mhurhangee/ep-ind-claims huggingface dataset:
An ultrasound cardiovascular measuring device, comprising: an ultrasonic sensor system comprising: an ultrasound transmitter layer configured to generate ultrasonic plane waves; a focusing layer comprising a first lens and a second lens, wherein the first lens is configured to focus the ultrasonic plane waves into a beam of ultrasound across an arterial longitudinal axis at a first focal depth and the second lens is configured to focus the ultrasonic plane waves into a beam of ultrasound across an arterial longitudinal axis at a second focal depth; an ultrasound receiver layer comprising one or more receiver elements configured to generate output signals corresponding to detected ultrasonic reflections; and a control system capable of processing the output signals to calculate values corresponding to one or more cardiovascular properties. an ultrasonic sensor system comprising: an ultrasound transmitter layer configured to generate ultrasonic plane waves; a focusing layer comprising a first lens and a second lens, wherein the first lens is configured to focus the ultrasonic plane waves into a beam of ultrasound across an arterial longitudinal axis at a first focal depth and the second lens is configured to focus the ultrasonic plane waves into a beam of ultrasound across an arterial longitudinal axis at a second focal depth; an ultrasound receiver layer comprising one or more receiver elements configured to generate output signals corresponding to detected ultrasonic reflections; and an ultrasound transmitter layer configured to generate ultrasonic plane waves; a focusing layer comprising a first lens and a second lens, wherein the first lens is configured to focus the ultrasonic plane waves into a beam of ultrasound across an arterial longitudinal axis at a first focal depth and the second lens is configured to focus the ultrasonic plane waves into a beam of ultrasound across an arterial longitudinal axis at a second focal depth; an ultrasound receiver layer comprising one or more receiver elements configured to generate output signals corresponding to detected ultrasonic reflections; and a control system capable of processing the output signals to calculate values corresponding to one or more cardiovascular properties.
Freezer door subassembly - a- ith a glass door, - b- with a doorpost, against which the glass door bears in the closing position via a flexible seal, - c- the glass door having a laminated structure, and - d- the laminated structure being received, at its vertical edge portion adjacent to the doorpost in the closing position, by a frame profile, and the flexible seal being arranged between the frame profile and the doorpost, the frame profile having a basic plastic profile body, the basic plastic profile body being designed as a hollow chamber profile, characterized in that the basic plastic profile body is coated on its visible sides at least partially with a decorative layer, the decorative payer being designed as a metal foil and having a foil thickness in the range of 0.01 to 2.0 mm, in particular in the region of 0.1 mm. - a- ith a glass door, - b- with a doorpost, against which the glass door bears in the closing position via a flexible seal, - c- the glass door having a laminated structure, and - d- the laminated structure being received, at its vertical edge portion adjacent to the doorpost in the closing position, by a frame profile, and the flexible seal being arranged between the frame profile and the doorpost,
A dispenser for storing and launching countermeasures, where the dispenser is adapted for storing the countermeasures in a magazine, where the dispenser comprises a body, a bracket and a magazine housing adapted to hold the magazine, and where the dispenser is adapted to be mounted on an aircraft (20, 30), wherein the magazine housing is provided with a launch opening and a closed end, wherein the bracket is rotatable with respect to the body, wherein the magazine housing is rotatable with respect to the bracket from a resting position in which the launch opening is directed towards the body and the closed end is arranged at the front end of the dispenser to an active position in which the launch opening is directed away from the body.
Horn circuit for activating a horn of a vehicle, which is adapted to be attached to one of: an airbag module for a vehicle, an attachment member for connecting the airbag module to a steering wheel, and the steering wheel, the horn circuit comprising at least two contact elements (17, 19), wherein a horn signal is produced when the at least two contact elements get in direct or indirect electrical contact, wherein the at least two contact elements (17, 19) are arranged adjacent to each other and form a compact entity, further comprising at least one conductive spring element configured to fix the airbag module to the steering wheel characterized in that the at least one conductive spring element is configured to act as a contact closing member for electrically connecting the two contact elements (17, 19) upon activating the horn of a vehicle.
A method for tire inspection, the tire having reinforcements and an inner surface, the tire defining a circumferential direction, the method comprising the steps of: positioning a sensor device near the inner surface of the tire, the sensor device having a plurality of sensors arranged along multiple rows arranged adjacent to each other along the circumferential direction of the tire; moving the inner surface of the tire past the rows of sensors; generating a first series of signals from a first row of and a second series of signals from a second row of; rejecting signals from the first series and the second series which are not indicative of at least one break in the tire reinforcement; and determining signals from the first series and the second series which are indicative of at least one break in the tire reinforcement.
