mhurhangee/ep-ind-claims huggingface dataset:
A differential pressure sensing die for measuring the differential pressure between two isolated fluids, the differential pressure sensing die comprising: a semiconductor die having an upper surface (310 u) and a lower surface (310 l), and having a first region having a first thickness, and a second region having a second thickness, the second thickness being less than the first thickness, the second region defining a diaphragm (313, 363), the diaphragm (313, 363) having disposed thereon, at least one piezo-resistive element, the at least one piezo-resistive element exhibiting a varying resistance responsive to deflection of said diaphragm (313, 363); a first support structure (301, 351) bonded to the upper surface of the semiconductor die, the first support structure (301, 351) having an aperture defined therethrough, the aperture adapted to expose the diaphragm through said first support structure (301, 351) and provide a seal with the upper surface of the semiconductor die; and a second support structure (303, 353) bonded to the lower surface of the semiconductor die, the second support structure (303, 353) having an aperture defined therethrough, the aperture adapted to expose the diaphragm (313, 363) through said second support structure (303, 353), characterized in that the first support structure (301, 351) is undercut around its lower outer edge to define an outer recess for providing space for running electrical connections. a semiconductor die having an upper surface (310 u) and a lower surface (310 l), and having a first region having a first thickness, and a second region having a second thickness, the second thickness being less than the first thickness, the second region defining a diaphragm (313, 363), the diaphragm (313, 363) having disposed thereon, at least one piezo-resistive element, the at least one piezo-resistive element exhibiting a varying resistance responsive to deflection of said diaphragm (313, 363); a first support structure (301, 351) bonded to the upper surface of the semiconductor die, the first support structure (301, 351) having an aperture defined therethrough, the aperture adapted to expose the diaphragm through said first support structure (301, 351) and provide a seal with the upper surface of the semiconductor die; and a second support structure (303, 353) bonded to the lower surface of the semiconductor die, the second support structure (303, 353) having an aperture defined therethrough, the aperture adapted to expose the diaphragm (313, 363) through said second support structure (303, 353), characterized in that the first support structure (301, 351) is undercut around its lower outer edge to define an outer recess for providing space for running electrical connections.
A method for operating a security tag, comprising: - causing a plunger of the security tag to engage a latch of the security tag, the latch arranged in a housing of the security tag and adjacent to a pin channel defined in the housing and configured to removably receive a pin along a pin channel axis; - preventing, by an anti-defeat structure of the security tag, a disengagement between the plunger and the latch when an impact force is applied to the security tag; and - allowing, by the anti-defeat structure, the plunger to disengage the latch when a magnetic field is applied to the security tag, characterized in that the anti-defeat structure comprises an impact mass that is resiliently biased towards the plunger by an impact spring, and wherein the anti-defeat structure and the plunger are movable in a direction (450, 452) perpendicular to the pin channel axis. - causing a plunger of the security tag to engage a latch of the security tag, the latch arranged in a housing of the security tag and adjacent to a pin channel defined in the housing and configured to removably receive a pin along a pin channel axis; - preventing, by an anti-defeat structure of the security tag, a disengagement between the plunger and the latch when an impact force is applied to the security tag; and - allowing, by the anti-defeat structure, the plunger to disengage the latch when a magnetic field is applied to the security tag,
