mhurhangee/ep-ind-claims huggingface dataset:
A wristwatch, comprising: a time indicating device, configured to provide time information; a housing, defining a receiving room; a short distance communication module disposed in the receiving room, configured to implement short distance wireless communication with an external device, characterized in that the short distance communication module comprises: a security element, configured to process user security data; and a first coil, coupled to the security element and configured to transmit electromagnetic signals to communicate with the external device; the wristwatch further comprises: a second coil, coupled to the short distance communication module, configured to sense an external magnetic field to generate a sensing signal, the sensing signal provided for controlling the short distance communication module to be turned on or off to enable or disable transmission of the electromagnetic signals of the first coil. a time indicating device, configured to provide time information; a housing, defining a receiving room; a short distance communication module disposed in the receiving room, configured to implement short distance wireless communication with an external device, characterized in that the short distance communication module comprises: a security element, configured to process user security data; and a first coil, coupled to the security element and configured to transmit electromagnetic signals to communicate with the external device; a security element, configured to process user security data; and a first coil, coupled to the security element and configured to transmit electromagnetic signals to communicate with the external device; the wristwatch further comprises: a second coil, coupled to the short distance communication module, configured to sense an external magnetic field to generate a sensing signal, the sensing signal provided for controlling the short distance communication module to be turned on or off to enable or disable transmission of the electromagnetic signals of the first coil.
A toehold riboregulator comprising an RNA comprising a single-stranded toehold domain, a fully or partially double-stranded stem domain comprising an initiation codon, a loop domain comprising a ribosome binding site, and a coding domain. an RNA comprising a single-stranded toehold domain, a fully or partially double-stranded stem domain comprising an initiation codon, a loop domain comprising a ribosome binding site, and a coding domain. a single-stranded toehold domain, a fully or partially double-stranded stem domain comprising an initiation codon, a loop domain comprising a ribosome binding site, and a coding domain.
An air-conditioned mattress, characterized in that the air-conditioned mattress comprises: a mat device comprising a first mat configured as a three-dimensional structure made from a plurality of elastic thermoplastic filaments that are randomly tangled with each other, the thermoplastic filaments being fixedly connected at contact portions of the thermoplastic filaments in a way that a plurality of through holes are formed at non-contact portions of the thermoplastic filaments; a cover device covering the mat device and contacting at least a top surface of the first mat, the first mat being more air-permeable than the cover device; and an air-conditioning device disposed inside or outside the mat device and providing hot air flow or cool air flow into the first mat. a mat device comprising a first mat configured as a three-dimensional structure made from a plurality of elastic thermoplastic filaments that are randomly tangled with each other, the thermoplastic filaments being fixedly connected at contact portions of the thermoplastic filaments in a way that a plurality of through holes are formed at non-contact portions of the thermoplastic filaments; a cover device covering the mat device and contacting at least a top surface of the first mat, the first mat being more air-permeable than the cover device; and an air-conditioning device disposed inside or outside the mat device and providing hot air flow or cool air flow into the first mat.
Assembled and disassemblable box comprising four side walls and the following constituent elements which can be reversibly assembled: - a pallet forming a bottom wall of the box, - at least a first, a second, a third and a fourth corner bracket having spaces (15, 25) that are oriented in two directions and are designed to receive the walls of the box, each space being bounded by at least one outer partition (11, 21) and one inner partition (12, 22), the first and the second corner brackets defining lower corner brackets attached to the pallet at two adjacent corners of the pallet, and the third and fourth corner brackets defining upper corner brackets, the side walls being assembled with the lower and upper corner brackets, characterized in that each corner bracket has an outer protuberance (19, 29) that is provided with a rim onto which a traction element is designed to hook, said box further comprising at least one assembly device comprising said traction element connecting the first, second, third and fourth corner brackets to each other. - a pallet forming a bottom wall of the box, - at least a first, a second, a third and a fourth corner bracket having spaces (15, 25) that are oriented in two directions and are designed to receive the walls of the box, each space being bounded by at least one outer partition (11, 21) and one inner partition (12, 22),
A manifold assembly for a gas turbine engine, comprising: a first plate comprising an engagement member; a second plate having a groove defined therein, wherein the engagement member is engaged with the groove and couples the first plate and second plate to one another, wherein the manifold assembly further comprises a lubrication port (80, 82) configured to conduct a fluid to a gear assembly through the first plate and the second plate. a first plate comprising an engagement member; a second plate having a groove defined therein, wherein the engagement member is engaged with the groove and couples the first plate and second plate to one another, wherein the manifold assembly further comprises a lubrication port (80, 82) configured to conduct a fluid to a gear assembly through the first plate and the second plate.