A drilling machine comprising: a drilling drive unit having a motor for rotationally driving a drilling tool; a drilling machine body unit having a battery loading part into which a battery for supplying electric power to the motor is loaded, the drilling machine body unit supporting the drilling drive unit vertically movably to bring the drilling tool toward and away from a workpiece; and a battery cover (30; 130; 230) attached to the drilling machine body unit, the battery cover (30; 130; 230) being attached so as to be slideable between a retracted position and an advanced position relative to the battery loaded in the battery loading part, the battery cover (30; 130; 230) being configured to cover at least a part of a gap between the drilling machine body unit and the battery when the battery cover (30; 130; 230) is in the advanced position, wherein the battery cover (30; 130; 230) has a locking portion (30-5; 130-5); the drilling machine body unit having a first engaging portion which, when the battery cover (30; 130; 230) is in the retracted position, engages the locking portion (30-5; 130-5) to restrain movement of the battery cover (30; 130; 230) in a sliding direction, the drilling machine body unit further having a second engaging portion which, when the battery cover (30; 130; 230) is in the advanced position, engages the locking portion (30-5; 130-5) to restrain movement of the battery cover (30; 130; 230) in the sliding direction. a drilling drive unit having a motor for rotationally driving a drilling tool; a drilling machine body unit having a battery loading part into which a battery for supplying electric power to the motor is loaded, the drilling machine body unit supporting the drilling drive unit vertically movably to bring the drilling tool toward and away from a workpiece; and a battery cover (30; 130; 230) attached to the drilling machine body unit, the battery cover (30; 130; 230) being attached so as to be slideable between a retracted position and an advanced position relative to the battery loaded in the battery loading part, the battery cover (30; 130; 230) being configured to cover at least a part of a gap between the drilling machine body unit and the battery when the battery cover (30; 130; 230) is in the advanced position, wherein the battery cover (30; 130; 230) has a locking portion (30-5; 130-5); the drilling machine body unit having a first engaging portion which, when the battery cover (30; 130; 230) is in the retracted position, engages the locking portion (30-5; 130-5) to restrain movement of the battery cover (30; 130; 230) in a sliding direction, the drilling machine body unit further having a second engaging portion which, when the battery cover (30; 130; 230) is in the advanced position, engages the locking portion (30-5; 130-5) to restrain movement of the battery cover (30; 130; 230) in the sliding direction.
A moisture barrier coated paper material, comprising: a base substrate comprising a paper-based substrate; a first polymer coating, a second polymer coating, a third polymer coating, and a hydraulic encapsulation layer of microencapsulated humectants formed by a semi-liquid microencapsulation process between the first polymer coating and the second polymer coating or between the second polymer coating and the third polymer coating, the first polymer coating, the second polymer coating, and the third polymer coating providing a barrier for moisture and air exchange through the paper material, the first polymer coating, the second polymer coating, and the third polymer coating providing heat and pressure sealability capabilities to the paper material, wherein each of the first polymer coating, the second polymer coating, and the third polymer coatings are mineral composite extrudates that include a polymer base with embedded minerals. a base substrate comprising a paper-based substrate; a first polymer coating, a second polymer coating, a third polymer coating, and a hydraulic encapsulation layer of microencapsulated humectants formed by a semi-liquid microencapsulation process between the first polymer coating and the second polymer coating or between the second polymer coating and the third polymer coating, the first polymer coating, the second polymer coating, and the third polymer coating providing a barrier for moisture and air exchange through the paper material, the first polymer coating, the second polymer coating, and the third polymer coating providing heat and pressure sealability capabilities to the paper material, wherein each of the first polymer coating, the second polymer coating, and the third polymer coatings are mineral composite extrudates that include a polymer base with embedded minerals.
