mhurhangee/ep-ind-claims huggingface dataset:
A combination of: a) A peptide according to a sequence as set forth in SEQ ID Nos. 1-11 or a sequence which is at least 90 %, 95%, 99% sequence identity to the amino acid sequences set forth in SEQ ID Nos. 1-11, comprising a core amino acid sequence which is identical or similar to the amino acid sequence of a member of the Cecropin family, wherein the core amino acid sequence is extended at the N-terminus by an N-terminal group and extended at the C-terminus by a C-terminal group; and wherein the N-terminal group and the C-terminal group form a covalent bond so as to form a cyclic peptide or homomultimer assembly via intermolecular covalent linkage, wherein the covalent linkage is a disulfide bond; and b) an antibiotic drug selected from the group consisting of Polymyxins, Rifamycins, Lipiarmycins, Quinolones, Sulfonamides, Macrolides, Lincosamides, Aminoglycosides, Ansamycin, Glycopeptide, Monobactam, Nitrofuran, Oxazolidinone, Fluoroquinolone, cephamycins, carbapenems; wherein the peptide forms pores in the membranes of bacteria, wherein the pores increase the influx of the antibiotic drug and wherein the combination is for use in treating an infection or disinfecting a wound by contacting the wound with the combination to overcome inherent or acquired resistance of a microorganism to an antibiotic agent. a) A peptide according to a sequence as set forth in SEQ ID Nos. 1-11 or a sequence which is at least 90 %, 95%, 99% sequence identity to the amino acid sequences set forth in SEQ ID Nos. 1-11, comprising a core amino acid sequence which is identical or similar to the amino acid sequence of a member of the Cecropin family, wherein the core amino acid sequence is extended at the N-terminus by an N-terminal group and extended at the C-terminus by a C-terminal group; and wherein the N-terminal group and the C-terminal group form a covalent bond so as to form a cyclic peptide or homomultimer assembly via intermolecular covalent linkage, wherein the covalent linkage is a disulfide bond; and b) an antibiotic drug selected from the group consisting of Polymyxins, Rifamycins, Lipiarmycins, Quinolones, Sulfonamides, Macrolides, Lincosamides, Aminoglycosides, Ansamycin, Glycopeptide, Monobactam, Nitrofuran, Oxazolidinone, Fluoroquinolone, cephamycins, carbapenems;
A tool adapter for attaching a tool to a work implement (200, 204) using a retaining mechanism (124, 206), the adapter comprising: a body that includes: a nose portion that is configured to facilitate the attachment of a tool; a first leg that includes a side surface; a second leg that includes a side surface; a throat portion that connects the legs and nose portion together; at least one of the first and second leg defines an aperture that is configured to receive a retaining mechanism (124, 206); and wherein the body has an abutment surface; wherein the first and second legs and the throat portion define a slot that includes a closed end and an open end, the slot defining a direction of assembly onto a work implement, and wherein the abutment surface faces toward the direction of assembly and the minimum distance measured from the abutment surface to the throat measured in the direction of assembly is less than the minimum distance from the aperture to the throat measured in the direction of assembly; characterised in that the body defines a pocket which defines the abutment surface, said pocket being located on a side surface of at least one of the first and second legs and having a height, width and depth, said pocket being configured with an opening facing toward the direction of assembly and a surface that faces in a direction that is perpendicular to the direction of assembly. a nose portion that is configured to facilitate the attachment of a tool; a first leg that includes a side surface; a second leg that includes a side surface; a throat portion that connects the legs and nose portion together; at least one of the first and second leg defines an aperture that is configured to receive a retaining mechanism (124, 206); and wherein the body has an abutment surface; wherein the first and second legs and the throat portion define a slot that includes a closed end and an open end, the slot defining a direction of assembly onto a work implement, and wherein the abutment surface faces toward the direction of assembly and the minimum distance measured from the abutment surface to the throat measured in the direction of assembly is less than the minimum distance from the aperture to the throat measured in the direction of assembly; characterised in that the body defines a pocket which defines the abutment surface, said pocket being located on a side surface of at least one of the first and second legs and having a height, width and depth, said pocket being configured with an opening facing toward the direction of assembly and a surface that faces in a direction that is perpendicular to the direction of assembly.
Template for providing at least one dental implant in a jaw having at least one bore for guiding this implant together with an implant guide whilst screwing the implant in the jaw, wherein the implant guide can be slid in a matching way along its axial direction through said bore, wherein a recess is provided in the template which opens at least partly in said bore and which has a circular cross section, characterized in that the recess has a smooth internal surface.
