mhurhangee/ep-ind-claims huggingface dataset:
Plate holding forceps for one-hand use, wherein the forceps are configured to press a bone plate to bone (3, 5), the forceps comprising: a clamp portion, including a first jaw and second jaw movable towards and away from each other, wherein at least the first jaw includes a through-bore configured to be aligned with a hole of a bone plate engaged by the plate holding forceps; and an adjustment portion configured to adjust a distance between the jaws (205, 207), wherein the adjustment portion includes a first handle part and a second handle part manually movable with the fingers of one hand relative to each other and configured to thereby adjust the distance between the jaws (205, 207); characterized in that the first handle part and the second handle part are two longitudinal parts slidably connected by their lateral sides. a clamp portion, including a first jaw and second jaw movable towards and away from each other, wherein at least the first jaw includes a through-bore configured to be aligned with a hole of a bone plate engaged by the plate holding forceps; and an adjustment portion configured to adjust a distance between the jaws (205, 207), wherein the adjustment portion includes a first handle part and a second handle part manually movable with the fingers of one hand relative to each other and configured to thereby adjust the distance between the jaws (205, 207); characterized in that the first handle part and the second handle part are two longitudinal parts slidably connected by their lateral sides.
A device for visualizing a 3D object, comprising a processing unit, wherein the processing unit is configured to provide an image in a 2D projection plane; wherein the processing unit is configured to project an initial 3D object lying in an initial plane with an inverse projection transformation in the 2D projection plane of the image to achieve an inverse 2D object; wherein the initial 3D object has a shape symmetrical to the initial 3D object's geometrical centroid, wherein the inverse projection transformation is a projection transformation, and wherein a vanishing point is at the other side of the 2D projection plane than the initial object; characterized in that the processing unit is configured to point-mirror the inverse 2D object to achieve a mirrored non-inverse 2D object; the processing unit is configured to project the mirrored non-inverse 2D object back to the initial plane to provide a corrected 3D object, and the processing unit is configured to project the corrected 3D object to the 2D projection plane of the image to provide a final 3D object appearing to be non-inversely projected.
Holder for a control console or a display device on an aircraft seat, wherein - the holder can be arranged in an armrest, backrest or the trim of the aircraft seat, - the control console or display device being removable from the holder, wherein - the holder comprises a support arm, by means of which the control console or display device can be supported, and - the control console or display device which is supported on the support arm can be fixed in the holder in a secured position, and - the control console or display device which is supported on the support arm can be moved out of the secured position into a display position, and - the control console or display device can only be removed from the support arm in the display position, and - the control console or display device can be pivoted about at least one pivot axis in the display position, characterised in that - the support arm can be supported on the holder by means of a ball joint and/or the control console or display device can be supported on the support arm by means of a ball joint, and - that, in the secured position, a spring-loaded blocking element engages in the ball joint, and - that the holder comprises a securing pin, wherein said securing pin, in the secured position, can engage in an indentation in the control console or in the display device. - the holder can be arranged in an armrest, backrest or the trim of the aircraft seat, - the control console or display device being removable from the holder, wherein - the holder comprises a support arm, by means of which the control console or display device can be supported, and - the control console or display device which is supported on the support arm can be fixed in the holder in a secured position, and - the control console or display device which is supported on the support arm can be moved out of the secured position into a display position, and - the control console or display device can only be removed from the support arm in the display position, and - the control console or display device can be pivoted about at least one pivot axis in the display position, - the support arm can be supported on the holder by means of a ball joint and/or the control console or display device can be supported on the support arm by means of a ball joint, and - that, in the secured position, a spring-loaded blocking element engages in the ball joint, and - that the holder comprises a securing pin, wherein said securing pin, in the secured position, can engage in an indentation in the control console or in the display device.
Apparatus for identifying toughened glass, the apparatus comprising a polarising filter and means for reflecting light, the apparatus further comprising means for holding the polarising filter and/or the reflecting means such that the polarising filter and the reflecting means are both planar, parallel to each other, spaced apart and positioned such that light passes through the polarising filter and onto the reflecting means, where it is then reflected back through the polarising filter once again wherein the apparatus comprises a casing for holding the polarising filter and the reflecting means so that they are spaced apart and the distance between the polarising filter and the reflecting means is in the range 2mm to 2m, wherein the casing comprises a web member and a support member (5, 6), the web member extending between the polarising filter and the reflecting means and holding them spaced apart, said member being positioned at one end of the polarising filter and the reflecting means, the support member (5, 6) for supporting the polarising filter and/or the reflecting means, each support member being such that it surrounds the edges of the polarising filter and/or the reflecting means.
