mhurhangee/ep-ind-claims huggingface dataset:
Method for transmitting data sets, each containing data of a first category and data of a second category different from the first category, from a transmitter to a receiver, wherein the data of the first category contain personal data and the data of the second category do not contain any personal data, characterized in that: - on the side of the transmitter, the data (D1, D2) of the first and second categories respectively contained in a data set are converted into transmission data using a one-way function (h(x)), - the transmission data are transmitted from the transmitter to the receiver, and - on the side of the receiver, at least some of the data of the second category, which are contained in the data set and do not contain any personal data, are reconstructed using reconstruction data on the basis of the transmission data, wherein the reconstruction data on the side of the receiver contain data (D2'') of the second category suspected in the data set and comparison data which are assigned to the suspected data (D2'') of the second category and are obtained by converting the suspected data (D2") of the second category using the one-way function (h(x)). - on the side of the transmitter, the data (D1, D2) of the first and second categories respectively contained in a data set are converted into transmission data using a one-way function (h(x)), - the transmission data are transmitted from the transmitter to the receiver, and - on the side of the receiver, at least some of the data of the second category, which are contained in the data set and do not contain any personal data, are reconstructed using reconstruction data on the basis of the transmission data, wherein the reconstruction data on the side of the receiver contain data (D2'') of the second category suspected in the data set and comparison data which are assigned to the suspected data (D2'') of the second category and are obtained by converting the suspected data (D2") of the second category using the one-way function (h(x)).
A uterine ablation device, comprising: a shaft sized and configured to access a uterus of a patient, the shaft being coupled to a vapor source; vapor delivery ports disposed on a distal portion of the shaft; a distal balloon positioned proximally on the shaft from the vapor delivery ports; a central balloon positioned proximally to the distal balloon, the central balloon configured to contact an internal os and a cervical canal of the patient when the distal balloon is positioned in the uterus against the internal os; and a proximal balloon positioned proximally to the central balloon, the proximal balloon configured to span from the cervical canal into a vagina of the patient when the distal balloon is positioned against the internal os. a shaft sized and configured to access a uterus of a patient, the shaft being coupled to a vapor source; vapor delivery ports disposed on a distal portion of the shaft; a distal balloon positioned proximally on the shaft from the vapor delivery ports; a central balloon positioned proximally to the distal balloon, the central balloon configured to contact an internal os and a cervical canal of the patient when the distal balloon is positioned in the uterus against the internal os; and a proximal balloon positioned proximally to the central balloon, the proximal balloon configured to span from the cervical canal into a vagina of the patient when the distal balloon is positioned against the internal os.
An anti-drip device configured to wrap the neck of a bottle up externally and comprising a substantially tape-shaped element, flexible and of a material suitable for absorbing liquids, said tape element being further provided with connection means for allowing to re-close it on itself in a ring-shaped form so that it can wrap the neck of the bottle up externally, the tape element including an end in the shape of a beak, said end being flexible with respect to the tape in such a way as to result foldable externally to the tape and suitable for collecting the drops that spurt at a distance from the bottle during the pouring of the liquid; characterized in that said end is positioned in the segment of the tape comprised between the connection means.
A stent comprising: a bioabsorbable metal; a hydrothermal conversion film covering the bioabsorbable metal; and a coating covering the hydrothermal conversion film. a bioabsorbable metal; a hydrothermal conversion film covering the bioabsorbable metal; and a coating covering the hydrothermal conversion film.
Telmisartan for use in a method of treating a patient with a tumor receiving a transplant by attenuating graft-versus-host disease (GVHD) while preserving a graft-versus-tumor effect (GVTE), wherein the patient suffers from non-responsive GVHD correlated with a biomarker selected from the group consisting of elafin, IL-8, TNFR1, HGF, reg3a, IL-2RA, ST2, and Lipid A endotoxin.
