mhurhangee/ep-ind-claims huggingface dataset:
An insertion device for securing a body with a cannula or sensor at an insertion surface, the device comprising: - a penetrating member comprising an insertion needle, transformation means connected to the insertion needle, and the body with the cannula or sensor, wherein the body comprises retention means for securing the body at the insertion surface, - a moving part comprising guiding means which is adapted to restrict the movement of the transformation means and to guide the penetrating member from a first to a second position in a first direction, i.e. the direction of insertion, towards the injection site, and - a stationary housing comprising guiding means which restrict the movement of the moving part, characterized in that the guiding means guide the moving part in a second direction which is linear and different from the first direction, i.e. the direction of insertion. - a penetrating member comprising an insertion needle, transformation means connected to the insertion needle, and the body with the cannula or sensor, wherein the body comprises retention means for securing the body at the insertion surface, - a moving part comprising guiding means which is adapted to restrict the movement of the transformation means and to guide the penetrating member from a first to a second position in a first direction, i.e. the direction of insertion, towards the injection site, and - a stationary housing comprising guiding means which restrict the movement of the moving part,
An intraocular lens for insertion into a patient's eye, the intraocular lens comprising: an optic shaped for focusing light passing therethrough; and a flange formed around a circumference of the optic; wherein a groove is formed in the flange or between the flange and the optic, characterised in that the groove is rotationally asymmetric and configured to position and retain the lens within an incision in the lens capsule at a rotational orientation. an optic shaped for focusing light passing therethrough; and a flange formed around a circumference of the optic; wherein a groove is formed in the flange or between the flange and the optic, characterised in that the groove is rotationally asymmetric and configured to position and retain the lens within an incision in the lens capsule at a rotational orientation.
Fastening device for fastening a prosthesis socket to a prosthetic knee joint that has a proximal top part and a distal bottom part, which are mounted on each other pivotably about a prosthetic knee joint axis, wherein the fastening device has a distal holder for securing to the bottom part or to a lower-leg tube, characterized in that - at least one strut extends in a proximal direction from the holder beyond the prosthetic knee joint axis, - a receptacle is arranged on the strut, proximally with respect to the prosthetic knee joint axis, for the pivotable mounting of the prosthesis socket about a socket pivot axis, - at least one force transmission element, offset with respect to the socket pivot axis, is fastened at a proximal bearing point in order to transmit a pivoting movement of the prosthesis socket, - the force transmission element is coupled to the top part, at a distal bearing point, in such a way that a pivoting movement of the prosthesis socket about the socket pivot axis causes a pivoting movement of the top part about the prosthetic knee joint axis. - at least one strut extends in a proximal direction from the holder beyond the prosthetic knee joint axis, - a receptacle is arranged on the strut, proximally with respect to the prosthetic knee joint axis, for the pivotable mounting of the prosthesis socket about a socket pivot axis, - at least one force transmission element, offset with respect to the socket pivot axis, is fastened at a proximal bearing point in order to transmit a pivoting movement of the prosthesis socket, - the force transmission element is coupled to the top part, at a distal bearing point, in such a way that a pivoting movement of the prosthesis socket about the socket pivot axis causes a pivoting movement of the top part about the prosthetic knee joint axis.
A polynucleotide that encodes an aromatic L-amino acid decarboxylase (AADC) protein, the polynucleotide comprising a sequence that is at least 95% identical to SEQ ID NO: 17.
A light source device comprising: a light source unit configured to emit laser light; a condensing lens configured to condense the laser light emitted from the light source unit; and a transmissive fluorescent body inside of which a condensing point of the laser light condensed by the condensing lens is provided, the transmissive fluorescent body being configured to emit fluorescent light from a portion through which the laser light passes, wherein the condensing point is provided in a range less than or equal to 160 pm from a surface of the transmissive fluorescent body, wherein the transmissive fluorescent body has a spherical shape. a light source unit configured to emit laser light; a condensing lens configured to condense the laser light emitted from the light source unit; and a transmissive fluorescent body inside of which a condensing point of the laser light condensed by the condensing lens is provided, the transmissive fluorescent body being configured to emit fluorescent light from a portion through which the laser light passes, wherein the condensing point is provided in a range less than or equal to 160 pm from a surface of the transmissive fluorescent body, wherein the transmissive fluorescent body has a spherical shape.
Vehicle-sensitive sensor for a self-locking belt retractor, comprising a support part, one locking lever having an engagement tip, and a sensor mass coupled with the locking lever, arranged so that it stands on a contact surface of the support part and that can be tilted towards the support part, characterized in that the sensor mass overlaps an outer edge of the contact surface with a projecting portion, so that the contact surface is also covered radially by the sensor mass and is thus protected from dirt.
