mhurhangee/ep-ind-claims huggingface dataset:
Holding device for a syringe pump, the holding device being configured for holding the barrel of a syringe and comprising: - at least one holding member which is rotatable from an open into a closed position; and - a blocking mechanism interacting with the holding member in such a way that it permits a rotation of the holding member from the open into the closed position and blocks a rotation from the closed into the open position, characterized by a clutching mechanism allowing the holding member to be disengaged from the blocking mechanism such that the holding member can be rotated from the closed into the open position, and that the blocking mechanism comprises a one-way bearing via which the holding member is rotatably mounted to a receiving portion of the syringe pump for receiving the syringe barrel, wherein the holding member is connected to a shaft that is rotatably mounted to a receiving portion of the syringe pump for receiving the syringe barrel, wherein an axis of the shaft and an axis of the receiving portion are parallel to each other. - at least one holding member which is rotatable from an open into a closed position; and - a blocking mechanism interacting with the holding member in such a way that it permits a rotation of the holding member from the open into the closed position and blocks a rotation from the closed into the open position,
An air conditioner comprising: a body having an air inlet formed in a front side thereof, and a side air outlet (6, 6A, 6B) formed in at least one of a left side and a right side thereof; a side discharge vane (20, 20A, 20B) for controlling a wind direction of air from the side air outlet (6, 6A, 6B); a front panel for covering the air inlet; and a front panel drive mechanism for moving the front panel back and forth with respect to the body, characterized in that the front panel includes; a front body positioned in front of the body, and a side body for being spaced from the side discharge vane (20, 20A, 20B) when the front body is moved forward, and covering at least a portion of the side discharge vane (20, 20A, 20b) when the front body is moved backward. a body having an air inlet formed in a front side thereof, and a side air outlet (6, 6A, 6B) formed in at least one of a left side and a right side thereof; a side discharge vane (20, 20A, 20B) for controlling a wind direction of air from the side air outlet (6, 6A, 6B); a front panel for covering the air inlet; and a front panel drive mechanism for moving the front panel back and forth with respect to the body, characterized in that the front panel includes; a front body positioned in front of the body, and a side body for being spaced from the side discharge vane (20, 20A, 20B) when the front body is moved forward, and covering at least a portion of the side discharge vane (20, 20A, 20b) when the front body is moved backward.
Arrangement for electrically conductively connecting of two electrical units by a bipolar high voltage direct current transmission, in which at least two electrical direct current cables are arranged between the units, characterized in - that the direct current cables are superconductive cables which are each arranged separately from each other in a cryostat (1,2) suitable for conducting a cooling medium, wherein each cryostat consists of at least one metal pipe provided with a thermal insulation, - that the two cryostats (1,2) are connected to a cooling aggregate which delivers the cooling medium at least with one of their ends, - that a pipeline is placed parallel to the two cryostats (1,2), - that the pipeline is connected at its both ends through valves to both cryostats (1,2), which are closed during undisturbed operation, and - that in the case of a disturbance of one of the superconductive cables, the pipeline serves for conducting the cooling medium determined for the cryostat of the disturbed cable with the valves then being open. - that the direct current cables are superconductive cables which are each arranged separately from each other in a cryostat (1,2) suitable for conducting a cooling medium, wherein each cryostat consists of at least one metal pipe provided with a thermal insulation, - that the two cryostats (1,2) are connected to a cooling aggregate which delivers the cooling medium at least with one of their ends, - that a pipeline is placed parallel to the two cryostats (1,2), - that the pipeline is connected at its both ends through valves to both cryostats (1,2), which are closed during undisturbed operation, and - that in the case of a disturbance of one of the superconductive cables, the pipeline serves for conducting the cooling medium determined for the cryostat of the disturbed cable with the valves then being open.
Thrust reinforcement device for slabs of a ferro-concrete or pre-stressed concrete construction, with at least one reinforcement bar (8, 9, 74) arranged in the concrete construction, wherein the thrust reinforcement device comprises oblong thrust reinforcement elements substantially having the shape of a bolt, wherein the thrust reinforcement device comprises fastening elements, wherein at least one of the fastening elements is fastened to at least one of the thrust reinforcement elements in a fastening position, and wherein the fastening element is provided to fix the thrust reinforcement element relative to the reinforcement bar (8, 9, 74) in the fastening position, wherein the thrust reinforcement element is fastened to an oblong holding element by the fastening elements in the fastening position, wherein the oblong holding element is provided to contact the reinforcement bar (8, 9, 74) in the fastening position, wherein the thrust reinforcement element is displaceable approximately in the direction of the longitudinal axis of the thrust reinforcement element in the fastening position, and wherein the holding element is a bar, characterised in that the bar comprises notches provided to accommodate thrust reinforcement elements (2 III) of different shank diameters (D 1, D 2, D 3), and in that one fastening element (7 III) is provided for each shank diameter (D 1, D 2, D 3), wherein each fastening element (7 III) is matched to the shank diameter (D 1, D 2, D 3) in terms of the inner diameter (D Ho) and the depth (T 1, T 2, T 3) as measured from the insertion edge of the fastening element (7 III) to the opening.
