mhurhangee/ep-ind-claims huggingface dataset:
An LED floor tile screen, comprising a rear body and an LED lamp panel fixedly arranged on the rear body; the LED lamp panel comprises a PCB board and a plurality of lamp beads fixedly arranged on the PCB board; wherein the LED floor tile screen further comprises a glass covering the LED lamp panel and an adhesive layer for bonding and sealing the glass and the rear body; the rear body comprises a bottom housing and a plurality of supports fixedly arranged in the bottom housing; and the support is used to support the glass; the LED lamp panel is fixedly arranged in the bottom housing; a top surface of the support is higher than a top surface of the lamp bead; characterized in that: the support is a transparent support; and transparent side plates are arranged around the bottom housing, the adhesive layer is filled between the side plate and the glass, and a side of the glass is provided with a first groove. the rear body comprises a bottom housing and a plurality of supports fixedly arranged in the bottom housing; and the support is used to support the glass; the LED lamp panel is fixedly arranged in the bottom housing; a top surface of the support is higher than a top surface of the lamp bead; characterized in that: the support is a transparent support; and transparent side plates are arranged around the bottom housing, the adhesive layer is filled between the side plate and the glass, and a side of the glass is provided with a first groove. the support is a transparent support; and transparent side plates are arranged around the bottom housing, the adhesive layer is filled between the side plate and the glass, and a side of the glass is provided with a first groove.
An air purifier which purifies the air in an indoor environment of a building comprising a body; an air inlet opening provided on the body; a fan which enables the air to be directed through the air inlet opening into the body; an air outlet opening which enables the air purified in the body to be released out of the body; a CO 2 absorbing unit into which the air is sucked; a base dosing unit which supplies a base solution into the CO 2 absorbing unit; an acid dosing unit which supplies an acid solution into the CO 2 absorbing unit; a CO 2 outlet line enabling the CO 2 absorbed in the CO 2 absorbing unit to be discharged from the environment wherein the air is purified; and an electrodialysis unit wherein the salt, generated in the CO 2 absorbing unit after the base solution and the acid solution are supplied to the CO 2 absorbing unit respectively, is resolved back to acid and base, characterized by a neutralization receptacle which is suitable for collection the acid and base solutions in case of a leak into the body from the acid dosing unit, the base dosing unit and the CO 2 absorbing unit.
A user equipment for wireless communication, comprising: receiving means adapted to receive, from a base station, BS, control data comprising information on a resource allocation for initial data transmission and data re-transmission between the BS and the UE, wherein the control data is designed for an uplink, UL, unicast case, and the information on the resource allocation comprises information on UL resources, which are allocated by the BS to the UE for an initial transmission of data from the UE to the BS, and information on UL resources, which are allocated by the BS to the UE for a re-transmission of the data from the UE to the BS, wherein the UE further comprises transmitting means and control means adapted to control the transmitting means and adapted to initially transmit the data to the BS in the UL resources allocated for the initial transmission and to re-transmit the data in the UL resources allocated for the re-transmission in case the initial transmission was not successful, characterized in that the control means is further adapted to detect if the initial transmission was successful by sensing if the resources allocated by the BS for a re-transmission of the data are being used for another data transmission. receiving means adapted to receive, from a base station, BS, control data comprising information on a resource allocation for initial data transmission and data re-transmission between the BS and the UE, wherein the control data is designed for an uplink, UL, unicast case, and the information on the resource allocation comprises information on UL resources, which are allocated by the BS to the UE for an initial transmission of data from the UE to the BS, and information on UL resources, which are allocated by the BS to the UE for a re-transmission of the data from the UE to the BS, wherein the UE further comprises transmitting means and control means adapted to control the transmitting means and adapted to initially transmit the data to the BS in the UL resources allocated for the initial transmission and to re-transmit the data in the UL resources allocated for the re-transmission in case the initial transmission was not successful, characterized in that the control means is further adapted to detect if the initial transmission was successful by sensing if the resources allocated by the BS for a re-transmission of the data are being used for another data transmission.
An exhaust gas recirculation cooler mount, comprising: an inlet port configured to receive fuel; an outlet port positioned downstream of the inlet port, the outlet port being configured to distribute the fuel to a fuel tank; and a leak off passage positioned fluidly between the inlet port and the outlet port, the leak off passage being positioned in the EGR cooler mount. an inlet port configured to receive fuel; an outlet port positioned downstream of the inlet port, the outlet port being configured to distribute the fuel to a fuel tank; and a leak off passage positioned fluidly between the inlet port and the outlet port, the leak off passage being positioned in the EGR cooler mount.