A method for controlling a non-contact electric power supply system in which an electric power receiving coil mounted on a host vehicle is opposed to an electric power transmitting coil set on a ground, the non-contact electric power supply system supplying electric power from the electric power transmitting coil to the electric power receiving coil in a non-contact manner and, when a moving object (P1, P2, P11, P12) is detected in a detection region (R1-R4, R11, R31-34) around the electric power receiving coil or the electric power transmitting coil during the electric power supply, stopping or reducing the electric power supply, characterized by: determining whether another vehicle is parked at a distance D(t) smaller than a preset threshold distance Dth from the host vehicle; and expanding, when determining that the other vehicle is parked, the detection region (R1-R4, R11, R31-R34) as compared to when not determining that the other vehicle is parked. determining whether another vehicle is parked at a distance D(t) smaller than a preset threshold distance Dth from the host vehicle; and expanding, when determining that the other vehicle is parked, the detection region (R1-R4, R11, R31-R34) as compared to when not determining that the other vehicle is parked.
A machine for dicing solid and semisolid materials, the machine comprising: a support structure; means interconnected with the support structure for producing slices by slicing a solid or semisolid material; a circular cutter and a cross-cutter that are each individually rotatably mounted to the support structure by cantilevered shafts, the shafts of the circular cutter and the cross-cutter each having an outboard end; circular knives on the circular cutter that are adapted and arranged to cut into strips the slices produced by the slice-producing means; cross-cut knives on the cross-cutter that are adapted and arranged to dice the strips produced by the circular knives; a stripper plate having a first edge between the circular cutter and the cross-cutter for removing the strips from the circular cutter, the stripper plate defining a second edge adapted to ensure complete dicing of the strips by the cross-cut knives of the cross-cutter; and outboard support means for supporting and radially centering the outboard ends of the shafts of at least the circular cutter and the cross-cutter and for supporting and securing the stripper plate relative thereto, characterised by means (78, 80) for adjusting the placement and proximity of the second edge of the stripper plate relative to the cross-cut knives. a support structure; means interconnected with the support structure for producing slices by slicing a solid or semisolid material; a circular cutter and a cross-cutter that are each individually rotatably mounted to the support structure by cantilevered shafts, the shafts of the circular cutter and the cross-cutter each having an outboard end; circular knives on the circular cutter that are adapted and arranged to cut into strips the slices produced by the slice-producing means; cross-cut knives on the cross-cutter that are adapted and arranged to dice the strips produced by the circular knives; a stripper plate having a first edge between the circular cutter and the cross-cutter for removing the strips from the circular cutter, the stripper plate defining a second edge adapted to ensure complete dicing of the strips by the cross-cut knives of the cross-cutter; and outboard support means for supporting and radially centering the outboard ends of the shafts of at least the circular cutter and the cross-cutter and for supporting and securing the stripper plate relative thereto, characterised by means (78, 80) for adjusting the placement and proximity of the second edge of the stripper plate relative to the cross-cut knives.
Decoder device for decoding a bitstream so as to produce therefrom an audio output signal, the bitstream comprising audio data and optionally loudness metadata containing a reference loudness value, the decoder device comprising: an audio decoder device configured to reconstruct an audio signal from the audio data; and a signal processor configured to produce the audio output signal based on the audio signal; wherein the signal processor comprises a gain control device (10, 15, 28) configured to adjust a loudness level of the audio output signal; wherein the gain control device (10, 15, 28) comprises a reference loudness decoder configured to create a loudness value, wherein the loudness value is the reference loudness value in case that the reference loudness value is present in the bitstream; wherein the gain control device (10, 15, 28) comprises a gain calculator configured to calculate a gain value based on the loudness value and based on a volume control value, which is provided by a user interface allowing a user to control the volume control value; wherein the gain control device (10, 15, 28) comprises a loudness processor configured to control the loudness level of the audio output signal based on the gain value. an audio decoder device configured to reconstruct an audio signal from the audio data; and a signal processor configured to produce the audio output signal based on the audio signal; wherein the signal processor comprises a gain control device (10, 15, 28) configured to adjust a loudness level of the audio output signal; wherein the gain control device (10, 15, 28) comprises a reference loudness decoder configured to create a loudness value, wherein the loudness value is the reference loudness value in case that the reference loudness value is present in the bitstream; wherein the gain control device (10, 15, 28) comprises a gain calculator configured to calculate a gain value based on the loudness value and based on a volume control value, which is provided by a user interface allowing a user to control the volume control value; wherein the gain control device (10, 15, 28) comprises a loudness processor configured to control the loudness level of the audio output signal based on the gain value.