Layer system, at least comprising: a metallic substrate (4, 41) - a chromium intermediate layer directly on the substrate, in particular composed of Cr/CrN, - a lower or middle layer (7, 43) comprising AlCr, - an outer layer (3', 3", 40) comprising AlCrO, in particular consisting of AlCrO. a metallic substrate (4, 41) - a chromium intermediate layer directly on the substrate, - a chromium intermediate layer directly on the substrate, in particular composed of Cr/CrN, - a lower or middle layer (7, 43) comprising AlCr, - an outer layer (3', 3", 40) - a lower or middle layer (7, 43) comprising AlCr, - an outer layer (3', 3", 40) comprising AlCrO, in particular consisting of AlCrO.
A system comprising: a platform configured to execute a plurality of trusted execution environments, the plurality of trusted execution environments including at least a first trusted execution environment and a second trusted execution environment, wherein the platform is further configured to execute an operating system, the operating system is configured to launch the second trusted execution environment from a template, and wherein the first trusted execution environment is configured to perform operations comprising: establish a chain of trust from the second trusted execution environment to the platform based at least in part on receipt of measurements of the second trusted execution environment that are gathered by the platform and that are signed with a platform signing key of the platform, the measurements indicating attributes of the second trusted execution environment, wherein the first trusted execution environment is configured to establish the chain of trust from the second trusted execution environment to the platform by using a public key that corresponds to the platform signing key to verify that the measurements are signed with the platform signing key; provision the second trusted execution environment with information to customize the second trusted execution environment with the information once the chain of trust is established. establish a chain of trust from the second trusted execution environment to the platform based at least in part on receipt of measurements of the second trusted execution environment that are gathered by the platform and that are signed with a platform signing key of the platform, the measurements indicating attributes of the second trusted execution environment, wherein the first trusted execution environment is configured to establish the chain of trust from the second trusted execution environment to the platform by using a public key that corresponds to the platform signing key to verify that the measurements are signed with the platform signing key; provision the second trusted execution environment with information to customize the second trusted execution environment with the information once the chain of trust is established.
Method for learning parameters of a convolutional neural network, CNN, for classifying personal data, in order to recognize an individual by way of a personal datum of said individual, the method comprising implementing steps of: data processing means of a main server obtaining parameters of a set of at least one first CNN; for a first CNN of said set: - the data processing means of said main server or data processing means (11a, 11b) of a secondary server (1a, 1b) possessing a database of previously classified confidential learning data learning the parameters of a final representation block of a second CNN corresponding to the first CNN plus said representation block, based on a database of previously classified public learning data; - data processing means (11a, 11b) of said secondary server (1a, 1b) relearning the parameters of the second CNN, based on its database of previously classified confidential learning data; - transmitting the parameters of a third CNN corresponding to the second CNN without a final representation block to the main server; the data processing means of the main server replacing a first CNN of said set of first CNNs with the third CNN; aggregating said set of at least one first CNN into a fourth CNN. data processing means of a main server obtaining parameters of a set of at least one first CNN; for a first CNN of said set: - the data processing means of said main server or data processing means (11a, 11b) of a secondary server (1a, 1b) possessing a database of previously classified confidential learning data learning the parameters of a final representation block of a second CNN corresponding to the first CNN plus said representation block, based on a database of previously classified public learning data; - data processing means (11a, 11b) of said secondary server (1a, 1b) relearning the parameters of the second CNN, based on its database of previously classified confidential learning data; - transmitting the parameters of a third CNN corresponding to the second CNN without a final representation block to the main server; - the data processing means of said main server or data processing means (11a, 11b) of a secondary server (1a, 1b) possessing a database of previously classified confidential learning data learning the parameters of a final representation block of a second CNN corresponding to the first CNN plus said representation block, based on a database of previously classified public learning data; - data processing means (11a, 11b) of said secondary server (1a, 1b) relearning the parameters of the second CNN, based on its database of previously classified confidential learning data; - transmitting the parameters of a third CNN corresponding to the second CNN without a final representation block to the main server; the data processing means of the main server replacing a first CNN of said set of first CNNs with the third CNN; aggregating said set of at least one first CNN into a fourth CNN.