Binded book with several pages connected by a binding to a stack, and with an additional device for introducing additional pages, characterized by that the device for introduction comprises at least one stitching element in the edge area of the pages connected to a stack, and connected pages comprise one or more recesses or provided recesses in the area of the stitching element(s) in order that at least one fixing element of the stitching element can be opened and/or closed by the recesses.
An information processing apparatus connected to an apparatus storing tune data to be played back so that the information processing apparatus can communicate with the apparatus, the information processing apparatus comprising: an oral reading unit configured for converting a text to speech data to output the speech data; a storage unit configured for storing template texts for responses to questions from a user and template text conversion rules; an input unit configured for inputting a question from a user; and a control unit configured for retrieving tune data and items of tune information associated with the tune data from the apparatus storing tune data, wherein the control unit is configured for, when a tune acquired from digital audio equipment is being played back: analyzing a question about the tune from a user to select a template text for a response to the question, detecting characters in items of tune information of the tune, the characters replacing replacement symbols included in the template text, to perform conversion of the template text to a text having no grammatical problem, in a manner that depends on whether the characters can be read aloud by the oral reading unit, by removing a portion corresponding to a modifier, which includes characters that cannot be read aloud and a preposition preceding said characters, generating a text to be read aloud, using the converted template text, and causing the oral reading unit to read the text aloud. an oral reading unit configured for converting a text to speech data to output the speech data; a storage unit configured for storing template texts for responses to questions from a user and template text conversion rules; an input unit configured for inputting a question from a user; and a control unit configured for retrieving tune data and items of tune information associated with the tune data from the apparatus storing tune data, wherein the control unit is configured for, when a tune acquired from digital audio equipment is being played back: analyzing a question about the tune from a user to select a template text for a response to the question, detecting characters in items of tune information of the tune, the characters replacing replacement symbols included in the template text, to perform conversion of the template text to a text having no grammatical problem, analyzing a question about the tune from a user to select a template text for a response to the question, detecting characters in items of tune information of the tune, the characters replacing replacement symbols included in the template text, to perform conversion of the template text to a text having no grammatical problem, in a manner that depends on whether the characters can be read aloud by the oral reading unit, by removing a portion corresponding to a modifier, which includes characters that cannot be read aloud and a preposition preceding said characters, generating a text to be read aloud, using the converted template text, and causing the oral reading unit to read the text aloud.
A polytetrafluoroethylene aqueous dispersion comprising polytetrafluoroethylene particles comprising a tetrafluoroethylene unit alone or a tetrafluoroethylene unit and a modifying monomer unit derived from a modifying monomer copolymerizable with the tetrafluoroethylene, the polytetrafluoroethylene particles having a volume average particle size of not smaller than 0.1 nm but smaller than 20 nm as determined by dynamic light scattering.
A housing with an accommodating space for accommodating articles, wherein the housing comprises: - a lower housing part, - a housing cover, - at least one seal (9, 13) for sealing the housing against a penetration of dirt, moisture and liquid, - a spacer for ensuring a spacing, defined by the dimensions of the spacer, between the lower housing part and the housing cover, wherein the spacer - is arranged outside the accommodating space, between a fastening region of the housing cover and a fastening region of the lower housing part, and thus ensures the defined spacing between the fastening region of the housing cover and the fastening region of the lower housing part, - is fastened on the fastening region of the lower housing part via a first screw fastening, - is fastened on the fastening region of the housing cover via a second screw fastening, and - is in contact with a contact region of the lower housing part, and/or is connected to a connecting region of the lower housing part, such that the spacer is prevented from rotating about an axis of rotation of the first screw fastening and about an axis of rotation of the second screw fastening. - a lower housing part, - a housing cover, - at least one seal (9, 13) for sealing the housing against a penetration of dirt, moisture and liquid, - a spacer for ensuring a spacing, defined by the dimensions of the spacer, between the lower housing part and the housing cover, - is arranged outside the accommodating space, between a fastening region of the housing cover and a fastening region of the lower housing part, and thus ensures the defined spacing between the fastening region of the housing cover and the fastening region of the lower housing part, - is fastened on the fastening region of the lower housing part via a first screw fastening, - is fastened on the fastening region of the housing cover via a second screw fastening, and - is in contact with a contact region of the lower housing part, and/or is connected to a connecting region of the lower housing part, such that the spacer is prevented from rotating about an axis of rotation of the first screw fastening and about an axis of rotation of the second screw fastening.
