mhurhangee/ep-ind-claims huggingface dataset:
A coupling comprising: a body with a first end, a second end, and a bore extending through the body from the first end to the second end; a first end section of the body beginning at the first end of the body, the first end section comprising: a first rotatable connection; and a first convolution; a second end section of the body beginning at the second end of the body, the second end comprising: a second convolution; and an elbow section of the body positioned between the first end section and the second end section wherein the elbow section includes a bend; wherein the first convolution is positioned between the first rotatable connection and the elbow section, and characterized by the second end further comprising a second rotatable connection and the second convolution being positioned between the second rotatable connection and the elbow section. a body with a first end, a second end, and a bore extending through the body from the first end to the second end; a first end section of the body beginning at the first end of the body, the first end section comprising: a first rotatable connection; and a first convolution; a first rotatable connection; and a first convolution; a second end section of the body beginning at the second end of the body, the second end comprising: a second convolution; and an elbow section of the body positioned between the first end section and the second end section wherein the elbow section includes a bend; wherein the first convolution is positioned between the first rotatable connection and the elbow section, and characterized by the second end further comprising a second rotatable connection and the second convolution being positioned between the second rotatable connection and the elbow section. wherein the first convolution is positioned between the first rotatable connection and the elbow section, and characterized by the second end further comprising a second rotatable connection and the second convolution being positioned between the second rotatable connection and the elbow section.
A supply device for the electrical supply of at least one load (2, 3), having a primary power grid, in which a first fuel cell device having a first performance capability is present, having a voltage converter, which connects the primary power grid to a secondary power grid comprising a battery, and having a measuring device for detecting an insulation resistance of the primary power grid and/or of the secondary power grid, characterized in that a second fuel cell device having a second performance capability different than the first performance capability is connected in series to the first fuel cell device in the primary power grid, in that a bypass circuit comprising a switch is connected in each case in parallel to each of the fuel cell devices (7, 8), and in that the switches of the bypass circuits can be switched depending on the insulation resistance detected. having a primary power grid, in which a first fuel cell device having a first performance capability is present, having a voltage converter, which connects the primary power grid to a secondary power grid comprising a battery, and having a measuring device for detecting an insulation resistance of the primary power grid and/or of the secondary power grid, characterized in that a second fuel cell device having a second performance capability different than the first performance capability is connected in series to the first fuel cell device in the primary power grid, in that a bypass circuit comprising a switch is connected in each case in parallel to each of the fuel cell devices (7, 8), and in that the switches of the bypass circuits can be switched depending on the insulation resistance detected.
An exhaust postprocessing component, comprising an exhaust pipe, a first support mounted on said exhaust pipe, a common rail mounted on said first support, an inlet pipeline and an outlet pipeline connected to said common rail, a sensor, and a wiring harness connected to said sensor; characterized in that said common rail comprises a housing, and a pressure detecting device and a pressure adjusting device installed on said housing, said housing comprising an inlet passage and an outlet passage, said pressure detecting device being connected to said inlet passage; said pressure adjusting device being connected between said inlet passage and said outlet passage, to be capable of connecting or disconnecting said inlet passage and said outlet passage; said engine exhaust postprocesing component further comprises a second support, and said wiring harness, said inlet pipeline and said outlet pipeline being gathered at said second support.
A method of supporting wireless communication, comprising: receiving, by a base station, an access request from a user equipment UE to access the base station; identifying, by the base station and in response to said request, a femto cell capable of serving the UE based on information received from the UE; and activating the femto cell by the base station to serve the UE. receiving, by a base station, an access request from a user equipment UE to access the base station; identifying, by the base station and in response to said request, a femto cell capable of serving the UE based on information received from the UE; and activating the femto cell by the base station to serve the UE.
Boat drive, having an electric motor that drives a propeller, and having a control device for controlling the electric motor, wherein the control device can be brought into a neutral position in which the propeller is not driven, and wherein the control device can be brought into at least one operating position in which the propeller is rotated, wherein an unlocking device is provided, and wherein the propeller starts to rotate only when the unlocking device is actuated and at the same time the control device is in the operating position, characterised by a timing element which requires the control device and the unlocking device to be simultaneously actuated for a certain time period in order to cause the propeller to rotate and maintain the rotary movement.