A method for synchronizing dynamic attributes of objects in a database system with an archive system by means of using an additional dynamic attribute or one additional dynamic attribute per attribute to be synchronized, comprising at least the following steps: • When used for the first time, the archive system is defining one or more additional dynamic object attributes in the database system, unless the database system automatically creates them when the first value is assigned, • Querying all objects in the database system for which the value(s) of the one or more additional dynamic object attributes is/are empty or does/do not match the value or a thereof derived value of the corresponding object attribute in the database system, • Searching and finding the queried objects in the archive system, • Transfering the object attributes from the database system to the archive system, • Marking the processed query result in the database system by writing the value of the object attributes as it was returned by the query or a value derived thereof into the respectively corresponding additional dynamic object attribute of the database system. • When used for the first time, the archive system is defining one or more additional dynamic object attributes in the database system, unless the database system automatically creates them when the first value is assigned, • Querying all objects in the database system for which the value(s) of the one or more additional dynamic object attributes is/are empty or does/do not match the value or a thereof derived value of the corresponding object attribute in the database system, • Searching and finding the queried objects in the archive system, • Transfering the object attributes from the database system to the archive system, • Marking the processed query result in the database system by writing the value of the object attributes as it was returned by the query or a value derived thereof into the respectively corresponding additional dynamic object attribute of the database system.
A detector unit for a detector array of a radiation imaging modality, the detector unit fabricated at least in part using a semiconductor fabrication technique and comprising: an analog-to-digital, A/D, converter configured to convert an analog signal generated in response to detected radiation into a digital signal; a molding compound configured to surround at least a portion of the A/D converter; a first insulator element arranged over a first side of the molding compound facing a radiation detection sub-assembly; wherein the radiation detection sub-assembly is disposed above the first insulator element and the A/D converter; a second insulator element arranged over a second side of the molding compound opposite the first side; a first set of electrically conductive traces extending through the first insulator element to electrically couple the A/D converter to the radiation detection sub-assembly; and a further set of electrically conductive traces configured to electrically couple the A/D converter to a digital processing component, wherein the further set of electrically conductive traces extends through the second insulator element to a backside of the detector unit facing away from the radiation detection sub-assembly. an analog-to-digital, A/D, converter configured to convert an analog signal generated in response to detected radiation into a digital signal; a molding compound configured to surround at least a portion of the A/D converter; a first insulator element arranged over a first side of the molding compound facing a radiation detection sub-assembly; wherein the radiation detection sub-assembly is disposed above the first insulator element and the A/D converter; a second insulator element arranged over a second side of the molding compound opposite the first side; a first set of electrically conductive traces extending through the first insulator element to electrically couple the A/D converter to the radiation detection sub-assembly; and a further set of electrically conductive traces configured to electrically couple the A/D converter to a digital processing component, wherein the further set of electrically conductive traces extends through the second insulator element to a backside of the detector unit facing away from the radiation detection sub-assembly.
A process for the modification of a solid material having a surface comprising hydroxyl-groups, said process comprising the step of contacting said material, under radiation, with light of a wavelength in the range of 248 nm to 275 nm, with a C 2 - C 50 alkene, the alkene being substituted and being optionally interrupted by one or more heteroatoms, wherein: the C 2 - C 50 alkene is substituted with one or more masked or protected functional groups Q selected from the group consisting of hydrogen, halogen, R 1, -CH=CH(R 1) 2, -C≡CR 1, -[CH 2 CH 2 O] n -R 1 wherein n is in the range of 1 to 200, -CN, -N 3, NCX, -XCN, -XR 1, -N(R 1) 2, - + N(R 1) 3, -CN, -C N(R 1) 2, -C(R 1) 2 XR 1, -C R 1, -C XR 1, -S R 1, -S 2 R 1, -S OR 1, -S 2 OR 1, -S N(R 1) 2, -S 2 N(R 1) 2, -OS R 1, -OS 2 R 1, -OS OR 1, -OS 2 OR 1, -P (R 1)(OR 1), -P (OR 1) 2, -OP (OR 1) 2, -Si (R 1) 3, -XC R 1, -XC XR 1, -XC N(R 1) 2, -N(R 1)C R 1, -N(R 1)C XR 1 and -N(R 1)C N(R 1) 2, wherein X is oxygen or sulphur and wherein R 1 is independently selected from the group consisting of hydrogen, halogen, C 1 - C 24 alkyl groups, C 6 - C 24 (hetero)aryl groups, C 7 - C 24 alk(hetero)aryl groups, C 7 - C 24 (hetero)arylalkyl groups and activated esters, or the C 2 - C 50 alkene is substituted with a group according to the general formula I or II, or tautomers thereof, wherein R 2 is selected from the group consisting of an element from the group as defined for R 1, biotin, oligosaccharides, oligonucleotides, peptides or fragments thereof, and buckyballs