An autoinjector comprising: a case; a syringe; a motor adapted to rotate a drive gear; a curvi-linear plunger adapted to mate with the drive gear, wherein the plunger includes a distal end with a resilient flange (18.1) having ramped or rounded edges, wherein a first diameter of the resilient flange (18.1) is larger than a second diameter of a proximal opening of a syringe body of the syringe, wherein when the motor rotates the drive gear the plunger is advanced such that the resilient flange (18.1) being in a non-deflected state abuts a proximal collar (5.2) of the syringe and pushes the syringe in a distal direction, wherein when the syringe abuts a distal stop in the case, a needle is extended through an aperture (3.1) and continued rotation of the drive gear causes the resilient flange (18.1) to deflect resulting in a deflected state, in which the resilient flange (18.1) advances through the proximal collar (5.2) and engages a stopper in the syringe pushing the stopper distally to dispense the medicament through the needle. a case; a syringe; a motor adapted to rotate a drive gear; a curvi-linear plunger adapted to mate with the drive gear, wherein the plunger includes a distal end with a resilient flange (18.1) having ramped or rounded edges, wherein a first diameter of the resilient flange (18.1) is larger than a second diameter of a proximal opening of a syringe body of the syringe, wherein when the motor rotates the drive gear the plunger is advanced such that the resilient flange (18.1) being in a non-deflected state abuts a proximal collar (5.2) of the syringe and pushes the syringe in a distal direction, wherein when the syringe abuts a distal stop in the case, a needle is extended through an aperture (3.1) and continued rotation of the drive gear causes the resilient flange (18.1) to deflect resulting in a deflected state, in which the resilient flange (18.1) advances through the proximal collar (5.2) and engages a stopper in the syringe pushing the stopper distally to dispense the medicament through the needle.
A method comprising: receiving, by a security agent implemented on a monitored computing device, an event notification indicative of execution of an object on the monitored computing device; storing, by the security agent, in a data structure of the security agent on the monitored computing device, information associated with the event notification and the object; subsequently receiving, by the security agent, an event notification indicative of an occurrence on the monitored computing device of an activity associated with the object; based at least in part on the stored information, correlating, by the security agent, the occurrence of the activity with the execution of the object, wherein the correlation of the occurrence of the activity with the execution of the object is indicative of operation of a security exploit; and generating an exploit detection event, by the security agent, based on the correlating. receiving, by a security agent implemented on a monitored computing device, an event notification indicative of execution of an object on the monitored computing device; storing, by the security agent, in a data structure of the security agent on the monitored computing device, information associated with the event notification and the object; subsequently receiving, by the security agent, an event notification indicative of an occurrence on the monitored computing device of an activity associated with the object; based at least in part on the stored information, correlating, by the security agent, the occurrence of the activity with the execution of the object, wherein the correlation of the occurrence of the activity with the execution of the object is indicative of operation of a security exploit; and generating an exploit detection event, by the security agent, based on the correlating.
A process for making a micro device assembly, comprising: placing a micro device on a front part of a printed circuit board; molding a molding on the printed circuit board surrounding the micro device; and then forming a channel to the micro device in a back part of the printed circuit board, characterized in that; wherein the forming includes cutting through the back part of the printed circuit board and into the micro device. placing a micro device on a front part of a printed circuit board; molding a molding on the printed circuit board surrounding the micro device; and then forming a channel to the micro device in a back part of the printed circuit board, characterized in that; wherein the forming includes cutting through the back part of the printed circuit board and into the micro device.
A method of conducting wireless communication, comprising: receiving wireless transmission from a mobile network transmitter; extracting a secondary synchronization code, SSC, from the wireless transmission, the SSC being comprised of at least two sequences scrambled with a common primary synchronization code, PSC, -based binary scrambling code; employing a common PSC-based binary descrambling code to decipher the SSC; and determining the identity of the mobile network transmitter from the deciphered SSC. receiving wireless transmission from a mobile network transmitter; extracting a secondary synchronization code, SSC, from the wireless transmission, the SSC being comprised of at least two sequences scrambled with a common primary synchronization code, PSC, -based binary scrambling code; employing a common PSC-based binary descrambling code to decipher the SSC; and determining the identity of the mobile network transmitter from the deciphered SSC.