A method for managing a plurality of data packets, comprising: receiving the plurality of data packets, wherein at least some of the plurality of data packets belongs to a respective one of a plurality of classes, and enabling or disabling one or more classes of the a plurality of classes based on a metering policy; placing the portion of the plurality of data packets in a buffer if said portion belongs to a class which is enabled; and fetching the portion of the plurality of data packets from the buffer according to a scheduling policy, characterised in that the metering policy and the scheduling policy each have a plurality of weights associated with the plurality of classes, and that a maximum credit for the plurality of classes is larger than a largest weight of the plurality of weights. receiving the plurality of data packets, wherein at least some of the plurality of data packets belongs to a respective one of a plurality of classes, and enabling or disabling one or more classes of the a plurality of classes based on a metering policy; placing the portion of the plurality of data packets in a buffer if said portion belongs to a class which is enabled; and fetching the portion of the plurality of data packets from the buffer according to a scheduling policy, characterised in that the metering policy and the scheduling policy each have a plurality of weights associated with the plurality of classes, and that a maximum credit for the plurality of classes is larger than a largest weight of the plurality of weights.
A sliding sleeve opening with a deployed plug, the sleeve comprising a housing defining a first bore and defining a flow port communicating the first bore outside the housing; an inner sleeve disposed in the first bore and defining a second bore, the inner sleeve movable inside the first bore from a closed position to an opened position relative to the flow port; a seat having a landing ring and a compressible ring disposed in the second bore, the landing ring in a first axial position in the second bore having a first contact dimension to engage the deployed plug in the first contact dimension and to open the inner sleeve in response to fluid pressure applied against the engaged plug; the compressible ring having a plurality of segments and defining a space between an upward extending portions of the segments on the compressible ring and the second bore, the landing ring moving to a second axial position fitting in the space between the upward extending portion of the compressible ring and the second bore and contracting the upper end portions on the segments of the compressible ring inward to a contracted state in response to the fluid pressure applied against the engaged plug, the upward extending portions on the segments of the compressible ring in the contracted state having a second contact dimension narrower than the first contact dimension and wedging against the engaged plug.
A system comprising: - a box implantable in a mammal body part, which box is provided with a first electrical contact (110, 112, 114, 116, 118, 120), and - a module accommodatable in the box, which module is provided with a second electrical contact (122, 124, 126) for cooperation with said first electrical contact, - wherein the first electrical contact (110, 112, 114, 116, 118, 120) and the second electrical contact (122, 124, 126) are mutually movable, at least in a stationary accommodation of the module in the box, between a contact position in which said first and second electrical contacts (110, 112, 114, 116, 118, 120; 122, 124, 126) are electrically connected, and a non-contact position in which said first and second electrical contacts (110, 112, 114, 116, 118, 120; 122, 124, 126) are separated from each other, characterized in that the system is arranged for receiving an object, which object is configured for mutually moving the first and second electrical contacts between the contact position and the non-contact position through resiliently deforming at least one of the first and second electrical contacts, wherein the first and second electrical contacts (110, 112, 114, 116, 118, 120; 122, 124, 126) are mutually mechanically stressable in the contact position by a presence of the object in the system. - a box implantable in a mammal body part, which box is provided with a first electrical contact (110, 112, 114, 116, 118, 120), and - a module accommodatable in the box, which module is provided with a second electrical contact (122, 124, 126) for cooperation with said first electrical contact, - wherein the first electrical contact (110, 112, 114, 116, 118, 120) and the second electrical contact (122, 124, 126) are mutually movable, at least in a stationary accommodation of the module in the box, between a contact position in which said first and second electrical contacts (110, 112, 114, 116, 118, 120; 122, 124, 126) are electrically connected, and a non-contact position in which said first and second electrical contacts (110, 112, 114, 116, 118, 120; 122, 124, 126) are separated from each other, characterized in that the system is arranged for receiving an object, which object is configured for mutually moving the first and second electrical contacts between the contact position and the non-contact position through resiliently deforming at least one of the first and second electrical contacts, wherein
An analytical cartridge comprising: a flow filter element (12, 54) in fluid contact with a detection channel (16, 62) through an incubation chamber (14, 60), the detection channel and incubation chamber having one or more capillary dimensions; a porous substrate disposed along a detection channel upon the detection channel surface, which substrate does not fill a cross-section of the detection channel; and, one or more analytical regions comprising one or more reagents located in or on the substrate; wherein the flow filter element has a planar surface and is positioned such that when in use the direction of flow is perpendicular to the planar surface; the detection channel is such that the liquid does not flow significantly through the porous substrate by lateral flow and most of the fluid flow is through the detection channel cross section not occupied by the porous substrate; and a sample can be applied to the flow filter element so that a filtrate flows to the incubation chamber. a flow filter element (12, 54) in fluid contact with a detection channel (16, 62) through an incubation chamber (14, 60), the detection channel and incubation chamber having one or more capillary dimensions; a porous substrate disposed along a detection channel upon the detection channel surface, which substrate does not fill a cross-section of the detection channel; and, one or more analytical regions comprising one or more reagents located in or on the substrate; wherein the flow filter element has a planar surface and is positioned such that when in use the direction of flow is perpendicular to the planar surface; the detection channel is such that the liquid does not flow significantly through the porous substrate by lateral flow and most of the fluid flow is through the detection channel cross section not occupied by the porous substrate; and a sample can be applied to the flow filter element so that a filtrate flows to the incubation chamber.