A vehicle radar system arranged to detect objects outside a vehicle that is moving with a speed (v h) greater than zero, the radar system comprising a radar detector and a processing unit, the processing unit being arranged to obtain values for detected target angle (Θ err) and detected target Doppler velocity (v d) relative the radar detector for each detected object (10a', 10b', 10c', 10d', 10e'), having an absolute velocity of zero, during a certain time interval, the vehicle radar system is arranged to calculate a function describing the progression of detected target Doppler velocity (v d) as a function of detected target angle (Θ err), characterized in that the vehicle radar system is further arranged to derive a derivative of said function, where, if there is a zero crossing for said derivative, the processing unit is arranged to detect said zero crossing, said zero crossing being indicative of a radar system misalignment (Θ m).
A hinge-lid pack comprising: a body, having a plurality of side walls (110, 111, 114), a bottom end and a top end; a lid for closing an opening of the body, comprising a lid front wall on a side of the lid substantially opposite a lid hinge connecting the lid to a rear side wall of the body; a locking tab connected by a tab hinge to a front side wall of the pack, opposite the rear side wall of the pack; and an engagement portion, located on an inner side of the lid front wall, for engaging with the locking tab such that the locking tab can be rotated about the tab hinge when the lid is rocked over the body; the locking tab having a base adjacent the tab hinge, a tip distal to the tab hinge, and sides (117, 118) extending between the base and the tip, and characterised in that: the locking tab and the engagement portion are configured such that the sides of the locking tab are engageable with the engagement portion so as to prevent a section of the locking tab from being received in the engagement portion. a body, having a plurality of side walls (110, 111, 114), a bottom end and a top end; a lid for closing an opening of the body, comprising a lid front wall on a side of the lid substantially opposite a lid hinge connecting the lid to a rear side wall of the body; a locking tab connected by a tab hinge to a front side wall of the pack, opposite the rear side wall of the pack; and an engagement portion, located on an inner side of the lid front wall, for engaging with the locking tab such that the locking tab can be rotated about the tab hinge when the lid is rocked over the body; the locking tab having a base adjacent the tab hinge, a tip distal to the tab hinge, and sides (117, 118) extending between the base and the tip, and characterised in that: the locking tab and the engagement portion are configured such that the sides of the locking tab are engageable with the engagement portion so as to prevent a section of the locking tab from being received in the engagement portion. the locking tab and the engagement portion are configured such that the sides of the locking tab are engageable with the engagement portion so as to prevent a section of the locking tab from being received in the engagement portion.
A vacuum condition processing apparatus, wherein a top of the apparatus is suitable for being connected to an external particle beam generating device, wherein the apparatus comprises: a suction cup structure having a bottom in contact with a specimen or a platform holding the specimen, a first gas controlling device connected to an external gas supplying system, a second gas controlling device connected to an external pumping system; wherein a window is deployed at the top of the apparatus, and a particle beam goes into the apparatus through the window; the first gas controlling device is arranged to connect the external gas supplying system and the suction cup structure; and the second gas controlling device is arranged to connect the external pumping system and the suction cup structure, wherein the suction cup structure comprises: a metal bellow, a spring structure including at least one circle of spring, and a sealing structure; wherein the spring structure is located within the metal bellow, and is arranged to support the metal bellow; a bottom of the metal bellow is connected to the sealing structure; and the sealing structure is suitable for being in contact with the specimen or the platform holding the specimen. a suction cup structure having a bottom in contact with a specimen or a platform holding the specimen, a first gas controlling device connected to an external gas supplying system, a second gas controlling device connected to an external pumping system; wherein a window is deployed at the top of the apparatus, and a particle beam goes into the apparatus through the window; the first gas controlling device is arranged to connect the external gas supplying system and the suction cup structure; and the second gas controlling device is arranged to connect the external pumping system and the suction cup structure, wherein the suction cup structure comprises: a metal bellow, a spring structure including at least one circle of spring, and a sealing structure; wherein the spring structure is located within the metal bellow, and is arranged to support the metal bellow; a bottom of the metal bellow is connected to the sealing structure; and the sealing structure is suitable for being in contact with the specimen or the platform holding the specimen.
