mhurhangee/ep-ind-claims huggingface dataset:
High-voltage plug assembly with a fixedly arranged first plug connector having a first plug connector housing, with a movably arranged second plug connector having a second plug connector housing, wherein the first and second plug connectors (10, 20) have plug contact elements that are complementary to one another and can be connected to one another and the second plug connector has connecting lines connected to its plug contact elements, the outgoing direction of which connecting lines extends perpendicularly to the connection direction of the two plug connectors (10, 20), and wherein the second plug connector has a position-securing element that can be displaced perpendicular to the connection direction and that, when the plug connectors (10, 20) are mated, mechanically locks the two plug connectors (10, 20) to one another in a sliding position, characterized in that the position-securing element has at least two pairs of pins (43, 44; 45, 46), the longitudinal axes of which are aligned in the direction of displacement of the position-securing element, and which, with respect to the direction of displacement of the positioning elements are arranged in pairs one behind the other, and that in the sliding position in which the plug connectors are locked, each of the pins (43, 44, 45, 46) of the position-securing element engages in each case in a recess (13, 14, 15, 16) on the first plug connector and in each case in a recess (23, 24, 25, 26) on the second plug connector. wherein the first and second plug connectors (10, 20) have plug contact elements that are complementary to one another and can be connected to one another and the second plug connector has connecting lines connected to its plug contact elements, the outgoing direction of which connecting lines extends perpendicularly to the connection direction of the two plug connectors (10, 20), and wherein the second plug connector has a position-securing element that can be displaced perpendicular to the connection direction and that, when the plug connectors (10, 20) are mated, mechanically locks the two plug connectors (10, 20) to one another in a sliding position, characterized in that the position-securing element has at least two pairs of pins (43, 44; 45, 46), the longitudinal axes of which are aligned in the direction of displacement of the position-securing element, and which, with respect to the direction of displacement of the positioning elements are arranged in pairs one behind the other, and that in the sliding position in which the plug connectors are locked, each of the pins (43, 44, 45, 46) of the position-securing element engages in each case in a recess (13, 14, 15, 16) on the first plug connector and in each case in a recess (23, 24, 25, 26) on the second plug connector.
A machining center for working elongated pieces (P1, P2), comprising: at least one operating head movable according to a plurality of numerically controlled axes (X, Z, A, C); at least one workpiece-holding slide movable between a working area and an area where the workpieces to be machined are loaded on the workpiece-holding slide and machined workpieces are unloaded from the workpiece-holding slide, and vice versa, the workpiece-holding slide comprising at least one blocking member to block the workpieces (PI; P2) with at least one lower clamping element and at least one upper clamping element, movable with respect to each other to block a workpiece (P1, P2) there between; an insertion system for inserting the workpieces to be machined on the workpiece-holding slide; a removal system for removing the machined workpieces from the workpiece-holding slide; wherein: the insertion system of the workpieces to be machined and the removal system of the machined workpieces are arranged at two different and distinct heights and wherein the lower clamping element is vertically movable and adapted to be placed alternatively at the height of the insertion system of the workpieces to be machined and at the height of the removal system of the machined workpieces, characterized in that: the insertion system is associated with a loading conveyor extending from a workpiece receiving area towards the area of loading the workpieces to be machined on the workpiece-holding slide and unloading the machined workpieces from the workpiece-holding slide, where the workpieces are transferred from the loading conveyor to the workpiece-holding slide; and in that: the removal system is associated with an unloading conveyor extending from the area where workpieces to be machined are loaded on the workpiece-holding slide and machined workpieces are unloaded from the workpiece-holding slide towards a gathering area of the machined workpieces, the removal system being configured such that the machined workpieces are transferred by the removal system from the workpiece-holding slide to the unloading conveyor in said area where workpieces to be machined are loaded on the workpiece-holding slide and machined workpieces are unloaded from the workpiece-holding slide. at least one operating head movable according to a plurality of numerically controlled axes (X, Z, A, C); at least one workpiece-holding slide movable between a working area and an area where the workpieces to be machined are loaded on the workpiece-holding slide and machined workpieces are unloaded from the workpiece-holding slide, and vice versa, the workpiece-holding slide comprising at least one blocking member to block the workpieces (PI; P2) with at least one lower clamping element and at least one upper clamping element, movable with respect to each other to block a workpiece (P1, P2) there between; an insertion system for inserting the workpieces to be machined on the workpiece-holding slide; a removal system for removing the machined workpieces from the workpiece-holding slide;