A ground height gauge assembly configured to be mounted to a header, the ground height gauge assembly comprising: a shaft configured to be rotatably coupled to the header; a first arm coupled to the shaft and configured to simultaneously rotate with the shaft, the first arm defining a first length; and a sensor coupled to the shaft for detecting changes in a rotational position of the shaft and providing feedback signals regarding the rotational position of the shaft, the ground height gauge assembly being characterized in that it further comprises: a second arm pivotally coupled to the shaft and defining a second length, the second arm configured to be mounted in a first position and a second position; wherein the second length of the second arm is dimensioned greater than the first length of the first arm; wherein in the first position the second arm is configured to rotate independently of the first arm; and wherein in the second position the second arm is configured to be coupled to the first arm such that rotation of the first arm simultaneously rotates the second arm. a shaft configured to be rotatably coupled to the header; a first arm coupled to the shaft and configured to simultaneously rotate with the shaft, the first arm defining a first length; and a sensor coupled to the shaft for detecting changes in a rotational position of the shaft and providing feedback signals regarding the rotational position of the shaft, the ground height gauge assembly being characterized in that it further comprises: a second arm pivotally coupled to the shaft and defining a second length, the second arm configured to be mounted in a first position and a second position; wherein the second length of the second arm is dimensioned greater than the first length of the first arm; wherein in the first position the second arm is configured to rotate independently of the first arm; and wherein in the second position the second arm is configured to be coupled to the first arm such that rotation of the first arm simultaneously rotates the second arm. a second arm pivotally coupled to the shaft and defining a second length, the second arm configured to be mounted in a first position and a second position; wherein the second length of the second arm is dimensioned greater than the first length of the first arm; wherein in the first position the second arm is configured to rotate independently of the first arm; and wherein in the second position the second arm is configured to be coupled to the first arm such that rotation of the first arm simultaneously rotates the second arm.
A system configured to insert an image of a first object into an image of a second object, comprising: an object locator configured to determine a location in the image of the second object into which to insert the image of the first object, the image of the second object yielded from second projection space data representative of the second object, the first object not comprised within the second object during a radiation examination of the second object from which the second projection space data is acquired; a forward projector configured to convert, based on the location, the image of the first object from image space to projection space to generate first projection space data representative of the first object; a combiner configured to combine the first projection space data with the second projection space data to generate composite projection space data representative of the first object and the second object; a reconstructor configured to convert the composite projection space data into a reconstructed image depicting the first object within the second object at the location such that the first object appears to be comprised within the second object during the radiation examination; and characterized in a projection data uncorrector (202 or 208) configured to corrupt at least one of the first projection space data or the composite projection space data, based on an aspect of the second object to introduce an artifact into the reconstructed image. an object locator configured to determine a location in the image of the second object into which to insert the image of the first object, the image of the second object yielded from second projection space data representative of the second object, the first object not comprised within the second object during a radiation examination of the second object from which the second projection space data is acquired; a forward projector configured to convert, based on the location, the image of the first object from image space to projection space to generate first projection space data representative of the first object; a combiner configured to combine the first projection space data with the second projection space data to generate composite projection space data representative of the first object and the second object; a reconstructor configured to convert the composite projection space data into a reconstructed image depicting the first object within the second object at the location such that the first object appears to be comprised within the second object during the radiation examination; and characterized in a projection data uncorrector (202 or 208) configured to corrupt at least one of the first projection space data or the composite projection space data, based on an aspect of the second object to introduce an artifact into the reconstructed image.
A polymer-flavonoid conjugate, wherein said polymer is conjugated specifically at the C2' position of the B ring of said flavonoid via a thiol linker, wherein the polymer is hyaluronic acid, and wherein the flavonoid is (-)-epigallocatechin-3-gallate (EGCG).
A manufacturing method for a powder, comprising subjecting a raw material mixture containing a fat, a milk protein, a filler, and at least one selected from the group consisting of a monosaccharide and a disaccharide, wherein the weight ratio of the monosaccharides and disaccharides is 2% or less with respect to the total weight of the raw material mixture, to heat treatment, wherein a total amount of monosaccharides and disaccharides in the powder is reduced by heat treatment of the raw material mixture as compared to a total amount of the monosaccharides and the disaccharides in the raw material mixture before heating; wherein the filler comprises polydextrose, dextrin, or a mixture thereof, and the heat treatment is performed at a temperature of from 90°C to 120°C for 30 to 120 minutes.