A computer implemented method, comprising: outputting, for display in a first region of a user interface, an overhead representation of an area; outputting an interactive control for display on the overhead representation, the interactive control having a position and a directional orientation; outputting, for display in a second region of the user interface, a first-person perspective of the area, the first person perspective having a point of view that corresponds to the position and directional orientation of the interactive control, wherein one or more features that are visible in the first-person perspective are marked in the overhead representation, and wherein marking the one or more features that are visible in the first-person perspective comprises highlighting the one or more features in a distinctive colour in the overhead representation; receiving information about a first user input that adjusts the directional orientation of the interactive control by rotating the interactive control; and updating the first-person perspective to track the directional orientation of the interactive control as the interactive control is rotated. outputting, for display in a first region of a user interface, an overhead representation of an area; outputting an interactive control for display on the overhead representation, the interactive control having a position and a directional orientation; outputting, for display in a second region of the user interface, a first-person perspective of the area, the first person perspective having a point of view that corresponds to the position and directional orientation of the interactive control, wherein one or more features that are visible in the first-person perspective are marked in the overhead representation, and wherein marking the one or more features that are visible in the first-person perspective comprises highlighting the one or more features in a distinctive colour in the overhead representation; receiving information about a first user input that adjusts the directional orientation of the interactive control by rotating the interactive control; and updating the first-person perspective to track the directional orientation of the interactive control as the interactive control is rotated.
The compound 4-((3 S,4 S)-3-fluoro-1-( -1-(4-methylbenzyl)-2-oxopyrrolidin-3-yl)piperidin-4-yl)phenyl dihydrogen phosphate, having the formula or a pharmaceutically acceptable salt thereof.
An injection device, comprising - a housing containing a dose setting mechanism, - a cartridge holder containing a cartridge with a medicament, and - a heat shrinkable label which comprises information and/or symbols about the medicament, characterized in that the cartridge holder is inseparably locked to the housing, and in that the heat shrinkable label is heat shrunk on the housing and the cartridge holder such that it at least partially covers the housing and the cartridge holder. - a housing containing a dose setting mechanism, - a cartridge holder containing a cartridge with a medicament, and - a heat shrinkable label which comprises information and/or symbols about the medicament, characterized in that the cartridge holder is inseparably locked to the housing, and in that the heat shrinkable label is heat shrunk on the housing and the cartridge holder such that it at least partially covers the housing and the cartridge holder.
An electrical switch having a contact system and having a movable actuating member for switching the contact system between two switching positions and having a controllable actuator, which is in operative connection with the actuating member such that the actuating member in at least one of the two switching positions is moved into the other switching position when the actuator is actuated for switching the contact system, wherein the actuator is an electromagnet having a coil and an armature, and wherein the operative connection between the actuator and the actuating member is effected by means of the armature, wherein the actuating member is moved by the actuator into the other switching position in that the armature acts on a projection on the actuating member by means of a tappet, wherein the switch has a housing, characterised in that the switch has a printed circuit board located in the housing, on which a programmable electronic unit is located for the controlled movement of the actuating member into the other switching position of the contact system, and that the circuit board has a tab through which the electronic unit is operated in an operating mode, wherein by at least partially removing the tab the electronic unit is operated in a different operating mode, wherein the one operating mode is a test mode for checking the actuation of the actuator and the test mode is terminated in the other operating mode, and/or the printed circuit board has a programming tab such that the programming and/or the final control of the switch is made possible by contacting points on the programming tab.
Hydraulic assembly having a hydraulic pump and at least a first, second and third consumer (30, 32, 34), supplied on demand by the hydraulic pump via respective load pressure lines (43, 46, 48, 52, 54), each consumer (30, 32, 34) being connected hydraulically in parallel to the hydraulic pump by at least one control valve (36, 38, 40) via its own supply line (24, 26, 28), and a first-level supply priority being assigned to the first consumer, a second-level supply priority subordinate to the first level being assigned to the second consumer and a third-level supply priority subordinate to the second level being assigned to the third consumer, characterized in that for controlling the supply priority levels the supply lines (26, 28) of the second and third consumers (32,34) are connected via a connecting line and a load pressure-controlled priority valve is arranged between the hydraulic pump and the connecting line in the supply line to the third consumer and volumetric flow-reducing means are arranged in the supply line to the second consumer, characterized in that the connecting line furthermore comprises means, which prohibit a volumetric flow from the second supply line in the direction of the third supply line.
