mhurhangee/ep-ind-claims huggingface dataset:
A method for identifying a mammal having a heightened susceptibility to enamel erosion, comprising: a. obtaining a sample of whole mouth saliva from the oral cavity of the mammal; b. measuring the concentration of one or more of the following biomarkers: i) mucin 5B; ii) carbonic anhydrase 6; and iii) statherin; and c. comparing the mucin B concentration; the carbonic anhydrase 6 concentration; and/or statherin concentration to a control value for each of said biomarkers; and wherein said control value is the concentration of said biomarker in a whole mouth saliva sample taken from the oral cavity of a mammal not suffering from erosion; and wherein a lower mucin 5B concentration relative to said control value for mucin 5B indicates a heightened susceptibility to enamel erosion; wherein a lower carbonic anhydrase 6 concentration relative to said control value for carbonic anhydrase 6 indicates a heightened susceptibility to enamel erosion; and wherein a higher statherin concentration relative to a control value for statherin indicates a heightened susceptibility to enamel erosion. a. obtaining a sample of whole mouth saliva from the oral cavity of the mammal; b. measuring the concentration of one or more of the following biomarkers: i) mucin 5B; ii) carbonic anhydrase 6; and iii) statherin; and i) mucin 5B; ii) carbonic anhydrase 6; and iii) statherin; and c. comparing the mucin B concentration; the carbonic anhydrase 6 concentration; and/or statherin concentration to a control value for each of said biomarkers;
A ship featuring a stability recovery system comprising: a void space at a bottom of the ship on both port and starboard sides of the ship; a lowermost watertight deck of the ship above said void space; and a plurality of air vent pipes provided to said lowermost watertight deck; characterised in that said stability recovery system further comprises seawater inlet means constituted by longitudinal communication pipes communicating said plurality of air vent pipes provided to said lowermost watertight deck of said ship above said void space at the bottom of the ship on both port and starboard sides of the ship so as to allow seawater to flow into said void space through the longitudinal communication pipes and the air vent pipes.
Stacker for displacing goods, comprising: - a frame; - forks (2,3) connected to the frame and provided with: - a support part having at least one support wheel, and - a carrier part provided movably relative to the support part for carrying the goods for displacement, wherein the carrier part is provided with a double roller device, wherein the double roller device comprises a number of first roller elements located a distance from each other and having a roll surface, and a number of second roller elements located above the first roller elements and having a roll surface, and wherein the roll surface of the first roller elements lies against the roll surface of the second roller elements, wherein the roller elements engage movably in vertical direction on the frame in a guided manner so as to extend the second roller elements in selective manner above the upper surface of the load platform, characterized in that a second double roller device is provided on the front side, and wherein the diameter of roller elements of the second double roller device decreases toward the front side of the fork. - a frame; - forks (2,3) connected to the frame and provided with: - a support part having at least one support wheel, and - a carrier part provided movably relative to the support part for carrying the goods for displacement, wherein the carrier part is provided with a double roller device, wherein the double roller device comprises a number of first roller elements located a distance from each other and having a roll surface, and a number of second roller elements located above the first roller elements and having a roll surface, and wherein the roll surface of the first roller elements lies against the roll surface of the second roller elements, wherein the roller elements engage movably in vertical direction on the frame in a guided manner so as to extend the second roller elements in selective manner above the upper surface of the load platform, characterized in that a second double roller device is provided on the front side, and wherein the diameter of roller elements of the second double roller device decreases toward the front side of the fork.
An assembly configured to co-operate with a steering rod adjustment tool for adjusting a length of a steering rod in a steering gear assembly of a vehicle, wherein the assembly comprises a connector element and a steering rod, wherein the steering rod comprises an adjustment part which is rotatable around a longitudinal steering rod axis, characterized in that the connector element comprises a body configured to be clenched around the adjustment part of the steering rod, and wherein the connector element has a circumferential outer wall comprising a plurality of substantially planar contact surfaces which are angled with respect to each other and are configured to engage the steering rod adjustment tool such that the steering rod adjustment tool can apply a moment or torque to the connector element. wherein the assembly comprises a connector element and a steering rod, wherein the steering rod comprises an adjustment part which is rotatable around a longitudinal steering rod axis, characterized in that the connector element comprises a body configured to be clenched around the adjustment part of the steering rod, and wherein the connector element has a circumferential outer wall comprising a plurality of substantially planar contact surfaces which are angled with respect to each other and are configured to engage the steering rod adjustment tool such that the steering rod adjustment tool can apply a moment or torque to the connector element.