A method for tracking user data, the method comprises when a User Equipment, UE, is accessed to an eNodeB, eNB, of a serving cell, allocating, by the eNB of the serving cell, a UE Global Record Identifier, UERecordId, to the UE; when the UE is switched to an eNB of a target cell, transmitting, by the eNB of the serving cell, the UERecordId of the UE to the eNB of the target cell; characterized in that, transmitting, by the eNB of the serving cell, the UERecordId of the UE to the eNB of the target cell comprises: in an S1 handover scene or an X2 handover scene, carrying, by the eNB of the serving cell, the UERecordId of the UE through adding a Source To Target Transparent Container, STTTC, in a handover request message to transmit to the eNB of the target cell; wherein when each of the eNB of the serving cell and the eNB of the target cell reports data information of the UE to a back-end network manager or a third party application, the UERecordId of the UE is carried in the data information. when a User Equipment, UE, is accessed to an eNodeB, eNB, of a serving cell, allocating, by the eNB of the serving cell, a UE Global Record Identifier, UERecordId, to the UE; when the UE is switched to an eNB of a target cell, transmitting, by the eNB of the serving cell, the UERecordId of the UE to the eNB of the target cell; characterized in that, transmitting, by the eNB of the serving cell, the UERecordId of the UE to the eNB of the target cell comprises: in an S1 handover scene or an X2 handover scene, carrying, by the eNB of the serving cell, the UERecordId of the UE through adding a Source To Target Transparent Container, STTTC, in a handover request message to transmit to the eNB of the target cell; wherein when each of the eNB of the serving cell and the eNB of the target cell reports data information of the UE to a back-end network manager or a third party application, the UERecordId of the UE is carried in the data information.
A composition, comprising: a solvent base comprising at least one non-aqueous solvent; at least one sunscreen active ingredient that is a UV blocker and/or a UV absorber; and a polymer reaction product of a random polymerization of at least one organic diol, at least one polycarboxylic acid and at least one polyol having at least three functional groups, wherein a ratio of the at least one organic diol to the polycarboxylic acid to the polyol is 5:5:1 to 25:25:1. a solvent base comprising at least one non-aqueous solvent; at least one sunscreen active ingredient that is a UV blocker and/or a UV absorber; and a polymer reaction product of a random polymerization of at least one organic diol, at least one polycarboxylic acid and at least one polyol having at least three functional groups, wherein a ratio of the at least one organic diol to the polycarboxylic acid to the polyol is 5:5:1 to 25:25:1.
A steering column arrangement for a motor vehicle, which arrangement comprises a main bracket which is to be attached to the motor vehicle, a steering column with a steering shaft which in one end is to be connected to a steering wheel and which in the other end is to be connected to a steering system of the motor vehicle, which steering column is rotatable in relation to the main bracket between a driving position and a parking position, a driving adjustment bracket which is rotatable in relation to the main bracket and in relation to the steering column, characterised in that the driving adjustment bracket and the steering column are rotatable around a common first rotational axis, that the steering column arrangement comprises a driving adjustment locking system by means of which the steering column is lockable in different positions in relation to the driving adjustment bracket, and that the steering column arrangement comprises locking means with which the position of the steering column or the driving adjustment bracket may be locked in relation to the main bracket.
A magnetic element comprising a stack of layers with at least two interfaces that produce interfacial perpendicular anisotropy, comprising: (a) a tunnel barrier layer; (b) the composite free layer wherein a first ferromagnetic layer has a first interface with the tunnel barrier layer, a second ferromagnetic layer has a second interface with a perpendicular Hk enhancing layer, and a moment diluting layer that reduces a magnetization saturation in the magnetic element is formed between the first and second ferromagnetic layers, the first and second interfaces produce an interfacial perpendicular anisotropy in the adjoining first and second ferromagnetic layers, respectively; and (c) the perpendicular Hk enhancing layer that increases a perpendicular anisotropy field within the second ferromagnetic layer characterized in that both of the first and second ferromagnetic layers are an Fe rich alloy with a Fe content > 50 atomic% or a Co rich alloy with a Co content > 50 atomic%, and the Interfacial perpendicular anisotropy in the first and second ferromagnetic layers dominates a shape anisotropy field therein and thereby establishes a perpendicular magnetic anisotropy within the first ferromagnetic layer and enhances the perpendicular magnetic anisotropy field within the second ferromagnetic layer. (a) a tunnel barrier layer; (b) the composite free layer wherein a first ferromagnetic layer has a first interface with the tunnel barrier layer, a second ferromagnetic layer has a second interface with a perpendicular Hk enhancing layer, and a moment diluting layer that reduces a magnetization saturation in the magnetic element is formed between the first and second ferromagnetic layers, the first and second interfaces produce an interfacial perpendicular anisotropy in the adjoining first and second ferromagnetic layers, respectively; and (c) the perpendicular Hk enhancing layer that increases a perpendicular anisotropy field within the second ferromagnetic layer characterized in that both of the first and second ferromagnetic layers are an Fe rich alloy with a Fe content > 50 atomic% or a Co rich alloy with a Co content > 50 atomic%, and the Interfacial perpendicular anisotropy in the first and second ferromagnetic layers dominates a shape anisotropy field therein and thereby establishes a perpendicular magnetic anisotropy within the first ferromagnetic layer and enhances the perpendicular magnetic anisotropy field within the second ferromagnetic layer.