Process for permanent shaping hair characterized in that hair is washed and/or shampooed and an aqueous composition comprising at least one inorganic salt selected from sodium chloride, sodium sulfate, magnesium sulfate, potassium chloride, potassium sulfate, magnesium chloride, potassium iodide and sodium iodide was applied onto hair in the first step and optionally processed up to 20 min and optionally rinsed off, and subsequently a composition comprising at least one reducing agent is applied onto hair and after processing of 1 to 30 min at a temperature of 20 to 45°C rinsed off from hair and a composition comprising at least one oxidizing agent is applied and rinsed off from hair after a processing time of 1 to 30 min and at a temperature of 20 to 45°C.
Shifting apparatus (11, 40) having a power assistance device for a gearbox of a vehicle, having a shift housing, having means for selecting and shifting a gear stage of the gearbox, having a transmission point for transmitting the manual shift force to the power assistance device and having means for varying and/or limiting the manual shift force acting on the power assistance device, with the transmission point of the manual shift force having a lever which is connected to an element of the power assistance device, characterized in that the shifting apparatus (11, 40) has an apparatus for limiting the power assistance force, which apparatus is arranged directly adjacent to the lever of the transmission point for transmitting the manual shift force to the power assistance device and comprises a pin which is arranged in the shift shaft, which pin engages into at least one groove of a hollow shaft which surrounds the shift shaft, and the groove in the hollow shaft is designed such that different rotational plays (s1 - s6) prevail between the pin and the hollow shaft.
A valved trocar cannula comprising: a cannula sized and shaped to be inserted into an eye, the cannula comprising a distal end configured to be positioned within the eye when in use and a proximal end configured to be positioned outside the eye when in use; and an elastomeric membrane comprising: a first surface at a proximal end of the elastomeric membrane; a second surface at a distal end of the elastomeric membrane; a thickness extending from the first surface to the second surface; and at least one slit extending through the elastomeric membrane, the slit forming a serpentine shape whereby a slope of the slit varies along all or a portion of the slit, said slope forming an oblique angle relative to the first surface and second surface of the elastomeric membrane, the slit having a length extending along the first surface and the second surface of the elastomeric membrane and arranged to permit the passage of a surgical instrument through the elastomeric membrane and into the cannula, the elastomeric membrane disposed at the proximal end of the cannula and connected to the cannula and restricting a free flow of fluid from within the cannula to outside the proximal end of the cannula. a cannula sized and shaped to be inserted into an eye, the cannula comprising a distal end configured to be positioned within the eye when in use and a proximal end configured to be positioned outside the eye when in use; and an elastomeric membrane comprising: a first surface at a proximal end of the elastomeric membrane; a second surface at a distal end of the elastomeric membrane; a thickness extending from the first surface to the second surface; and a first surface at a proximal end of the elastomeric membrane; a second surface at a distal end of the elastomeric membrane; a thickness extending from the first surface to the second surface; and at least one slit extending through the elastomeric membrane, the slit forming a serpentine shape whereby a slope of the slit varies along all or a portion of the slit, said slope forming an oblique angle relative to the first surface and second surface of the elastomeric membrane, the slit having a length extending along the first surface and the second surface of the elastomeric membrane and arranged to permit the passage of a surgical instrument through the elastomeric membrane and into the cannula, the elastomeric membrane disposed at the proximal end of the cannula and connected to the cannula and restricting a free flow of fluid from within the cannula to outside the proximal end of the cannula.
A radiation detector comprising: a catheter (615, 1105) having an opening at a first end; and at least one balloon portion coupled to the catheter (615, 1105) proximate a second end, wherein the at least one balloon portion includes scintillating material (205, 1020, 1120, 1152), the scintillating material configured to be coupled to a photo detector, for detecting incident levels of radiation in a balloon-related procedure or for adjusting a treatment plan based on the detected level of radiation, characterized in that the scintillating material comprises at least one scintillating fibre (205, 1020, 1120, 1152), whereby the at least one scintillating fibre (205, 1020, 1120, 1152) is arranged along a surface of the balloon portion to conform to the contour of the balloon portion when expanded. a catheter (615, 1105) having an opening at a first end; and at least one balloon portion coupled to the catheter (615, 1105) proximate a second end, wherein the at least one balloon portion includes scintillating material (205, 1020, 1120, 1152), the scintillating material configured to be coupled to a photo detector, for detecting incident levels of radiation in a balloon-related procedure or for adjusting a treatment plan based on the detected level of radiation, characterized in that the scintillating material comprises at least one scintillating fibre (205, 1020, 1120, 1152), whereby the at least one scintillating fibre (205, 1020, 1120, 1152) is arranged along a surface of the balloon portion to conform to the contour of the balloon portion when expanded.