Ball valve, with a tubular body and a spherical valve inside diametrically open to enable the passage of fluid when the valve is positioned in a certain manner from the outside by acting on a rotating shaft that projects from the radial neck of the aforementioned body and that is attached to said valve, wherein it comprises a cap covering the part of the shaft projecting from the tubular body and which has inside means to engage to the shaft and turn it, comprise a tubular non-rotating bush which is attached radially on the inside of the cap and retained inside the same, it is attached, also in a non-rotating fashion, onto the shaft, and also means to secure it on the shaft that can be manipulated from outside using a key that accesses it through an opening at the top of the cap, said means to secure comprising a screw with a discoidal head that freely rotates around the contour of the head in an intermediate ring-shaped recess inside the cap, threading into an axial threaded hole in the shaft, wherein the cap has three interior areas (6, 7, 8) of different diameter, from larger to smaller, from the mouth up to the top, with the tubular bush axially attached to the intermediate area, which at one end is at a certain distance from the ring-shaped step that this area forms with the next area determining a ring-shaped recess and, on the other side it is retained by a circlip fitting into the ring-shaped groove of the cap, and the neck of the tubular body having a stop that limits or stops the cap turning, and with it the valve shaft.
A bending angle measuring method on a bending machine, in particular a bending press or a swivel bending machine, wherein the bending machine comprises a bending tool arrangement, said bending tool arrangement comprising at least one upper tool and one lower tool, wherein • a sheet metal to be formed is inserted into the bending tool arrangement; • a light pattern is emitted onto a section by means of a lighting device of a bending angle measuring device, wherein the section is formed as a single part and covers a sub-region on a lateral surface of the lower tool and the inserted sheet metal; • the light pattern on the lower tool and on the sheet metal is detected by an image detecting device of the bending angle measuring device; • a bending angle is determined from the detected light pattern by an analysis module; • in the detected image, a transition between the lower tool and the sheet metal is determined by the analysis module; characterized in that • based on the transition portion, a sub-detection region in the detection range of the image detecting device is determined; • the sub-detection region is detected by the image detecting device designed as a high-resolution camera with a resolution of at least 500ppi in the sub-detection region; • and in that during the bend-forming, the currently adjusting bending angle is determined; • wherein the bending angle is determined from the amount of data to be processed by the analysis module reduced to the sub-detection region by reduction of the detected image. • a sheet metal to be formed is inserted into the bending tool arrangement; • a light pattern is emitted onto a section by means of a lighting device of a bending angle measuring device, wherein the section is formed as a single part and covers a sub-region on a lateral surface of the lower tool and the inserted sheet metal; • the light pattern on the lower tool and on the sheet metal is detected by an image detecting device of the bending angle measuring device; • a bending angle is determined from the detected light pattern by an analysis module; • in the detected image, a transition between the lower tool and the sheet metal is determined by the analysis module; characterized in that • based on the transition portion, a sub-detection region in the detection range of the image detecting device is determined; • the sub-detection region is detected by the image detecting device designed as a high-resolution camera with a resolution of at least 500ppi in the sub-detection region; • and in that during the bend-forming, the currently adjusting bending angle is determined; • wherein the bending angle is determined from the amount of data to be processed by the analysis module reduced to the sub-detection region by reduction of the detected image.
Torque transmission device in the form of a torsional vibration damper for a drive train of a motor vehicle having a predefined specification to be observed during operation, characterized in that at least one loading indicator which stores exceeding of a specification threshold permanently is provided in the torque transmission device.
Cell supervision circuit carrier for a battery module, comprising a first connector with a plurality of first contact pins (1, 2, 3, 4) and a second connector with a plurality of second contact pins (1, 2, 3, 4); a circuit carrier board configured for being mounted to the battery module; a plurality of conductive pads disposed on the circuit carrier board and comprising a first pair of conductive pads configured for being connected to a differential input of a cell supervision circuit, CSC, and a second pair of conductive pads configured for being connected to a differential output of the CSC; characterized in that the cell supervision circuit carrier further comprises: a first pair of conducting lines disposed on the circuit carrier board and electrically connecting a first pair (1, 2) of first contact pins with a first pair (1, 2) of second contact pins; a second pair of conducting lines disposed on the circuit carrier board and electrically connecting a second pair of first contact pins (3, 4) with a second pair of second contact pins (3, 4); a third pair of conducting lines disposed on the circuit carrier board and electrically connecting the first pair of conductive pads with the first pair of conducting lines; and a fourth pair of conducting lines disposed on the circuit carrier board and electrically connecting the second pair of conductive pads with the second pair of conducting lines.
