser catheter irradiates an endovascular structure; at least one of a detector and proximity sensor configured to sense: at a first time, a first position of the rotating wedge prism, wherein at the first position, the redirected laser beam irradiates a first, but not a second, set of optical fibers; and at a second time, a second position of the rotating wedge prism, wherein at the second position, the redirected laser beam irradiates the second, but not the first, set of optical fibers. a laser catheter; and a rotating wedge prism configured to receive a laser beam along an optical path and rotate to a selected position to redirect, by optical refraction, the laser beam from the optical path onto one or more selected sets of optical fibers of a laser catheter, wherein a distal end of the laser catheter irradiates an endovascular structure; at least one of a detector and proximity sensor configured to sense: at a first time, a first position of the rotating wedge prism, wherein at the first position, the redirected laser beam irradiates a first, but not a second, set of optical fibers; and at a second time, a second position of the rotating wedge prism, at a first time, a first position of the rotating wedge prism, wherein at the first position, the redirected laser beam irradiates a first, but not a second, set of optical fibers; and at a second time, a second position of the rotating wedge prism,
Liquid ejection device for a vehicle washing system; having a reservoir volume (4, 204); a first supply line (1, 101, 201) coupled upstream to the reservoir volume (4, 204) for supplying a first liquid with a first supply rate; and a second supply line (2, 102, 202) coupled upstream to the reservoir volume (4, 204) for supplying a second liquid with a second supply rate; as well as a removal line coupled downstream to the reservoir volume (4, 204) with a blocking device (15, 106a, 107a, 215) for blocking a liquid flow through the removal line; a detection unit for detecting a liquid volume in the reservoir volume (4, 204) and a mixing ratio of the liquids introduced into the reservoir volume (4, 204); a removal device for ejecting the liquid found in the reservoir volume (4, 204) with an ejection rate through an ejection element (8, 9, 108, 109) coupled to the removal line; and a control unit which is coupled to the detection unit and the removal device and is set up to start an ejection process by means of the removal device upon reaching a predetermined liquid volume and a predetermined mixing ratio, wherein the control unit is further coupled to a supply device for the second liquid, characterised in that the supply device comprises a pressure detection element for detecting an internal gas pressure, wherein the pressure detection element is coupled to the detection unit. a reservoir volume (4, 204); a first supply line (1, 101, 201) coupled upstream to the reservoir volume (4, 204) for supplying a first liquid with a first supply rate; and a second supply line (2, 102, 202) coupled upstream to the reservoir volume (4, 204) for supplying a second liquid with a second supply rate; as well as a removal line coupled downstream to the reservoir volume (4, 204) with a blocking device (15, 106a, 107a, 215) for blocking a liquid flow through the removal line; a detection unit for detecting a liquid volume in the reservoir volume (4, 204) and a mixing ratio of the liquids introduced into the reservoir volume (4, 204); a removal device for ejecting the liquid found in the reservoir volume (4, 204) with an ejection rate through an ejection element (8, 9, 108, 109) coupled to the removal line; and a control unit which is coupled to the detection unit and the removal device and is set up to start an ejection process by means of the removal device upon reaching a predetermined liquid volume and a predetermined mixing ratio, wherein the control unit is further coupled to a supply device for the second liquid, characterised in that the supply device comprises a pressure detection element for detecting an internal gas pressure, wherein the pressure detection element is coupled to the detection unit.
A disposable kit made up of a sterile pack containing a device for preparing products, notably pharmaceutical or medicinal products, by dissolving and heating, comprising at least one bowl extended by at least one handle, characterized in that said bowl has a flat bottom with concave internal peripheral edges, with said bowl being of constant depth and extended by at least one handle, with said handle having at least one stabilizing tab so configured that the bottom of said bowl is inclined when the device rests on a flat surface and gripping means, with said gripping means further comprising thermal-insulating means.
An address translation checking device comprising: a memory management unit for translating between a virtual address and a physical address on the basis of a translation table for translation between physical addresses that are addresses in physical memory and virtual addresses that are addresses in virtual memory, the memory management unit being provided with a buffer for storing translation table information indicating the translation table; storage means provided outside the memory management unit and having stored therein the translation table information and error detection information attached to the translation table information, the error detection information being for detecting the presence or absence of an error in translation between a virtual address and a physical address performed by the memory management unit; and error detection means for detecting the presence or absence of the error on the basis of the error detection information, characterized in that a predetermined value is stored at a predetermined physical address in the physical memory, the error detection information is information for translation between the predetermined physical address and a virtual address, and the error detection means is configured to use the error detection information read into the buffer to read a value stored in the physical memory according to the virtual address corresponding to the predetermined physical address and detect whether or not the read value is the same as the predetermined value. a memory management unit for translating between a virtual address and a physical address on the basis of a translation table for translation between physical addresses that are addresses in physical memory and virtual addresses that are addresses in virtual memory, the memory management unit being provided with a buffer for storing translation table information indicating the translation table; storage means provided outside the memory management unit and having stored therein the translation table information and error detection information attached to the translation table information, the error detection information being for detecting the presence or absence of an error in translation between a virtual address and a physical address performed by the memory management unit; and error detection means for detecting the presence or absence of the error on the basis of the error detection information, characterized in that a predetermined value is stored at a predetermined physical address in the physical memory, the error detection information is information for translation between the predetermined physical address and a virtual address, and the error detection means is configured to use the error detection information read into the buffer to read a value stored in the physical memory according to the virtual address corresponding to the predetermined physical address and detect whether or not the read value is the same as the predetermined value.