A blood component separation device comprising a centrifugal separator including a stator provided with an inlet and an outlet of blood or a blood component and a rotor provided rotatably with respect to the stator, characterized in that a rotating and sliding portion between the stator and the rotor is sealed by pressing with predetermined pressing force, the predetermined pressing force is 500 grams or less, the rotor includes an annular fixing ring, the stator includes a resin ring and a ring cap that holds the resin ring, the resin ring being in contact with the fixing ring and sliding thereon, the ring cap applies the predetermined pressing force to the resin ring when the centrifugal separator is set in the blood component separation device, and a rubber hardness of the ring cap is between 60 and 66 inclusive when measured by the testing method specified in JIS K 6253.
A network node for enabling failure recovery in a network system with a plurality of network nodes, wherein the network node is adapted to: - create a logic link to at least one neighbor node in at least one of an upstream and downstream direction of the neighbor node by storing network information including at least a network layer address, a link layer address and port identification of the neighbor node, wherein the neighbor node is connected to a switch device and wherein the port identification is the identification of a port of said switch device to which the neighbor node is connected; - send a beacon signal from the network node to the neighbor node; - check for a receipt of an acknowledgement signal from the neighbor node to the beacon signal; - check, based on the port identification, the status of the port of the switch device to which the neighbor node is connected, if no acknowledgement signal has been received in response to the beacon signal for a predetermined time period, wherein the status of the port of the switch device at least indicates if a node is connected to the port and indicates, when a node is connected to the port, the link layer address of the node connected to the port; - determine based on the checked status of the port whether the neighbor node has been replaced or not, wherein the neighbor node has been replaced if the link layer address of the node connected to the port is different from the link layer address of the neighbor node stored in the network node; and - automatically configure the neighbor node in response to a determination that it has been replaced. - create a logic link to at least one neighbor node in at least one of an upstream and downstream direction of the neighbor node by storing network information including at least a network layer address, a link layer address and port identification of the neighbor node, wherein the neighbor node is connected to a switch device and wherein the port identification is the identification of a port of said switch device to which the neighbor node is connected; - send a beacon signal from the network node to the neighbor node; - check for a receipt of an acknowledgement signal from the neighbor node to the beacon signal; - check, based on the port identification, the status of the port of the switch device to which the neighbor node is connected, if no acknowledgement signal has been received in response to the beacon signal for a predetermined time period, wherein the status of the port of the switch device at least indicates if a node is connected to the port and indicates, when a node is connected to the port, the link layer address of the node connected to the port; - determine based on the checked status of the port whether the neighbor node has been replaced or not, wherein the neighbor node has been replaced if the link layer address of the node connected to the port is different from the link layer address of the neighbor node stored in the network node; and - automatically configure the neighbor node in response to a determination that it has been replaced.
A wear member for attachment to earth working equipment to protect the equipment from wear during use, the wear member comprising: a wear surface to contact the ground during operation of the earth working equipment, a mounting cavity for receiving a base on the earth working equipment, a hole defined by a wall extending through the wear member and opening in both the wear surface and the mounting cavity to receive a lock to hold the wear member to the earth working equipment; a collar to engage and be secured in the hole including a threaded bore; a threaded pin received into the threaded bore that when turned moves the pin inward or outward between an extended position where the pin contacts the base to hold the wear member to the base and a retracted position where the pin releases the wear member from the base; and characterized by a latching detent to secure the pin in the extended position and the retracted position. a wear surface to contact the ground during operation of the earth working equipment, a mounting cavity for receiving a base on the earth working equipment, a hole defined by a wall extending through the wear member and opening in both the wear surface and the mounting cavity to receive a lock to hold the wear member to the earth working equipment; a collar to engage and be secured in the hole including a threaded bore; a threaded pin received into the threaded bore that when turned moves the pin inward or outward between an extended position where the pin contacts the base to hold the wear member to the base and a retracted position where the pin releases the wear member from the base; and characterized by a latching detent to secure the pin in the extended position and the retracted position.