Mixture of enzymes from Antarctic krill (Euphausia superba) for use in the treatment of a disease related to or an inflammatory condition caused by a biofilm formed on a soft tissue of a mammal, which treatment comprises the treatment of the soft tissue comprising the removal of the biofilm or preventing a formation of the biofilm, wherein the enzymes have molecular weights in the range of 20 kD to 40 kD, as determined by SDS-PAGE, wherein the mixture comprises carbohydrases, lipolytic enzymes, serine proteases with trypsin-like activity or serine proteases with chymotrypsin-like activity, endopeptidases and exopeptidases.
An assembly for axially aligning a print die, the assembly comprising: (a) a journal or stub configured axle having a cantilevering axial end, (b) at least a first expandable force ring, said ring receiving the axle; (c) a cylindrical print roll having a circumferential outer surface and an axially extending hollow bore, said bore receiving the axle and the at least first expandable force ring; (d) loading means (74, 80, 88) connected operatively to the axle, the loading means being adapted for outwardly compressing the at least first expandable force ring against the roll's hollow bore for frictionally resisting axial movement of the roll with respect to the axle, and alternatively for inwardly decompressing the at least first expandable force ring from the roll's hollow bore for permitting such movement; and (e) print die mounting means (32, 33) fixedly attached to the roll's outer circumferential surface, the print die mounting means being adapted for attaching the print die to the roll's outer circumferential surface, wherein the at least first expandable force ring has axial and oppositely axial ends (64, 70), wherein at least one of said ends is inwardly chamfered, wherein said loading means comprise a plurality of drive sleeves (74, 80, 88) mounted over the axle, and wherein the sleeves are chamfered to engage said chamfered end to effect said compressing and decompressing. (a) a journal or stub configured axle having a cantilevering axial end, (b) at least a first expandable force ring, said ring receiving the axle; (c) a cylindrical print roll having a circumferential outer surface and an axially extending hollow bore, said bore receiving the axle and the at least first expandable force ring; (d) loading means (74, 80, 88) connected operatively to the axle, the loading means being adapted for outwardly compressing the at least first expandable force ring against the roll's hollow bore for frictionally resisting axial movement of the roll with respect to the axle, and alternatively for inwardly decompressing the at least first expandable force ring from the roll's hollow bore for permitting such movement; and (e) print die mounting means (32, 33) fixedly attached to the roll's outer circumferential surface, the print die mounting means being adapted for attaching the print die to the roll's outer circumferential surface, wherein the at least first expandable force ring has axial and oppositely axial ends (64, 70), wherein at least one of said ends is inwardly chamfered, wherein said loading means comprise a plurality of drive sleeves (74, 80, 88) mounted over the axle, and wherein the sleeves are chamfered to engage said chamfered end to effect said compressing and decompressing.
Working vehicle, in particular tractor, with a trailer device comprising two side members which are supported on the vehicle rear and are oriented vertically, and a plate which carries a coupling member, wherein the plate is pushable in each case mutually facing horizontal guide grooves at lower ends of the side members into a working position and is lockable by means of at least one plug-in bolt, characterized in that the lower ends of the side members are drawn in towards each other in order to form a smaller guiding distance than in the regions lying thereabove, and in that a forced steering device with a crosspiece and ball heads, which are held releasably in the end regions thereof, is held on the plate from below by means of holding bolts, wherein the ball heads are arranged in the space opened up by means of the lower ends, which are drawn in towards each other, of the side members.
Connecting device for connecting a first drawer wall to a second drawer wall adjacent to the first drawer wall, wherein, in the connected state, the drawer walls (8, 11) form part of a drawer and are oriented at an angle to one another in space, in particular a drawer-wall-connecting device, wherein the connecting device is designed for securing a wall-attachment component, which forms a component of the drawer that is separate from the drawer walls (8, 11), wherein the connecting device comprises a bearing portion and an adjustment part, which is accommodated on the bearing portion and has an abutment side on the adjustment part, and also comprises an actuating member, and wherein, for an adjustment movement of the adjustment part relative to the bearing portion, a guide contour is formed on the bearing portion and a mating contour, coordinated with the guide contour, is formed on the adjustment part such that an adjustment movement, which can be predetermined by the actuating member, of the adjustment part on the bearing portion causes the adjustment part to move in an adjustment direction, whereby it is possible to alter a distance of the abutment side relative to the bearing portion, characterized in that the adjustment part can be adjusted relative to the bearing portion so that, in the connected state of the drawer walls (8, 11), it is possible to alter a distance of the abutment side of the adjustment part in relation to an end side of the wall-attachment component, this end side being directed towards the adjustment part, wherein it is possible here to alter a distance of the abutment side of the adjustment part in relation to a position which can be assumed by the end side of the wall-attachment component.