A noise damper for reducing noise from a vibrating element which vibrates at a vibrational frequency, wherein the noise damper is configured to be in contact with the vibrating element such that when the noise damper is in contact with the vibrating element a noise amplitude at a point in a surrounding of the vibrating element is given by an attenuation factor times the noise amplitude at the point in the surrounding when the noise damper is disconnected from the vibrating element, the noise damper comprising: a polymer matrix, the polymer matrix being in a solid phase and forming a shape; a plurality of hollow particles dispersed in the polymer matrix, each hollow particle being a temperature expandable particle having a polymer shell encapsulating a gas filled cavity, each hollow particle having a hollow particle size, and the plurality of hollow particles being dispersed at a hollow particle concentration in the polymer matrix; wherein the hollow particle size and the hollow particle concentration are configured to set the attenuation factor below an attenuation factor threshold at the vibrational frequency of the vibrating element, the hollow particle size being in a range of 20 μm to 2000 μm and the attenuation factor threshold being 0.9, wherein the polymer matrix with the dispersed hollow particles has a tan delta between 0.1 and 15, wherein tan delta is the loss modulus divided by the storage modulus for a viscoelastic material. a polymer matrix, the polymer matrix being in a solid phase and forming a shape; a plurality of hollow particles dispersed in the polymer matrix, each hollow particle being a temperature expandable particle having a polymer shell encapsulating a gas filled cavity, each hollow particle having a hollow particle size, and the plurality of hollow particles being dispersed at a hollow particle concentration in the polymer matrix; each hollow particle being a temperature expandable particle having a polymer shell encapsulating a gas filled cavity, each hollow particle having a hollow particle size, and the plurality of hollow particles being dispersed at a hollow particle concentration in the polymer matrix; wherein the hollow particle size and the hollow particle concentration are configured to set the attenuation factor below an attenuation factor threshold at the vibrational frequency of the vibrating element, the hollow particle size being in a range of 20 μm to 2000 μm and the attenuation factor threshold being 0.9, wherein the polymer matrix with the dispersed hollow particles has a tan delta between 0.1 and 15, wherein tan delta is the loss modulus divided by the storage modulus for a viscoelastic material.
Magnetoelectric memory element comprising: - a magnetic element having a single simple magnetisation axis aligned along a first axis (a 1); - a means (B 1, B 2, PM, CPE) for applying to said magnetic element a magnetic polarisation field (H p) aligned along a second axis (a 2) which is non-parallel to said first axis, the intensity of said field being chosen such that the magnetic element has, due to the combined effect of said field and of said simple magnetisation axis, two different, stable equilibrium states of its magnetisation (P 1, P 1), corresponding to two different magnetisation directions, which are not opposite to each other; - a piezoelectric or electrostrictive substrate coupled mechanically to said magnetic element; and - at least one first (EL 1) and one second (EL 2) electrode, disposed in order to apply an electrical field to the piezoelectric or electrostrictive substrate such that said substrate exerts on said magnetic element a non-isotropic mechanical stress with main direction orientated according to a third axis, coplanar but different from said first and second axes, said mechanical stress being sufficiently intense to cause, by magnetostrictive coupling, a commutation of the magnetisation state of said magnetic element between the two said stable equilibrium states. - a magnetic element having a single simple magnetisation axis aligned along a first axis (a 1); - a means (B 1, B 2, PM, CPE) for applying to said magnetic element a magnetic polarisation field (H p) aligned along a second axis (a 2) which is non-parallel to said first axis, the intensity of said field being chosen such that the magnetic element has, due to the combined effect of said field and of said simple magnetisation axis, two different, stable equilibrium states of its magnetisation (P 1, P 1), corresponding to two different magnetisation directions, which are not opposite to each other; - a piezoelectric or electrostrictive substrate coupled mechanically to said magnetic element; and - at least one first (EL 1) and one second (EL 2) electrode, disposed in order to apply an electrical field to the piezoelectric or electrostrictive substrate such that said substrate exerts on said magnetic element a non-isotropic mechanical stress with main direction orientated according to a third axis, coplanar but different from said first and second axes, said mechanical stress being sufficiently intense to cause, by magnetostrictive coupling, a commutation of the magnetisation state of said magnetic element between the two said stable equilibrium states.
A device for fixing tubes on a flat support by means of a fixing tape, the device having the form of a setting apparatus comprising a housing that is adapted to be placed onto the support and in which a punch that has a recess for the tube is slidably guided, characterized by a magazine in the form of a rectangular box that accommodates a stack of pre-cut strips of the fixing tape and from which the pre-cut strips can be supplied to the punch.