A cylinder of a piston-type internal combustion engine, wherein the cylinder comprises at least one bore with an inner shell formed from a base material, wherein in the region of the bore the base material is at least partially provided with a layer system and a first boundary surface is thus formed between the base material and the layer system and the layer system comprises at least one thermally sprayed layer and the thermally sprayed layer forms at least partially the shell surface of the bore and can act there as a functional layer and wherein the first boundary surface does not comprise any profiling applied for the activation of the surface apart from the surface roughness resulting from the manufacture of the bore, wherein the material of the layer system comprises molybdenum and at least one further element in the region of the first boundary surface to the base material, hereinafter referred to as the boundary surface material, and is bonded to the base material by a chemical bond and the boundary surface material differs from the material of the functional layer in its composition and / or structure, characterized in that the region comprising the boundary surface material between base material and functional layer is produced as a base layer forming a second boundary surface to the functional layer in such a way that the second boundary surface has structures suitable for mechanical activation in the form of porosity and / or columnarity.
Device with safety block for connecting a tool to an operating means; said device includes a first member and a second member fit to be fixed one to the tool and the other to the operating means and having respective hooking means (4, 5) for the reciprocal removable hooking; one of these members (3, 2) is furthermore provided with at least one latch means sliding therein (3, 2) between an internal condition and a protruding condition in which the at least one latch means can engage at least one seat of a matching means of the other member (2, 3) for carrying out, cooperating with the hooking means (4, 5), a connecting condition between the tool and the operating means; the member (3, 2) that is provided with at least one latch means including moreover elastic means acting on the at least one latch means in the direction of the protruding condition and safety locking means for carrying out at least one stop condition of the at least one latch means in the connecting condition; said locking means including an oscillating body, pivotally connected to a fixed part of the respective member (3, 2), and having at least one cam surface and at least one blocking seat and an unlocking seat; the at least one latch means is rigidly connected to a sliding means actuated by the cam surface, between the blocking and unlocking seats following the rotation of the oscillating body for moving, with contrast of elastic means, the at least one latch means from the protruding condition to the internal condition and vice-versa; characterised in that the cam surface, the blocking seat and the unlocking seat are made on the edge of a shaped hole, having an elongate slot shape carried out in the oscillating body where such blocking seat and unlocking seat are placed at the ends of the cam surface having elongate form and preferably curved.
In vitro or ex vivo use of resistance of genomic DNA against damage by radiation as a biomarker for proliferative diseases and susceptibility thereof, wherein an increased resistance of the genomic DNA is indicative for a proliferative disease and/or increased susceptibility thereof comprising analyzing a biological sample containing cells from a subject to determine the resistance of genomic DNA.
A micro-sensor, comprising: a fixed reference frame; an elastic pivot with at least two co-axial segments (16, 18) of pivot and coupled to the fixed reference frame and having a neutral axis that is a central line of the pivot, a moveable body coupled to the elastic pivot, the moveable body and the reference frame sharing a reference surface, the moveable body extending between the two co-axial segments (16, 18) configured such that for a rotation of the moveable body about the pivot an opening gap and a closing gap are formed between the moveable body and the reference frame at the reference surface, characterised in that the neutral axis is being below the reference surface; at least a first gauge is configured to detect tilt about the elastic pivot by measuring the separation of the moveable body and the reference frame at the reference surface in the opening and closing gaps (26, 28); and wherein inputs to be measured cause the moveable body to rotate about the pivot and strain the gauge. a fixed reference frame; an elastic pivot with at least two co-axial segments (16, 18) of pivot and coupled to the fixed reference frame and having a neutral axis that is a central line of the pivot, a moveable body coupled to the elastic pivot, the moveable body and the reference frame sharing a reference surface, the moveable body extending between the two co-axial segments (16, 18) configured such that for a rotation of the moveable body about the pivot an opening gap and a closing gap are formed between the moveable body and the reference frame at the reference surface, characterised in that the neutral axis is being below the reference surface; at least a first gauge is configured to detect tilt about the elastic pivot by measuring the separation of the moveable body and the reference frame at the reference surface in the opening and closing gaps (26, 28); and wherein inputs to be measured cause the moveable body to rotate about the pivot and strain the gauge.