A method for enabling a computing system, comprising: dividing a main memory into a plurality of groups of locations, wherein each of the plurality of groups is associated with a set of one or more lines in a cache (506, 508); determining a criticality of a first thread; and assigning the first thread to a first group of the plurality of groups, wherein the first group is chosen based on the criticality of the first thread and on the set of one or more lines in the cache that is associated with the first group. dividing a main memory into a plurality of groups of locations, wherein each of the plurality of groups is associated with a set of one or more lines in a cache (506, 508); determining a criticality of a first thread; and assigning the first thread to a first group of the plurality of groups, wherein the first group is chosen based on the criticality of the first thread and on the set of one or more lines in the cache that is associated with the first group.
A sensor assembly comprising: a sensor having a tail portion, a contacts portion, and a bendable portion; a seal including electrical contacts disposed to align with the contacts portion of the sensor and to allow electrical signals to pass through the seal; a support including a distal surface and features for sealably coupling to an electronics assembly; and a sharp including a channel for supporting the tail portion of the sensor and a hub for gripping the sharp during retraction, wherein the seal is shaped to enclose the contacts portion of the sensor within the support. a sensor having a tail portion, a contacts portion, and a bendable portion; a seal including electrical contacts disposed to align with the contacts portion of the sensor and to allow electrical signals to pass through the seal; a support including a distal surface and features for sealably coupling to an electronics assembly; and a sharp including a channel for supporting the tail portion of the sensor and a hub for gripping the sharp during retraction, wherein the seal is shaped to enclose the contacts portion of the sensor within the support.
A method performed by a target Access and mobility Management Function, AMF, entity (New AMF) in a core network to communicate network function, NF, utilization information with a source AMF entity (Old AMF) during a change of AMF entity from the source AMF entity to the target AMF entity, comprising: receiving (1500, 5-10), by the target AMF entity, at least one old NF identifier, ID, from the source AMF entity that corresponds to an old NF entity serving a user equipment, UE; determining (1502, 10-10) to either use the at least one old NF ID or to use at least one new NF ID that corresponds to a new NF entity of a same NF type as the old NF entity; and communicating (1504, 10-10), by the target AMF entity to the source AMF entity, information that indicates to the source AMF entity whether the AMF entity uses the at least one old NF ID or uses the at least one new NF ID. receiving (1500, 5-10), by the target AMF entity, at least one old NF identifier, ID, from the source AMF entity that corresponds to an old NF entity serving a user equipment, UE; determining (1502, 10-10) to either use the at least one old NF ID or to use at least one new NF ID that corresponds to a new NF entity of a same NF type as the old NF entity; and communicating (1504, 10-10), by the target AMF entity to the source AMF entity, information that indicates to the source AMF entity whether the AMF entity uses the at least one old NF ID or uses the at least one new NF ID.
A split flow vacuum pump with at least two radial inlets (26, 27, 28), wherein the vacuum pump comprises a shaft, stator discs and rotor discs (14, 15, 16, 17, 18, 19) arranged on the shaft, wherein at least one disc packet (21, 22) is arranged on the shaft, characterised in that there are arranged in the shaft in the radial direction at least two grooves (39. 40, 53, 54, 57, 58) and/or bores (55, 56) which are formed longer in the axial direction of the shaft than in the peripheral direction of the shaft.
Centring block for centring a tooling board in a flat bed die-cutting, stripping or blanking machine, the tooling board having a protruding alignment element, comprising a first clamp and a second clamp which are arranged adjacent to each other to define a reception space between them and which are mounted linearly movable and separately movable from each other in a direction perpendicular to a main extension plane of the tooling board and at least one biasing means which is configured to bias the first and the second clamps (24, 26) towards an aligning position against the tooling board, wherein each of the clamps (24, 26) comprises a stop portion for restricting a movement of the tooling board in an insertion and an opposite direction and to fix the tooling board in a centre position. comprising a first clamp and a second clamp which are arranged adjacent to each other to define a reception space between them and which are mounted linearly movable and separately movable from each other in a direction perpendicular to a main extension plane of the tooling board and at least one biasing means which is configured to bias the first and the second clamps (24, 26) towards an aligning position against the tooling board, wherein each of the clamps (24, 26) comprises a stop portion for restricting a movement of the tooling board in an insertion and an opposite direction and to fix the tooling board in a centre position.