An abnormality prediction device configured to be used in a feeding device including a driving section, a gear connected to the driving section, and a detection section configured to detect a position of a medium fed in accordance with driving of the gear, and intermittently feeding the medium, the abnormality prediction device comprising: a control section configured to acquire detection information regarding a feed amount of the medium based on the position of the medium detected over time by the detection section, characterized in that the control section is configured to decompose the acquired detection information into a trend component regarding a moving average of the gear, a cycle component based on a cycle of the gear, and a random component obtained by excluding the trend component and the cycle component, obtain an abnormality level of the gear based on the cycle component obtained by the decomposition, and output the obtained abnormality level. a control section configured to acquire detection information regarding a feed amount of the medium based on the position of the medium detected over time by the detection section, characterized in that the control section is configured to decompose the acquired detection information into a trend component regarding a moving average of the gear, a cycle component based on a cycle of the gear, and a random component obtained by excluding the trend component and the cycle component, obtain an abnormality level of the gear based on the cycle component obtained by the decomposition, and output the obtained abnormality level.
An arrangement for firing a fire arm, said arrangement comprises: - determining means comprising a camera which captures consecutive images of said target and where said determining means are configured for determining a movement of an aim point for said firearm relative to a target by using image processing of said consecutive images; - processing means configured to determining a target point for said aim point based on said movement of said aim point; and to predict a future movement of said aim point based on said movement of said aim point; - firing means configured to fire said fire arm when said aim point is predicted to be within a tolerance of said target point; characterized in that if the aim point is moving back and forth relative to the target, the target point is determined to a middle point of the back and forth movement. - determining means comprising a camera which captures consecutive images of said target and where said determining means are configured for determining a movement of an aim point for said firearm relative to a target by using image processing of said consecutive images; - processing means configured to determining a target point for said aim point based on said movement of said aim point; and to predict a future movement of said aim point based on said movement of said aim point; - firing means configured to fire said fire arm when said aim point is predicted to be within a tolerance of said target point;
A recapture assembly for a catheter system comprising: - a cinch tube with a centering device provided at the distal end of the cinch tube; and - a tether located within the cinch tube and adapted to be telescoped relative to the cinch tube; characterized in that the centering device comprises a plurality of wires, each wire having a first end and a second end, wherein the first end of each wire is fixedly attached to the distal end of the cinch tube or a fixed ring accommodated at the outer surface of the cinch tube and the second end of each wire is slidably arranged on the outer surface of the cinch tube, wherein the second end is slidably arranged on the cinch tube between a first, most proximal position and a second, more distal position, and wherein in the first position each wire deflects at least partially against the outer surface of the cinch tube and in the second position each wire deflects radially outwards and thereby forming a knee, that protrudes radially outwards from the cinch tube. - a cinch tube with a centering device provided at the distal end of the cinch tube; and - a tether located within the cinch tube and adapted to be telescoped relative to the cinch tube;
A security print medium for forming security documents therefrom, comprising a transparent or translucent polymer substrate having first and second opposing surfaces (5a, 5b), and at least one opacifying layer (6a, 6b, 6c, 6d, 6e, 6f, 7) disposed on the first and/or second surfaces (5a, 5b) of the polymer substrate, the or each opacifying layer (6a, 6b, 6c, 6d, 6e, 6f, 7) being a layer of semi-opaque material, the security print medium further comprising a first print of a multi-tonal image disposed on the first and/or second surface (5a, 5b) of the polymer substrate, the print being covered from the point of view of an observer on a first side of the security print medium by at least one of the opacifying layers which is disposed across the substrate in accordance with a screened working of the multi-tonal image in alignment with the first print of the multi-tonal image, the screened working comprising an array of screen elements, whereby when the security print medium is viewed by the observer in reflected light, the screen elements dominate the appearance of the multi-tonal image and when the security print medium is viewed by the observer in transmitted light, the first print dominates the appearance of the multi-tonal image.