An antenna comprising: a base; a first guide body coupled to said base and having a first guide slot therein; a second guide body rotatably coupled with respect to said base and having a second guide slot therein defining a steerable intersection position with respect to the first guide slot; an antenna member and an actuator configured to selectively rotate said second guide body to steer the antenna member; characterized in that the antenna member extends through the steerable intersection, and the antenna further comprises a gimbal mount, wherein the gimbal mount is coupled to the first guide body and to the antenna member, wherein the gimbal mount is configured to allow the antenna to move freely in two axes. a base; a first guide body coupled to said base and having a first guide slot therein; a second guide body rotatably coupled with respect to said base and having a second guide slot therein defining a steerable intersection position with respect to the first guide slot; an antenna member and an actuator configured to selectively rotate said second guide body to steer the antenna member; characterized in that the antenna member extends through the steerable intersection, and the antenna further comprises a gimbal mount, wherein the gimbal mount is coupled to the first guide body and to the antenna member, wherein the gimbal mount is configured to allow the antenna to move freely in two axes.
A segmented mold operator, comprising: - a main frame fixed to an upper cavity part of a tire press cavity; - a control plunger with an axially movable cylinder rod that is configured to apply a squeeze pressure to said tire press cavity; - a rotatable lock ring rotatably coupled about an end of the cylinder rod and axially movable therewith, wherein the rotatable lock ring is configured to rotatably interface with a mold ring adapter; - a locking plunger including a lock rod that is axially movable with respect to the rotatable lock ring, wherein the lock rod is configured to selectively engage the rotatable lock ring to thereby prevent rotation of the rotatable lock ring; and - an electronic lock sensor disposed at an upper portion of the locking plunger that is configured to electronically sense an axial position of the lock rod relative to the locking plunger. - a main frame fixed to an upper cavity part of a tire press cavity; - a control plunger with an axially movable cylinder rod that is configured to apply a squeeze pressure to said tire press cavity; - a rotatable lock ring rotatably coupled about an end of the cylinder rod and axially movable therewith, wherein the rotatable lock ring is configured to rotatably interface with a mold ring adapter; - a locking plunger including a lock rod that is axially movable with respect to the rotatable lock ring, wherein the lock rod is configured to selectively engage the rotatable lock ring to thereby prevent rotation of the rotatable lock ring; and - an electronic lock sensor disposed at an upper portion of the locking plunger that is configured to electronically sense an axial position of the lock rod relative to the locking plunger.
A resin decorative part, comprising: a clear decoration having a body transmitting light, the body comprising a substrate and a clear layer, the clear layer including an irregular surface disposed on the body and having a pattern formed with protrusions and depressions, and a carbon color layer colored in a carbon color and reflecting light, wherein the irregular surface is disposed on an opposite side to a viewer side of the body and has a plurality of unit patterns that constitute a weave of pseudo carbon fiber bundles presenting carbon fiber bundles in a pseudo manner, as the protrusions and depressions that form the pattern, the unit patterns each give the impression of one bundle of elongated carbon fibers and have a flat top portion and a pair of curved portions positioned on both sides (k) of the flat top portion in an extending direction and formed in an arc-shaped curve protruding from the sides (k) of the flat top portion towards the opposite side of the body, the flat top portion is positioned at a center in the extending direction of the pseudo elongated carbon fibers, and include at least two kinds of the unit patterns with different top portion inclinations, where the top portion inclination is an inclination of a center line along a long side direction of the flat top portion relative to a reference line along the extending direction, and the carbon color layer is laminated on the irregular surface and includes a reflective surface in contact with the unit patterns to reflect light transmitted through the clear decoration. a clear decoration having a body transmitting light, the body comprising a substrate and a clear layer, the clear layer including an irregular surface disposed on the body and having a pattern formed with protrusions and depressions, and a carbon color layer colored in a carbon color and reflecting light, wherein the irregular surface is disposed on an opposite side to a viewer side of the body and has a plurality of unit patterns that constitute a weave of pseudo carbon fiber bundles presenting carbon fiber bundles in a pseudo manner, as the protrusions and depressions that form the pattern, the unit patterns each give the impression of one bundle of elongated carbon fibers and have a flat top portion and a pair of curved portions positioned on both sides (k) of the flat top portion in an extending direction and formed in an arc-shaped curve protruding from the sides (k) of the flat top portion towards the opposite side of the body, the flat top portion is positioned at a center in the extending direction of the pseudo elongated carbon fibers, and include at least two kinds of the unit patterns with different top portion inclinations, where the top portion inclination is an inclination of a center line along a long side direction of the flat top portion relative to a reference line along the extending direction, and the carbon color layer is laminated on the irregular surface and includes a reflective surface in contact with the unit patterns to reflect light transmitted through the clear decoration.