A single-crystalline aluminum nitride wherein a carbon concentration is 1x10 14 atoms/cm 3 or more and less than 3x10 17 atoms/cm 3, a chlorine concentration is 1x10 14 to 1x10 17 atoms/cm 3, an oxygen concentration is 1x10 15 to 1x10 18 atoms/cm 3, and an absorption coefficient at 265 nm wavelength is 40 cm -1 or less.
A membrane for use in connection with a closed system transfer device, the membrane comprising: a body having a proximal portion opposite a distal portion along a central axis; a skirt extending radially outward from the distal portion such that a lip is formed at a transition between the proximal portion and the distal portion; characterized in that the membrane further comprises: at least one well recessed in the distal portion and extending from a distal end of the distal portion in a proximal direction, thereby forming a channel within the distal portion, the channel having an open first end, a closed bottom end, and a pair of sidewalls extending between the first end and the second end; and at least one slit extending through at least a portion of the body in a direction of a plane aligned along or parallel to the central axis. a body having a proximal portion opposite a distal portion along a central axis; a skirt extending radially outward from the distal portion such that a lip is formed at a transition between the proximal portion and the distal portion; characterized in that the membrane further comprises: at least one well recessed in the distal portion and extending from a distal end of the distal portion in a proximal direction, thereby forming a channel within the distal portion, the channel having an open first end, a closed bottom end, and a pair of sidewalls extending between the first end and the second end; and at least one slit extending through at least a portion of the body in a direction of a plane aligned along or parallel to the central axis. at least one well recessed in the distal portion and extending from a distal end of the distal portion in a proximal direction, thereby forming a channel within the distal portion, the channel having an open first end, a closed bottom end, and a pair of sidewalls extending between the first end and the second end; and at least one slit extending through at least a portion of the body in a direction of a plane aligned along or parallel to the central axis.
An anti-tamper hardware security device (270, 370, 870) that communicates with a host machine (240, 340, 840) in an application management system (100, 200, 800) comprising one or more hosts and an application management server (120, 220, 820) configured to manage applications and communicate with the host machine, said anti-tamper hardware security device for defending said application management system from attacks on application information exchanged with said application management server, comprising: a) a host interface (246, 846) coupled to the host machine and configured to receive an access request from the host machine, the access request being associated with an application (234, 834); b) a key manager (276, 876) configured to manage cryptographic keys; c) a whitelist manager (278, 378) configured to manage application validation information; and d) a controller (280, 380, 880) configured to receive the access request from the host interface, validate the application using the application validation information, retrieve a cryptographic key associated with the application, and transmit a response to the host machine through the host interface if the controller determines that the application is valid. a) a host interface (246, 846) coupled to the host machine and configured to receive an access request from the host machine, the access request being associated with an application (234, 834); b) a key manager (276, 876) configured to manage cryptographic keys; c) a whitelist manager (278, 378) configured to manage application validation information; and d) a controller (280, 380, 880) configured to receive the access request from the host interface, validate the application using the application validation information, retrieve a cryptographic key associated with the application, and transmit a response to the host machine through the host interface if the controller determines that the application is valid.
An automated process executable by a target device to establish a connection with a client device within a local network environment, wherein the target device and the client device are located on separate local area networks (111,113) in the local network environment operating behind a shared router to a wide area network, characterized in that the process comprises: determining, by the target device, a sequence of local network addresses corresponding to router devices that couple the target device to the wide area network, wherein each one of the sequence of local network addresses is associated with the target device; providing the sequence of local network addresses to an address server system operating on the wide area network for storage by the address server system in a database and for subsequent transmission of the sequence of local network addresses from the address server system to the client device in response to a request for local network addresses associated with any target devices operating within the local network environment received from the client device; and subsequently responding to a request received by the target device from the client device, wherein the client device initiates a connection between the client device and the target device by transmitting contact messages via the local network environment to each one of the local network addresses in the sequence obtained by the client device from the address server system on the wide area network. determining, by the target device, a sequence of local network addresses corresponding to router devices that couple the target device to the wide area network, wherein each one of the sequence of local network addresses is associated with the target device; providing the sequence of local network addresses to an address server system operating on the wide area network for storage by the address server system in a database and for subsequent transmission of the sequence of local network addresses from the address server system to the client device in response to a request for local network addresses associated with any target devices operating within the local network environment received from the client device; and subsequently responding to a request received by the target device from the client device, wherein the client device initiates a connection between the client device and the target device by transmitting contact messages via the local network environment to each one of the local network addresses in the sequence obtained by the client device from the address server system on the wide area network.