A rocker assembly, comprising: an outer structure having a first pivoting offset end and a second end opposite the first pivoting offset end; an inner structure fitting within the outer structure, the inner structure also having a first pivoting end and a second end opposite the first pivoting end; wherein the first pivoting end of the inner structure is pivotally connected to the first pivoting offset end of the outer structure such that the inner structure pivots within the outer structure; and wherein the outer structure is offset toward a first side of the outer structure adjacent the first pivoting offset end creating a first offset portion on the first side of the outer structure to provide additional clearance on a second, opposite side. an outer structure having a first pivoting offset end and a second end opposite the first pivoting offset end; an inner structure fitting within the outer structure, the inner structure also having a first pivoting end and a second end opposite the first pivoting end; wherein the first pivoting end of the inner structure is pivotally connected to the first pivoting offset end of the outer structure such that the inner structure pivots within the outer structure; and wherein the outer structure is offset toward a first side of the outer structure adjacent the first pivoting offset end creating a first offset portion on the first side of the outer structure to provide additional clearance on a second, opposite side.
Hydromount, in particular for mounting a motor vehicle engine on a vehicle body, with a suspension spring which supports a bearing core and encloses a working chamber, and with a compensation chamber which is separated from the working chamber by way of an intermediate plate and is delimited by a compensation diaphragm, the compensation chamber and the working chamber being filled with a liquid and being connected to one another via a damping channel which is arranged in the intermediate plate and via a bypass channel which is assigned a switchable valve, the valve being arranged on the side of the working chamber, being capable of being switched by an electromagnet, and having an actuator which can be adjusted in the axial direction, characterized in that the valve has a housing with a central guide and is configured to be flowed onto from a radial direction on the side of the working chamber.
An effervescent solid pharmaceutical composition comprising: a therapeutically effective amount of an active pharmaceutical ingredient, wherein said active pharmaceutical ingredient is lacosamide; one or more pharmaceutically acceptable alkaline earth metal carbonates or hydrogencarbonates in an amount from 1 to 31% by weight of the composition; and one or more pharmaceutically acceptable acids, pharmaceutically acceptable acid salts, or alternatively, a mixture thereof, in an amount from 2 to 62% by weight of the composition; together with one or more pharmaceutically acceptable excipients or carriers; wherein, the total content of the ion sodium in the effervescent solid pharmaceutical composition is equal to or lower than 1 mmol. a therapeutically effective amount of an active pharmaceutical ingredient, wherein said active pharmaceutical ingredient is lacosamide; one or more pharmaceutically acceptable alkaline earth metal carbonates or hydrogencarbonates in an amount from 1 to 31% by weight of the composition; and one or more pharmaceutically acceptable acids, pharmaceutically acceptable acid salts, or alternatively, a mixture thereof, in an amount from 2 to 62% by weight of the composition; together with one or more pharmaceutically acceptable excipients or carriers; wherein, the total content of the ion sodium in the effervescent solid pharmaceutical composition is equal to or lower than 1 mmol.
A method in a control apparatus of protecting a branch circuit in a Direct Current, DC, distribution system, said method comprising: determining (602, 604) that a fault condition exists in the DC distribution system; calculating, for each of a plurality of calculation intervals, a pseudo energy value, the pseudo energy value being based at least in part on a difference between branch current measurements and/or estimates of successive calculation intervals, the measurements and/or estimates being raised to an n -th exponential power n being equal to or greater than two, varying the exponential power as a function of time, based on using a higher exponential power during an initial time period following the determination that the fault condition exists, and using a lower exponential power during a subsequent time period; accumulating a running sum of the calculated pseudo energy values while the fault condition persists; said accumulation step including computing each pseudo energy value based on branch current measurements or estimates raised to said n-th exponential power and tripping a protection element for the branch circuit responsive to the accumulated running sum of the calculated pseudo energy values reaching (608, 610) a defined pseudo energy threshold. determining (602, 604) that a fault condition exists in the DC distribution system; calculating, for each of a plurality of calculation intervals, a pseudo energy value, the pseudo energy value being based at least in part on a difference between branch current measurements and/or estimates of successive calculation intervals, the measurements and/or estimates being raised to an n -th exponential power n being equal to or greater than two, varying the exponential power as a function of time, based on using a higher exponential power during an initial time period following the determination that the fault condition exists, and using a lower exponential power during a subsequent time period; accumulating a running sum of the calculated pseudo energy values while the fault condition persists; said accumulation step including computing each pseudo energy value based on branch current measurements or estimates raised to said n-th exponential power and tripping a protection element for the branch circuit responsive to the accumulated running sum of the calculated pseudo energy values reaching (608, 610) a defined pseudo energy threshold.