Injection-moulding tool, comprising a first tool component and a second tool component, wherein - a cavity is formed between the first tool component and the second tool component at least in a closed position, - the second tool component has, in the region of the cavity, a region for the insertion of a component, - the first tool component comprises a positioning apparatus which is configured to hold the component in the second tool component in a force-fittingly fixed manner at least in the closed position, and to release the fixing of the component during introduction of an injection moulding material into the cavity, such that the injection moulding material passes between component and positioning apparatus, - and wherein the first tool component and/or the second tool component contains a sensor means for ascertaining an internal pressure of the injection moulding material introduced into the cavity, and the sensor means is connected to a control unit which can control a supply of injection moulding material in accordance with the measured internal pressure. - a cavity is formed between the first tool component and the second tool component at least in a closed position, - the second tool component has, in the region of the cavity, a region for the insertion of a component, - the first tool component comprises a positioning apparatus which is configured to hold the component in the second tool component in a force-fittingly fixed manner at least in the closed position, and to release the fixing of the component during introduction of an injection moulding material into the cavity, such that the injection moulding material passes between component and positioning apparatus, - and wherein the first tool component and/or the second tool component contains a sensor means for ascertaining an internal pressure of the injection moulding material introduced into the cavity, and the sensor means is connected to a control unit which can control a supply of injection moulding material in accordance with the measured internal pressure.
A method for determining light irradiation conditions in photodynamic therapy in which a subject is light-irradiated to inactivate cells with protoporphyrin IX accumulation after administration of 5-aminolevulinic acids to the subject, the method being characterized by the steps of: Measuring an accumulation of protoporphyrin IX in cells removed from the subject; and Determining light irradiation energy density using a predetermined relational expression based on the accumulation of protoporphyrin IX measured in the above step. Measuring an accumulation of protoporphyrin IX in cells removed from the subject; and Determining light irradiation energy density using a predetermined relational expression based on the accumulation of protoporphyrin IX measured in the above step.
Mobile machine tool, namely a manually-operated machine tool or semi-stationary machine tool, for machining a workpiece, wherein the machine tool has an in particular plate-like guide element with a guide surface for guiding the machine tool on the workpiece or the workpiece on the machine tool, wherein the machine tool has a drive unit with a drive motor for driving a tool holder arranged on the drive unit, wherein the drive unit is, by means of a bearing arrangement, mounted adjustably on the guide element in order to adjust at least two adjustment positions (S0, S1, S2) of the tool holder relative to the guide surface, wherein at least one adjustment position (S0, S1, S2) corresponds to a workpiece machining position in which the work tool arranged on the tool holder, in particular a cutting tool, is, in a workpiece contact region, in contact with the workpiece, in particular cutting into the workpiece, wherein the machine tool has at least one tool sensor (61, 62) for detecting the workpiece contact region and at least one position sensor (63, 64), separate from the tool sensor (61, 62), for detecting a relative position of the drive unit relative to the guide element, and wherein the machine tool has an evaluation device for evaluating sensor signals of the position sensor (63, 64) and of the tool sensor (61, 62) characterised in that the machine tool is configured to provide at least one function depending on a detection of a workpiece marking arranged on the workpiece.
A scanner comprising: a radiation source configured for emitting radiation which traverses a scanning region; a detector array including a line of detectors, the detector array being configured for detecting radiation traversing the scanning region, with the radiation source and the line of detectors being located on opposing sides of the scanning region; and a mover configured to move an object through the scanning region when the object is being scanned by the detector array, the line of detectors being configured to move in coordination with the mover as it moves the object through the scanning region; characterized in that the line of detectors is configured to rotate about a rotation axis in a plane to create a plane of detection for the scanning region, the plane of detection being substantially perpendicular to the scanning region. a radiation source configured for emitting radiation which traverses a scanning region; a detector array including a line of detectors, the detector array being configured for detecting radiation traversing the scanning region, with the radiation source and the line of detectors being located on opposing sides of the scanning region; and a mover configured to move an object through the scanning region when the object is being scanned by the detector array, the line of detectors being configured to move in coordination with the mover as it moves the object through the scanning region; characterized in that the line of detectors is configured to rotate about a rotation axis in a plane to create a plane of detection for the scanning region, the plane of detection being substantially perpendicular to the scanning region.