A semiconductor device comprising: - a semiconductor substrate comprising an insulation layer formed on a front surface thereof; - a pad electrode formed on the insulation layer; - a supporting member bonded to the front surface so as to cover the pad electrode; and - the semiconductor substrate having a via hole extending from a back surface of the semiconductor substrate to a surface of the pad electrode, characterized in that a portion of the via hole that is closer to the front surface than to the back surface is wider than a portion of the via hole that is closer to the back surface than to the front surface. - a semiconductor substrate comprising an insulation layer formed on a front surface thereof; - a pad electrode formed on the insulation layer; - a supporting member bonded to the front surface so as to cover the pad electrode; and - the semiconductor substrate having a via hole extending from a back surface of the semiconductor substrate to a surface of the pad electrode,
A system for generating a sound comprising a first mat comprising a first electrically-conductive layer and at least a first electrically insulating layer coupled to each other; a second mat comprising a second electrically-conductive layer and at least a second electrically insulating layer coupled to each other, said first and second electrically-conductive layers (4, 6) being electrically insulated from each other, said system for generating a sound comprising at least one interface having an analogue input and a digital output, said analogue input comprising a positive pole (+) in communication with said first electrically-conductive layer and a negative pole (-) in communication with said second electrically-conductive layer, said interface being configured to generate a digital signal corresponding to a musical note as a function of an electrical resistance measured between said first electrically-conductive layer and said second electrically-conductive layer, said system for generating a sound comprising a processing unit in communication with the digital output of said interface for receiving said musical note, said processing unit being configured to associate at least one sound to the musical note, in use said first and second electrically-conductive layers (4, 6) being positioned relative to each other in such a way that at least a user can simultaneously touch the first electrically-conductive layer and the second electrically-conductive layer defining said electrical resistance between said first electrically-conductive layer and said second electrically-conductive layer. a first mat comprising a first electrically-conductive layer and at least a first electrically insulating layer coupled to each other; a second mat comprising a second electrically-conductive layer and at least a second electrically insulating layer coupled to each other, said first and second electrically-conductive layers (4, 6) being electrically insulated from each other, said system for generating a sound comprising at least one interface having an analogue input and a digital output, said analogue input comprising a positive pole (+) in communication with said first electrically-conductive layer and a negative pole (-) in communication with said second electrically-conductive layer, said interface being configured to generate a digital signal corresponding to a musical note as a function of an electrical resistance measured between said first electrically-conductive layer and said second electrically-conductive layer, said system for generating a sound comprising a processing unit in communication with the digital output of said interface for receiving said musical note, said processing unit being configured to associate at least one sound to the musical note, in use said first and second electrically-conductive layers (4, 6) being positioned relative to each other in such a way that at least a user can simultaneously touch the first electrically-conductive layer and the second electrically-conductive layer defining said electrical resistance between said first electrically-conductive layer and said second electrically-conductive layer.
A medical device for pumping fluid through a conduit, said medical device comprising: one or more sensors configured to detect a parameter associated with the fluid; a circuit configured to (a) receive from said one or more sensors a first signal indicative of one or more characteristics associated with the fluid; (b) to determine a conduit pressure based on the first signal; and (c) based on the conduit pressure differentiate between: i. no catheter is connected to the conduit, and no occlusion is detected; ii. a catheter is connected to the conduit; iii. an occlusion is found in the conduit; a feedback circuit configured to cause a flow rate parameter associated with said medical device to be updated if a catheter is determined to be connected so that a requested flow rate is achieved. one or more sensors configured to detect a parameter associated with the fluid; a circuit configured to (a) receive from said one or more sensors a first signal indicative of one or more characteristics associated with the fluid; (b) to determine a conduit pressure based on the first signal; and (c) based on the conduit pressure differentiate between: i. no catheter is connected to the conduit, and no occlusion is detected; ii. a catheter is connected to the conduit; iii. an occlusion is found in the conduit; i. no catheter is connected to the conduit, and no occlusion is detected; ii. a catheter is connected to the conduit; iii. an occlusion is found in the conduit; a feedback circuit configured to cause a flow rate parameter associated with said medical device to be updated if a catheter is determined to be connected so that a requested flow rate is achieved.