Switching device (1, 1a) comprising a first conventional switching point (2, 2a), a second conventional switching point (3, 3a) and a non-conventional switching point (4, 4a), wherein the conventional switching points are switching points which, in order to establish an electrically conductive current path, bring switching contact pieces that are movable relative to one another into electrical contact and, conversely, during an interruption of a current path, move switching contact pieces that are movable relative to one another away from one another in order to allow an electrically insulating medium to enter between the switching contact pieces, and wherein the non-conventional switching point is a switching point having a construction which varies the impedance behaviour of the switching point independently of a mechanical movement and a physical connection between the potentials to be isolated is maintained independently of the switching state of the switching point, and wherein the first conventional switching point (2, 2a), the second conventional switching point (3, 3a) and the non-conventional switching point (4, 4a) together form a series circuit, and wherein the non-conventional switching point (4, 4a) comprises a semiconductor element, in particular a thyristor, and the switching device is configured such that an arc is ignited in at least one of the conventional switching points (2, 2a, 3, 3a) when the conventional switching points (2, 2a, 3, 3a) are switched off, and the conventional switching points (2, 2a, 3, 3a) are switched off first, after which the non-conventional switching point (4, 4a) is switched off.
Rolling bearing assembly having a bearing ring which takes the form of an outer ring or inner ring, and also having a rolling bearing set arranged on the bearing ring, and having a device for retaining lubricants, wherein the device has an annular or substantially annular retaining body, wherein the retaining body is arranged on a rolling bearing assembly in such a way that a lubricant space of the device is delimited on at least two sides by the retaining body and the bearing ring of the rolling bearing assembly, wherein the device has a web with a first end and a second end, wherein the first end of the web is arranged on the retaining body, wherein the web extends from the first end in the radial direction or substantially in the radial direction of the retaining body, wherein the web, in the width direction of the retaining body, is arranged centrally or substantially centrally on the latter, wherein the retaining body at least partially overlaps the bearing ring in the axial direction, and wherein the web is designed to prevent lubricant from passing over between adjacent rolling body sets, characterized in that the device or the retaining body is at least partially formed from a lubricant which is designed to retain the lubricant of a rolling bearing.
A method for a computer system to perform radiation dose estimation for a target object, the method comprising: obtaining projection image data acquired using an imaging system, wherein the projection image data is acquired by projecting radiation from a radiation source through the target object positioned within a total radiation field of the imaging system; generating partially reconstructed volume image data based on the projection image data, wherein the partially reconstructed volume image data is associated with a first region within the total radiation field; characterised by further comprising the following steps: generating a partition of the projection image data, wherein the partition is associated with a second region of the total radiation field that is located before the first region from a direction of the radiation source; and estimating radiation dose data for the target object based on the partially reconstructed volume image data associated with the first region and the partition associated with the second region. obtaining projection image data acquired using an imaging system, wherein the projection image data is acquired by projecting radiation from a radiation source through the target object positioned within a total radiation field of the imaging system; generating partially reconstructed volume image data based on the projection image data, wherein the partially reconstructed volume image data is associated with a first region within the total radiation field; characterised by further comprising the following steps: generating a partition of the projection image data, wherein the partition is associated with a second region of the total radiation field that is located before the first region from a direction of the radiation source; and estimating radiation dose data for the target object based on the partially reconstructed volume image data associated with the first region and the partition associated with the second region. generating a partition of the projection image data, wherein the partition is associated with a second region of the total radiation field that is located before the first region from a direction of the radiation source; and estimating radiation dose data for the target object based on the partially reconstructed volume image data associated with the first region and the partition associated with the second region.