A sensor operable to measure ozone concentration, the sensor comprising: - an outer housing; - an inner housing disposed within an interior of the outer housing or connected to the interior of the outer housing; - an ozone sensing component disposed within an interior of the inner housing; - an ozone modifying component disposed within the interior of the outer housing; - a substrate on which the ozone sensing component and the ozone modifying component are disposed; - a first inlet integrated into the outer housing, the first inlet being configured to conduct ambient gaseous matter from an outside of the outer housing into the interior of the outer housing; and - a second inlet integrated into the inner housing, the second inlet being configured to conduct the gaseous matter from the interior of the outer housing into the interior of the inner housing and adjacent to the ozone sensing component; the ozone sensing component being operable to generate a sensing component signal corresponding to the ozone concentration of the gaseous matter within the interior of the inner housing; and the ozone modifying component being operable to alter the ozone concentration of the gaseous matter within the interior of the outer housing. - an outer housing; - an inner housing disposed within an interior of the outer housing or connected to the interior of the outer housing; - an ozone sensing component disposed within an interior of the inner housing; - an ozone modifying component disposed within the interior of the outer housing; - a substrate on which the ozone sensing component and the ozone modifying component are disposed; - a first inlet integrated into the outer housing, the first inlet being configured to conduct ambient gaseous matter from an outside of the outer housing into the interior of the outer housing; and - a second inlet integrated into the inner housing, the second inlet being configured to conduct the gaseous matter from the interior of the outer housing into the interior of the inner housing and adjacent to the ozone sensing component; the ozone sensing component being operable to generate a sensing component signal corresponding to the ozone concentration of the gaseous matter within the interior of the inner housing; and
A semiconductor package, comprising: a package substrate (110, 410), which comprises: a layer of first conductive elements, in the following called first conductive layer; a layer of first pillars formed on the first conductive layer, in the following called first pillar layer; a first package body encapsulating the first conductive layer and the first pillar layer; a layer of second conductive elements electrically connecting to the first pillar layer, in the following called second conductive layer; a first electronic component disposed above the second conductive layer of the package substrate (110, 410); a second package body encapsulating the first electronic component and the second conductive layer; a layer of second pillars formed on the second conductive layer, in the following called second pillar layer, and an interposer disposed on the second package body, electrically connected to the second pillars and covering a top surface of the second package body and a top surface of each second pillar of the second pillar layer; wherein the second package body further completely encapsulates a lateral surface of each second pillar of the second pillar layer. a package substrate (110, 410), which comprises: a layer of first conductive elements, in the following called first conductive layer; a layer of first pillars formed on the first conductive layer, in the following called first pillar layer; a first package body encapsulating the first conductive layer and the first pillar layer; a layer of second conductive elements electrically connecting to the first pillar layer, in the following called second conductive layer; a layer of first conductive elements, in the following called first conductive layer; a layer of first pillars formed on the first conductive layer, in the following called first pillar layer; a first package body encapsulating the first conductive layer and the first pillar layer; a layer of second conductive elements electrically connecting to the first pillar layer, in the following called second conductive layer; a first electronic component disposed above the second conductive layer of the package substrate (110, 410); a second package body encapsulating the first electronic component and the second conductive layer; a layer of second pillars formed on the second conductive layer, in the following called second pillar layer, and an interposer disposed on the second package body, electrically connected to the second pillars and covering a top surface of the second package body and a top surface of each second pillar of the second pillar layer; wherein the second package body further completely encapsulates a lateral surface of each second pillar of the second pillar layer.