A page holder device, the page holder device comprising an elongate arm that is configured to extend across pages of an open book in use, and an engagement element that is coupled to the elongate arm and configured to be engaged by a user of the page holder device in order to press the page holder device towards the open book, wherein the engagement element comprises a user engaging portion located on a first side of the arm and a book engaging portion located on a second side of the arm opposed to the first side, the user engaging portion including a pad or aperture that is configured to be engaged by one or more digits of a user in order to apply a force to the arm of the page holder device, and the book engaging portion comprising a protrusion that is configured to be received within a spine or gutter area of the open book, wherein the engagement element is movable along the arm between an inner position located in a central region of the arm and an outer position located towards an end of the elongate arm, wherein the page holder device comprises a locking mechanism for selectively fixing the position of the engagement element with respect to the elongate arm, characterised in that: the locking mechanism comprises a locking formation provided on the engagement element that is engageable with a plurality of locking formations (15a, 15b, 15c) provided on the elongate arm.
Pressure-sensitive adhesive comprising a silane-modified polymer formed from the reaction a) of a polymer containing acid anhydride groups or epoxide groups, the epoxide group not being terminal, with b) a silane of the following formula where R 1, R 2 and R 3 independently of one another are selected from the group of methyl, ethyl, 2-methoxyethyl, isopropyl and butyl m = 0 or 1 n = 0 to 12 p = 1 or 2 and if p = 1 Y = a functional group selected from the group of glycidyl, glycidyloxy, isocyanato, -NH-CH 2 -CH 2 -NR 4 R 5, -NR 4 R 5 (where R 4 and R 5 independently of one another are selected from the group of H, alkyl, phenyl, benzyl, cyclopentyl and cyclohexyl) and SH or if p = 2 Y = NH. a) of a polymer containing acid anhydride groups or epoxide groups, the epoxide group not being terminal, with b) a silane of the following formula where R 1, R 2 and R 3 independently of one another are selected from the group of methyl, ethyl, 2-methoxyethyl, isopropyl and butyl m = 0 or 1 n = 0 to 12 p = 1 or 2 and if p = 1 Y = a functional group selected from the group of glycidyl, glycidyloxy, isocyanato, -NH-CH 2 -CH 2 -NR 4 R 5, -NR 4 R 5 (where R 4 and R 5 independently of one another are selected from the group of H, alkyl, phenyl, benzyl, cyclopentyl and cyclohexyl) and SH or if p = 2 Y = NH. R 1, R 2 and R 3 independently of one another are selected from the group of methyl, ethyl, 2-methoxyethyl, isopropyl and butyl m = 0 or 1 n = 0 to 12 p = 1 or 2 and if p = 1 Y = a functional group selected from the group of glycidyl, glycidyloxy, isocyanato, -NH-CH 2 -CH 2 -NR 4 R 5, -NR 4 R 5 (where R 4 and R 5 independently of one another are selected from the group of H, alkyl, phenyl, benzyl, cyclopentyl and cyclohexyl) and SH or if p = 2 Y = NH.
A voice control device that controls output of voice signals from a plurality of speakers (53, 54) including a first speaker and a second speaker suitable for outputting higher sound than the first speaker a predetermined space, comprises: a sound source signal input unit configured to receive a sound source signal of a content from a sound source; a sound collection signal input unit configured to receive a sound collection signal which is collected in the predetermined space and includes a content reproduction signal which is a voice signal of the content output from at least one of the plurality of speakers (53, 54); a frequency determination unit configured to determine a cutoff frequency, based on the content reproduction signal and a noise signal; a band controller configured to acquire a high frequency signal in a frequency band equal to or higher than the cutoff frequency and a low frequency signal in a frequency band equal to or lower than the cutoff frequency, from the sound source signal; and a voice output unit configured to output the low frequency signal to the first speaker, and to output the high frequency signal to the second speaker, characterized in that the frequency determination unit is configured to determine the cutoff frequency based on a frequency or a frequency band in which a sound pressure level of the content reproduction signal is equal to or higher than a sound pressure level of the noise signal. a sound source signal input unit configured to receive a sound source signal of a content from a sound source; a sound collection signal input unit configured to receive a sound collection signal which is collected in the predetermined space and includes a content reproduction signal which is a voice signal of the content output from at least one of the plurality of speakers (53, 54); a frequency determination unit configured to determine a cutoff frequency, based on the content reproduction signal and a noise signal; a band controller configured to acquire a high frequency signal in a frequency band equal to or higher than the cutoff frequency and a low frequency signal in a frequency band equal to or lower than the cutoff frequency, from the sound source signal; and a voice output unit configured to output the low frequency signal to the first speaker, and to output the high frequency signal to the second speaker, characterized in that the frequency determination unit is configured to determine the cutoff frequency based on a frequency or a frequency band in which a sound pressure level of the content reproduction signal is equal to or higher than a sound pressure level of the noise signal.