A device for collecting and removal of condensation liquids from ceilings, tubings and the like, said device in the orientation intended for use comprising: a lower base part and an upper compartment for receiving the liquids; wherein said upper compartment is elongated and having a first end and a second end and said upper compartment comprises and comprises a first side, a second side and a bottom part, said bottom part connecting the first side and the second side; and wherein said bottom part of the upper compartment comprises one or more drain holes for draining the liquid out of the upper compartment; wherein said lower base part comprises an elongated part and a pipe connection; and wherein said elongated part of said lower base part comprises a lower compartment for receiving the liquid originating from said one or more drain holes in the bottom part of the upper compartment; and wherein the inner of said pipe connection is in liquid connection with said lower compartment of said elongated part of said lower base part; and wherein said pipe connection comprises means for connecting a pipe, a handle or a hose; characterised in that said elongated part of said lower base part and said elongated upper compartment for the liquids are releasable connected; and that at least one of said first side or said second side of said upper compartment is flexible so as to enable adaptation to the contour of a tube. a lower base part and an upper compartment for receiving the liquids; wherein said upper compartment is elongated and having a first end and a second end and said upper compartment comprises and comprises a first side, a second side and a bottom part, said bottom part connecting the first side and the second side; and wherein said bottom part of the upper compartment comprises one or more drain holes for draining the liquid out of the upper compartment; wherein said lower base part comprises an elongated part and a pipe connection; and wherein said elongated part of said lower base part comprises a lower compartment for receiving the liquid originating from said one or more drain holes in the bottom part of the upper compartment; and wherein the inner of said pipe connection is in liquid connection with said lower compartment of said elongated part of said lower base part; and wherein said pipe connection comprises means for connecting a pipe, a handle or a hose; characterised in that said elongated part of said lower base part and said elongated upper compartment for the liquids are releasable connected; and that at least one of said first side or said second side of said upper compartment is flexible so as to enable adaptation to the contour of a tube.
Tedding machine for tedding plants lying on the ground, comprising a common frame, and provided with a number of plant-processing members, wherein the plant-processing members are arranged in two groups (18, 19) of at least three plant-processing members with tedding teeth which are attached to the common frame and, in an operating position, can be rotatably driven about upward rotation shafts, wherein the common frame is coupleable to a tractor vehicle and comprises a work frame and a carrying frame which is coupled to the work frame, wherein the work frame comprises a horizontal central frame beam, is tiltable and configured to move the plant-processing members from an operating position to a folded-up position, wherein the carrying frame comprises wheels for resting the carrying frame on the ground, wherein the tedding machine can be brought to a transport position wherein each group (18, 19) is mounted on a respective side of the common frame so as to be forwardly pivotable from the operating position to the folded-up position, wherein the plant-processing members in each group (18, 19), in the operating position, are in a line at right angles to the direction of travel so that the tedding teeth of a plant-processing member describe a path and are arranged such that, in operation, the path of the tedding teeth of a directly adjacent plant-processing member is traversed, and wherein the work frame comprises a pivoting device which has, for at least one group, a respective pivot pin which is substantially vertical, at least in the transport position, in such a way that the at least one group can be brought from the folded-up position to the transport position by pivoting about the vertical pivot pin, and wherein the vertical pivot pin is connected to the horizontal central frame beam and is situated between the upwardly directed rotation shaft of an inner plant-processing member (22, 23) of the group and the centre line of the common frame.
A method for a User Equipment, in the following also referred to as UE, configured with a first cell and a second cell, comprising: triggering a Beam Failure Recovery, in the following also referred to as BFR, associated with the first cell; triggering a Scheduling Request, in the following also referred to as SR, for Secondary Cell, in the following also referred to as SCell, beam failure recovery in response to the triggered BFR; and cancelling the triggered BFR and the triggered SR in response to reset of a Medium Access Control, in the following also referred to as MAC, entity associated with the first cell, characterized in that the UE transmits the SR on the second cell different from the first cell. triggering a Beam Failure Recovery, in the following also referred to as BFR, associated with the first cell; triggering a Scheduling Request, in the following also referred to as SR, for Secondary Cell, in the following also referred to as SCell, beam failure recovery in response to the triggered BFR; and cancelling the triggered BFR and the triggered SR in response to reset of a Medium Access Control, in the following also referred to as MAC, entity associated with the first cell, characterized in that the UE transmits the SR on the second cell different from the first cell.