A method of preparation of an aminooxy-functionalised biological targeting molecule lyophilised composition which comprises: (i) reverse phase chromatographic purification of a protected compound of Formula: -X 1 using a mobile phase, to give purified Compound IA in said mobile phase; (ii) deprotection of the purified Compound IA from step (i), to give a solution of aminooxy compound of Formula: -O-NH 2 (iii) lyophilisation of the solution from step (ii), to give a lyophilised composition of said aminooxy compound of Formula; wherein: is a biological targeting molecule; X 1 is a protected aminooxy group of formula: wherein R 1 and R 2 are independently chosen from C 1-3 alkyl, C 1-3 fluoroalkyl or C 4-6 aryl. (i) reverse phase chromatographic purification of a protected compound of Formula: -X 1 using a mobile phase, to give purified Compound IA in said mobile phase; (ii) deprotection of the purified Compound IA from step (i), to give a solution of aminooxy compound of Formula: -O-NH 2 (iii) lyophilisation of the solution from step (ii), to give a lyophilised composition of said aminooxy compound of Formula; wherein: is a biological targeting molecule; X 1 is a protected aminooxy group of formula: wherein R 1 and R 2 are independently chosen from C 1-3 alkyl, C 1-3 fluoroalkyl or C 4-6 aryl. is a biological targeting molecule; X 1 is a protected aminooxy group of formula: wherein R 1 and R 2 are independently chosen from C 1-3 alkyl, C 1-3 fluoroalkyl or C 4-6 aryl.
Actuator for a home automation screen comprising a processing unit allowing control of the displacement of a mobile end of the screen between two limit of travel positions, said processing unit being supported by a printed circuit and comprising at least one switching means which, once activated and when a signal has been transmitted to the processing unit via the printed circuit, makes it possible to switch the processing unit into a learning mode of at least one limit of travel position, characterised in that - this actuator comprises a housing which is intended to receive an activation means in a configuration where the activation means, positioned in the housing, acts directly on the switching means in order to activate it, being near the switching means and without being in direct contact with the latter, this activation means being part of a configuration tool which can be used for switching the processing units of a plurality of actuators in learning mode, being successively introduced into the housings of these actuators, - an insulating wall forming a base of the housing is disposed between the switching means and the activation means s received in the housing, - the switching means is an element which reacts to the presence of a magnet or to a luminous flux and - the activation means is a terminal active surface of a magnet, disposed at the end of the configuration tool, or a luminous flux, the switching means being activated by the activation means through the insulating wall. - this actuator comprises a housing which is intended to receive an activation means in a configuration where the activation means, positioned in the housing, acts directly on the switching means in order to activate it, being near the switching means and without being in direct contact with the latter, this activation means being part of a configuration tool which can be used for switching the processing units of a plurality of actuators in learning mode, being successively introduced into the housings of these actuators, - an insulating wall forming a base of the housing is disposed between the switching means and the activation means s received in the housing, - the switching means is an element which reacts to the presence of a magnet or to a luminous flux and - the activation means is a terminal active surface of a magnet, disposed at the end of the configuration tool, or a luminous flux, the switching means being activated by the activation means through the insulating wall.
A centrifugal separation device comprising: a bowl for separating solids from a liquid to be treated by applying a centrifugal force; a screw conveyor for conveying the solids inside the bowl toward a discharge port; a drive motor for rotating the bowl; and a differential speed generating device for rotating the screw conveyor at a differential speed relative to the bowl, the centrifugal separation device characterized by comprising a control device having information on a range of target torque setting values of conveyance torque corresponded to target water content ratios, and information on a range of operable differential speeds between the screw conveyor and the bowl that is necessary for causing the conveyance torque to fall within the range of target torque setting values, wherein, when the conveyance torque during execution of centrifugal separation is out of the range of target torque setting values and when the differential speed continues to be an operable upper differential speed limit or an operable lower differential speed limit, which are boundary values of the range of operable differential speeds, for a predetermined period of time, the control device changes a magnitude of centrifugal force of the bowl stepwise upward or downward so that the conveyance torque falls within the range of target torque setting values.