A luminaire comprising: - a housing comprising an electrically nonconductive portion; - a light source arranged in the housing; - a light drive and control assembly configured for driving said light source; - a communication assembly arranged in the housing, the communication assembly comprising: - an antenna arranged and configured for receiving and/or transmitting communication signals through the electrically nonconductive portion; - wherein the electrically nonconductive portion through which the signals are transmitted or received is connected in a socket-free manner with the rest of the housing; - characterized in that the communication assembly comprises: - a support substrate, and - communication circuitry mounted on said support substrate and configured for treating signals received by the antenna, and for communicating those signals to the light drive and control assembly, and for treating signals to be transmitted by the antenna; and - by further comprising a connecting assembly between the communication assembly and the light drive and control assembly, wherein the connecting assembly comprises a dongle configured to be plugged in a slot of the light drive and control assembly. - a housing comprising an electrically nonconductive portion; - a light source arranged in the housing; - a light drive and control assembly configured for driving said light source; - a communication assembly arranged in the housing, the communication assembly comprising: - an antenna arranged and configured for receiving and/or transmitting communication signals through the electrically nonconductive portion; - an antenna arranged and configured for receiving and/or transmitting communication signals through the electrically nonconductive portion; - wherein the electrically nonconductive portion through which the signals are transmitted or received is connected in a socket-free manner with the rest of the housing; - characterized in that the communication assembly comprises: - a support substrate, and - communication circuitry mounted on said support substrate and configured for treating signals received by the antenna, and for communicating those signals to the light drive and control assembly, and for treating signals to be transmitted by the antenna; and - a support substrate, and - communication circuitry mounted on said support substrate and configured for treating signals received by the antenna, and for communicating those signals to the light drive and control assembly, and for treating signals to be transmitted by the antenna; and - by further comprising a connecting assembly between the communication assembly and the light drive and control assembly, wherein the connecting assembly comprises a dongle configured to be plugged in a slot of the light drive and control assembly.
Exercise apparatus, namely an apparatus for rehabilitative or sports muscle training, with an apparatus carrier (3; 4) and with a barbell, which is held on the apparatus carrier (3; 4) by means of cables (7; 8) or belts guided via cable pulleys (5; 6) and which is brought into operative connection with at least one means for forming a load acting as a compressive force or tensile force on a person exercising, characterized in that the apparatus carrier (3; 4) consists of a main carrier, movable in a horizontal plane along a crosspiece arranged above the person exercising, and of a functional carrier which is connected to the main carrier via a rotary bearing or a slewing ring and can be rotated about a vertical axis relative to the main carrier and on which the cable pulleys (5; 6) for the cables (7; 8) or belts holding the barbell are arranged.
A funnel for use in a vertical grow tower, comprising a collector; first and second passageways in fluid communication with the collector; a first slot disposed in the collector and in the fluid communication path between the collector and the first passageway; and a second slot disposed in the collector and in the fluid communication path between the collector and the second passageway; wherein the first and second slots are arranged to cause fluid to accumulate in the collector and distribute the fluid substantially evenly to the first and second passageways. a collector; first and second passageways in fluid communication with the collector; a first slot disposed in the collector and in the fluid communication path between the collector and the first passageway; and a second slot disposed in the collector and in the fluid communication path between the collector and the second passageway; wherein the first and second slots are arranged to cause fluid to accumulate in the collector and distribute the fluid substantially evenly to the first and second passageways.
A connector (16', 16", 116) for electrically connecting a first printed circuit board with a second PCB, comprising: a housing having a first portion and a second portion (18', 18") that is coupled to the first portion and moveable relative to the first portion between a first position and a second position; and at least one connecting terminal (200, 201, 300, 301) having opposed ends wherein the at least one connecting terminal (200, 201, 300, 301) is arranged between the first portion and the second portion (18', 18") so as to be moveable with the second portion (18', 18") relative to the first portion whereby, when the second portion (18', 18") is moved to the first position with the first portion mounted proximate to the side edge provided by the first PCB and the second PCB, the opposed ends are positioned within the housing between the first portion and the second portion (18', 18") and, when the second portion (18', 18") is moved to the second position with the first portion mounted proximate to the side edge provided by the first PCB and the second PCB, the opposed ends are positioned to electrically engage an electrical contact pad formed on the respective upper surfaces of each of the first PCB and the second PCB, characterized in that the first portion being configured to be mounted proximate a side edge provided by each of the first PCB and the second PCB, wherein when mounted proximate the side edge provided by each of the first PCB and the second PCB, an upper surface of the first portion is coplanar with an upper surface of both the first PCB and the second PCB. a housing having a first portion and a second portion (18', 18") that is coupled to the first portion and moveable relative to the first portion between a first position and a second position; and at least one connecting terminal (200, 201, 300, 301) having opposed ends wherein the at least one connecting terminal (200, 201, 300, 301) is arranged between the first portion and the second portion (18', 18") so as to be moveable with the second portion (18', 18") relative to the first portion whereby, when the second portion (18', 18") is moved to the first position with the first portion mounted proximate to the side edge provided by the first PCB and the second PCB, the opposed ends are positioned within the housing between the first portion and the second portion (18', 18") and, when the second portion (18', 18") is moved to the second position with the first portion mounted proximate to the side edge provided by the first PCB and the second PCB, the opposed ends are positioned to electrically engage an electrical contact pad formed on the respective upper surfaces of each of the first PCB and the second PCB, characterized in that the first portion being configured to be mounted proximate a side edge provided by each of the first PCB and the second PCB, wherein when mounted proximate the side edge provided by each of the first PCB and the second PCB, an upper surface of the first portion is coplanar with an upper surface of both the first PCB and the second PCB.