A handheld device for inserting a tongue into an insertion groove in a panel wherein the handheld device comprises a first part comprising a power unit which is configured for driving a puncher, the handheld device comprises a second part, which is connected to the first part, the second part comprises the displaceable puncher and a guiding device which is configured to guide the displaceable puncher and the tongue, characterized in that an outer edge of the second part comprises a first positioning element and a second positioning element, that the first positioning element and the second positioning element are configured to be positioned at least partly in the insertion groove during an insertion of the tongue into the insertion groove, that the displaceable puncher is configured to displace the tongue from the handheld device to an inserted position in the insertion groove. the handheld device comprises a first part comprising a power unit which is configured for driving a puncher, the handheld device comprises a second part, which is connected to the first part, the second part comprises the displaceable puncher and a guiding device which is configured to guide the displaceable puncher and the tongue, characterized in that an outer edge of the second part comprises a first positioning element and a second positioning element, that the first positioning element and the second positioning element are configured to be positioned at least partly in the insertion groove during an insertion of the tongue into the insertion groove, that the displaceable puncher is configured to displace the tongue from the handheld device to an inserted position in the insertion groove.
A method for manufacturing a heat exchanger plate (1; 1A), comprising: a lid groove closing process to insert a lid plate into a lid groove formed at a periphery of a concave groove opening to a surface of a base member; and a primary joining process to perform friction stirring while relatively moving a rotary tool equipped with a stirring pin along a butting portion of a side wall of the lid groove and a side surface of the lid plate, wherein, in the primary joining process, the stirring pin which is rotating is inserted into the butting portion, and the friction stirring is performed in a state of only the stirring pin of the rotary tool being in contact with both of the base member and the lid plate while a base part of the stirring pin is exposed, wherein the stirring pin has a spiral groove formed on an outer peripheral surface, and wherein the spiral groove is formed so as to rotate in a counter-clockwise direction as it goes downward in a case where the rotary tool is rotated in the clockwise direction, and the spiral groove is formed so as to rotate in the clockwise direction as it goes downward in a case where the rotary tool is rotated in the counter-clockwise direction. a lid groove closing process to insert a lid plate into a lid groove formed at a periphery of a concave groove opening to a surface of a base member; and a primary joining process to perform friction stirring while relatively moving a rotary tool equipped with a stirring pin along a butting portion of a side wall of the lid groove and a side surface of the lid plate,
Road paver having: a screed for applying a material layer to a foundation; a layer thickness detecting device for detecting the thickness (h B) of the material layer applied, wherein the layer thickness detecting device includes a first sensor behind the screed, in the direction of travel, for detecting a first distance from the applied material layer and a second sensor in front of the screed, in the direction of travel, for detecting a second distance from the foundation, and characterized in that the layer thickness detecting device includes a rigid first support that is attached to the screed and a second support that is attached to a tow arm that rotates the screed, the first sensor is attached to the first support and the second sensor is attached to the second support, and the layer thickness detecting device includes a signal processing unit configured to detect the layer thickness (h B) of the applied material layer on the basis of the sensor signals (s 1, s 2) from the first sensor and from the second sensor, of the distances (a, b) of the first sensor and of the second sensor from the rear screed edge, and of the attachment heights of the first sensor and the second sensor relative to the rear screed edge. a screed for applying a material layer to a foundation; a layer thickness detecting device for detecting the thickness (h B) of the material layer applied, wherein the layer thickness detecting device includes a first sensor behind the screed, in the direction of travel, for detecting a first distance from the applied material layer and a second sensor in front of the screed, in the direction of travel, for detecting a second distance from the foundation, and characterized in that the layer thickness detecting device includes a rigid first support that is attached to the screed and a second support that is attached to a tow arm that rotates the screed, the first sensor is attached to the first support and the second sensor is attached to the second support, and the layer thickness detecting device includes a signal processing unit configured to detect the layer thickness (h B) of the applied material layer on the basis of the sensor signals (s 1, s 2) from the first sensor and from the second sensor, of the distances (a, b) of the first sensor and of the second sensor from the rear screed edge, and of the attachment heights of the first sensor and the second sensor relative to the rear screed edge.