A process variable transmitter for measuring the flow of a process fluid in a pipe, comprising; a flange for coupling the process variable transmitter to the pipe; first and second pressure couplings (160, 162) arranged to receive a first pressure and a second pressure of process fluid in the vessel the difference between such being the weight of the process fluid; a differential pressure sensor which includes a differential pressure generator which generates a sensed process variable output related to the velocity of the process fluid in the pipe; and measurement circuitry configured to calculate the flow of the process fluid in the pipe the calculation based upon the weight of the fluid to give the density, and the velocity of the fluid; wherein the first pressure coupling is positioned within the flange adjacent the bottom of the pipe and the second pressure coupling is positioned within the flange adjacent a top of the pipe, wherein an orifice plate acting as the differential pressure generator is positioned within the mounting flange with the first and second pressure couplings (160, 162) positioned adjacent the orifice plate.
A transport unit comprising at least one secondary pack, wherein the at least one secondary pack comprises: at least two primary packs, each comprising a plurality of compressible ceiling tiles and a first securing member, and a second securing member, the ceiling tiles of each primary pack being compressed along a compression axis to a compressed state and secured in the compressed state by means of the first securing member, wherein the at least two primary packs are stacked along said compression axis, the transport unit further comprising a load carrier for supporting said at least one secondary pack, wherein said at least one secondary pack is arranged on a planar load surface of said load carrier with the compression axis being coplanar with the planar load surface, wherein said second securing member is arranged to at least partly enclose the at least two primary packs in order to counteract an expansion of any of the at least two primary packs from the compressed state in the event of failure of the first securing member associated thereto, wherein a longitudinal length of said at least one secondary pack along an axis (z) parallel to the compression axis is smaller than a longitudinal length of the load carrier along the axis (z) for formation of an expansion zone. at least two primary packs, each comprising a plurality of compressible ceiling tiles and a first securing member, and a second securing member, the ceiling tiles of each primary pack being compressed along a compression axis to a compressed state and secured in the compressed state by means of the first securing member, wherein the at least two primary packs are stacked along said compression axis, the transport unit further comprising a load carrier for supporting said at least one secondary pack, wherein said at least one secondary pack is arranged on a planar load surface of said load carrier with the compression axis being coplanar with the planar load surface, wherein said second securing member is arranged to at least partly enclose the at least two primary packs in order to counteract an expansion of any of the at least two primary packs from the compressed state in the event of failure of the first securing member associated thereto, wherein a longitudinal length of said at least one secondary pack along an axis (z) parallel to the compression axis is smaller than a longitudinal length of the load carrier along the axis (z) for formation of an expansion zone.
An extrusion-type tri-proof lamp, comprising a lampshade, shell assemblies disposed at two ends of the lampshade, and end cover assemblies detachably mounted on the shell assemblies, wherein a slideway and a heat sink slidably connected to the slideway are disposed in the lampshade, a light source module and a drive module are disposed on the heat sink, the light source module is connected to the drive module, and the drive module is connected to an external power source, characterised in that a wiring board to be connected to the external power source and a mounting plate fixedly connected to a mounting face are disposed on a back of the lampshade, the wiring board is detachably connected to the mounting plate, a first water-proof ring is disposed between the mounting plate and the lampshade, the mounting plate is provided with a wiring hole allowing a power wire to be connected thereinto, and a second water-proof ring is disposed in the wiring hole.
Detector system for detecting magnetic bodies in the human organism, comprising at least two sensor assemblies, wherein each sensor assembly has one, two or three anisotropic magnetic resistance sensors, of which the axes of weak magnetization point in different directions in pairs, and each sensor assembly has a spacing of 0.5 to 50 cm from the sensor assembly or the other sensor assemblies, and at least two sensor assemblies are tilted at an angle of 0 to 45° with respect to one another, characterized in that the sensor assemblies are integrated in a combined breast and shoulder strap.