A light-emitting medium including a light-emitting image on a substrate wherein: the light-emitting image includes a first area containing a first fluorescent material, a second area containing a second fluorescent material, and a protective layer formed on the first fluorescent material of the first area and the second fluorescent material of the second area; at least a part of the second area is adjacent to the first area; characterized in that when invisible light within a first wavelength range is irradiated or when invisible light within a second wavelength range is irradiated, the first fluorescent material and the second fluorescent material emit light of colors that are viewed as the same color with each other; and when the invisible light within the first wavelength range and the invisible light within the second wavelength range are simultaneously irradiated, the first fluorescent material and the second fluorescent material emit light of colors that are viewed as different colors from each other. the light-emitting image includes a first area containing a first fluorescent material, a second area containing a second fluorescent material, and a protective layer formed on the first fluorescent material of the first area and the second fluorescent material of the second area; at least a part of the second area is adjacent to the first area; characterized in that when invisible light within a first wavelength range is irradiated or when invisible light within a second wavelength range is irradiated, the first fluorescent material and the second fluorescent material emit light of colors that are viewed as the same color with each other; and when the invisible light within the first wavelength range and the invisible light within the second wavelength range are simultaneously irradiated, the first fluorescent material and the second fluorescent material emit light of colors that are viewed as different colors from each other.
Toothed belt having at least one drive side provided with a toothed profile, wherein the toothed profile is provided with a fabric layer and at least on its outside facing away from the toothed profile the fabric layer has a coating made of plastics material, wherein at least in the lateral edge regions of the fabric layer a sealing of the fabric layer which extends to the lateral edges thereof and the lateral surfaces delimiting the toothed belt and which penetrates the fabric layer is provided, characterized in that the sealing comprises a hotmelt adhesive based on ethylene vinyl acetate or on polyamide or characterized in that the main material of the toothed belt is substantially composed of polyurethane and the sealing is composed of a polyurethane melt or a polyurethane-based lacquer.
Device for reading out data from a safety-critical control device, characterised in that the device has an auxiliary control unit, which can be connected to one safety-critical control device each and is designed such that it can read out the operating and process data required for diagnostic and maintenance purposes from the safety-critical control device, wherein the auxiliary control unit has a first communication interface, which forms a data link between the safety-critical control device and the auxiliary control unit, and the auxiliary control unit has a second communication interface, with which the operating and process data can be transmitted between the auxiliary control unit and peripheral devices, and wherein the auxiliary control unit has a software module which is designed such that it can prevent the transmission of commands and write requests to the safety-critical control device via the first communication interface. the device has an auxiliary control unit, which can be connected to one safety-critical control device each and is designed such that it can read out the operating and process data required for diagnostic and maintenance purposes from the safety-critical control device, wherein the auxiliary control unit has a first communication interface, which forms a data link between the safety-critical control device and the auxiliary control unit, and the auxiliary control unit has a second communication interface, with which the operating and process data can be transmitted between the auxiliary control unit and peripheral devices, and wherein the auxiliary control unit has a software module which is designed such that it can prevent the transmission of commands and write requests to the safety-critical control device via the first communication interface.