A clutch assembly for a power tool having a housing, a transmission and an output spindle, the clutch assembly comprising: a clutch adjustment ring configured to move axially relative to the housing while being rotated relative to the housing; a spring retainer disposed axially rearward of the clutch adjustment ring, a spring disposed between the clutch adjustment ring and the spring retainer; a clutch face coupled to a portion of the transmission; a locking member disposed between the spring retainer and the clutch face, the locking member (304, 370) configured to transfer a holding force exerted by the spring to the clutch face, wherein rotation and axial movement of the clutch adjustment ring alters the holding force exerted by the spring, and when an amount of output torque exceeds the holding force, torque transmission from the transmission to the output spindle is effectively interrupted; characterised in that the spring retainer coupled for rotation together with the clutch adjustment ring and configured to remain substantially axially stationary relative to the housing when rotated; a clutch adjustment ring configured to move axially relative to the housing while being rotated relative to the housing; a spring retainer disposed axially rearward of the clutch adjustment ring, a spring disposed between the clutch adjustment ring and the spring retainer; a clutch face coupled to a portion of the transmission; a locking member disposed between the spring retainer and the clutch face, the locking member (304, 370) configured to transfer a holding force exerted by the spring to the clutch face, wherein rotation and axial movement of the clutch adjustment ring alters the holding force exerted by the spring, and when an amount of output torque exceeds the holding force, torque transmission from the transmission to the output spindle is effectively interrupted; characterised in that the spring retainer coupled for rotation together with the clutch adjustment ring and configured to remain substantially axially stationary relative to the housing when rotated;
A high-purity copper or high-purity copper alloy sputtering target of which the purity is 6N or higher and in which the content of the respective components of P, S, O and C is 1ppm or less, wherein the number of nonmetal inclusions having a particle size of 0.5μm or more and 20μm or less is 30,000 inclusions/g or less.
Connector (10; 10') which can be releasably fitted in an opening of a housing of a medical device and which has a connection element, in particular in the form of a male Luer cone, to which a disposable article can be connected outside the housing, wherein the connection element is connected by means of a hollow web to a connection which can be introduced through the opening of the housing into the inside of the housing, and the connector (10; 10') further comprises a disc-spring-like or leaf-spring-like resilient element which has a central opening and which can be expanded for insertion into a groove which is provided on the web, wherein the resilient element has a segment-like recess or a slot which extends as far as the central opening, and which can be releasably fitted to the web, characterised in that the connector (10; 10') is supported in an axially resilient manner on the housing by means of the resilient element and in that, in the state of the connector (10; 10') mounted on the housing, the connection element is in abutment with the housing from outside and is pretensioned by means of the resilient element against the outer wall of the housing.
A vehicle control device mounted on a vehicle including a rotating electric machine serving as a drive source, a power storage device for supplying electric power to said rotating electric machine, and a charging device for charging said power storage device through use of an external power supply, comprising: a detection unit for detecting a real voltage of said power storage device; and a control unit for executing first charging control for charging said power storage device at an upper limit value of charging electric power through use of said external power supply when said external power supply and said charging device are connected, characterized by: said control unit comparing said real voltage detected by said detection unit during execution of said first charging control and a first threshold value which is an open circuit voltage of said power storage device when a charged state of said power storage device is a target charged state, and terminating said first charging control when said real voltage is more than or equal to said first threshold value, said control unit executing second charging control for charging said power storage device setting charging electric power to be constant after said first charging control is terminated, and terminating said second charging control when said real voltage detected by said detection unit during execution of said second charging control is more than or equal to a second threshold value, said second threshold value being a real voltage during execution of said second charging control corresponding to a case where the charged state of said power sotorage device is a fully charged state, and being a value larger than said first threshold value. a detection unit for detecting a real voltage of said power storage device; and a control unit for executing first charging control for charging said power storage device at an upper limit value of charging electric power through use of said external power supply when said external power supply and said charging device are connected, characterized by: said control unit comparing said real voltage detected by said detection unit during execution of said first charging control and a first threshold value which is an open circuit voltage of said power storage device when a charged state of said power storage device is a target charged state, and terminating said first charging control when said real voltage is more than or equal to said first threshold value, said control unit executing second charging control for charging said power storage device setting charging electric power to be constant after said first charging control is terminated, and terminating said second charging control when said real voltage detected by said detection unit during execution of said second charging control is more than or equal to a second threshold value, said second threshold value being a real voltage during execution of said second charging control corresponding to a case where the charged state of said power sotorage device is a fully charged state, and being a value larger than said first threshold value.
A water wringing mop, comprising a wiping object and a rod body, wherein the rod body is externally sleeved with a sleeve capable of ascending and descending along the rod body, the upper end of the wiping object is connected to the sleeve, and the lower end of the wiping object is connected to the lower end of the rod body, wherein the lower end of the rod body is provided with a detachably connected compressing piece, the compressing piece fixedly connects the lower end of the wiping object to the lower end of the rod body, and the upper end of the wiping object is detachably connected with the sleeve; characterized in that the lower end of the rod body is provided with a distribution plate above the compressing piece.