Bone anchor, comprising a shaft having a first end and a second end, formed by a main part and a portion adjacent to the second end a channel (11, 12) extending from the first end to the second end formed by a coaxial bore, a diameter of which is smaller in the portion than in the main part, and a plug member (30, 40, 41) which is insertable into the channel from the first end and guidable through the channel for closing the channel at the second end, wherein the plug member is ball-shaped, characterized in that the shaft comprises a plurality of openings in its wall, and in that, when the second end is closed by the plug member, bone cement or a pharmaceutical substance which is introduced into the bore can exit through the openings but cannot exit through the second end.
Welding device for the friction stir welding, FSW, of workpieces (2, 3) with different friction melting temperatures, the FSW device comprising an FSW tool, which has a driven rotary FSW element, and a detection device which is designed to detect a frictional contact between the FSW element and the higher-melting workpiece at the friction weld point during the FSW process, - wherein the detection device comprises a thermoelectric measuring device that detects a frictional contact between the FSW element and the higher-melting workpiece by recording a change in the frictional temperature on the workpieces (2, 3), - wherein the welding device is designed to plasticize the two workpieces (2, 3) at the FSW friction point and also, by way of the FSW element, come into sufficient frictional contact with the higher-melting workpiece and plasticize the higher-melting workpiece at the FSW friction point, characterized in that the FSW tool comprises the rotationally driven, pin-like FSW element, a tool shoulder which surrounds the protruding FSW element and is non-rotatably arranged on the FSW tool, and an adjustment device for the axially protruding length of the FSW element. - wherein the detection device comprises a thermoelectric measuring device that detects a frictional contact between the FSW element and the higher-melting workpiece by recording a change in the frictional temperature on the workpieces (2, 3), - wherein the welding device is designed to plasticize the two workpieces (2, 3) at the FSW friction point and also, by way of the FSW element, come into sufficient frictional contact with the higher-melting workpiece and plasticize the higher-melting workpiece at the FSW friction point, characterized in that the FSW tool comprises the rotationally driven, pin-like FSW element, a tool shoulder which surrounds the protruding FSW element and is non-rotatably arranged on the FSW tool, and an adjustment device for the axially protruding length of the FSW element.
An object detecting apparatus comprising: first detecting means for receiving a reflected wave from an object as reflection of a transmitted wave sent out, to detect a position of the object and a relative velocity between the apparatus and the object; second detecting means arranged so that a detection region (a B) thereof overlaps in part with a detection region (a A) of the first detecting means, and adapted for receiving a reflected wave from an object as reflection of a transmitted wave sent out, to detect a position of the object and a relative velocity between the apparatus and the object; pairing means configured to performing pairing of detection results of the first detecting means and the second detecting means based on the detected relative velocity; and selecting means configured to selecting as object position that position of the object detected by one of the detecting means having a distance to a border of the detection region of this one detecting means which distance is larger than the distance of another position, detected by the other of the first and second detecting means, to a border of the detection region of this other detecting means, among positions of the object paired by the pairing means. first detecting means for receiving a reflected wave from an object as reflection of a transmitted wave sent out, to detect a position of the object and a relative velocity between the apparatus and the object; second detecting means arranged so that a detection region (a B) thereof overlaps in part with a detection region (a A) of the first detecting means, and adapted for receiving a reflected wave from an object as reflection of a transmitted wave sent out, to detect a position of the object and a relative velocity between the apparatus and the object; pairing means configured to performing pairing of detection results of the first detecting means and the second detecting means based on the detected relative velocity; and selecting means configured to selecting as object position that position of the object detected by one of the detecting means having a distance to a border of the detection region of this one detecting means which distance is larger than the distance of another position, detected by the other of the first and second detecting means, to a border of the detection region of this other detecting means, among positions of the object paired by the pairing means.
A method of molding a cup-type polypropylene container by at least introducing a molten resin mass of a polypropylene into a lower metal mold and compressing the molten resin mass by an upper metal mold and the lower metal mold, wherein a portion that becomes an open end or a part thereof is defined by a further metal mold after the molten resin mass is introduced into the lower metal mold but before the upper metal mold or the lower metal mold is moved, and the compression molding is effected at the time of moving the upper metal mold or the lower metal mold while varying the thickness of the portions that form the bottom portion and the body portion of the container.