A pulse laser system comprising an injection system (10, 11, 12), an optical amplifier system and a beam combiner (71, 72), the pulse laser system being adapted to generate, on the one hand, an amplified pulse (211, 301, 311, 401, 501) of short duration (T c) comprised between 100 fs and a few hundred picoseconds and, on the other hand, another amplified pulse (202, 212, 302, 402, 502) of long duration (T L) or respectively a burst of other pulses amplified at a gigahertz frequency having a long duration envelope (T t), the long duration (T L, T t) being greater than the short duration (T c) and the long duration (T L, T t) being comprised between a few picoseconds and several hundred nanoseconds, the amplified pulse (301, 311, 401, 501) of short duration (T c) and the other amplified pulse (302, 402) of long duration (T L) or respectively the burst of other amplified pulses (202, 212, 302, 402, 502) of long duration envelope (T t) being from the same optical amplifier system and, the amplified pulse (301, 311, 401, 501) of short duration (T c) being, at the output of the pulse laser system, temporally overlapped with a relative delay (Δt 2) with the other amplified pulse (202, 302, 402, 502) of long duration (T L) or respectively the burst of other amplified pulses of long duration envelope (T t), the relative delay (Δt 2) being less than or equal to the long duration (T L, T t), the other amplified pulse (202, 302, 402, 502) of long duration (T L) or respectively the burst of other amplified pulses being at a rate comprised between 100 kHz and 2 MHz and the amplified pulse (301, 311, 401, 501) of short duration (T c) being at said rate or at a multiple of said rate and the relative delay (Δt 2) being adjustable.
A monolithic optical mount having a bore for accommodating an optical element, the bore comprising: a first straight ridge located at a first position on the inside circumference of the bore; a second straight ridge located at a second position on the inside circumference of the bore; and a flexure having a fixed end and a free end, the fixed end being fixed to a location on the inside circumference of the bore and the flexure extending from the fixed end along the inside circumference of the bore to the free end at a point beyond a threaded hole which passes through from the outside circumference of the bore to the inside circumference of the bore; wherein the flexure is actuated by turning a screw in the threaded hole thereby adjusting an amount of force pushing against a point on the flexure by a tip of the screw; wherein the flexure comprises a third straight ridge at an offset distance from the threaded hole along the circumferential direction of the bore. a first straight ridge located at a first position on the inside circumference of the bore; a second straight ridge located at a second position on the inside circumference of the bore; and a flexure having a fixed end and a free end, the fixed end being fixed to a location on the inside circumference of the bore and the flexure extending from the fixed end along the inside circumference of the bore to the free end at a point beyond a threaded hole which passes through from the outside circumference of the bore to the inside circumference of the bore; wherein the flexure is actuated by turning a screw in the threaded hole thereby adjusting an amount of force pushing against a point on the flexure by a tip of the screw; wherein the flexure comprises a third straight ridge at an offset distance from the threaded hole along the circumferential direction of the bore.
A method, comprising, computing a depth map having a higher resolution than a resolution of each sensor of a sensor set comprising one or more sensors, including: projecting while the projector is vibrating or otherwise moving, a moving pattern of light into a scene, capturing a plurality of images at different times via the sensor set while the projector is vibrating or otherwise moving, processing at least some of the images to obtain computed depth data for sub-pixels based upon which sub-pixel locations were in a path corresponding to the moving pattern of light, estimating depth data for any sub-pixels for which computed depth data is not obtained, and outputting a depth map comprising depth data for each sub-pixel; wherein the vibration or movement of the projector is varied by controlling an amount of movement and vibration frequency relative to a frame rate of capturing the plurality of images and/or a dot density in the pattern of light. projecting while the projector is vibrating or otherwise moving, a moving pattern of light into a scene, capturing a plurality of images at different times via the sensor set while the projector is vibrating or otherwise moving, processing at least some of the images to obtain computed depth data for sub-pixels based upon which sub-pixel locations were in a path corresponding to the moving pattern of light, estimating depth data for any sub-pixels for which computed depth data is not obtained, and outputting a depth map comprising depth data for each sub-pixel; wherein the vibration or movement of the projector is varied by controlling an amount of movement and vibration frequency relative to a frame rate of capturing the plurality of images and/or a dot density in the pattern of light.
Inkjet printer for reproducing images, writing and/or designs on a printable surface of a substrate, comprising: - a base provided with first motor means adapted to move a support device for the substrate on guiding means arranged along a sliding axis; - a printing unit connected to the base and comprising a casing inside which an inkjet printing head and driving means are housed; the printing head being slidably movable by means of the driving means on guiding means extending inside the casing and arranged along a printing axis which is transverse to the sliding axis; - a programmable control unit operatively connected to the first motor means and to the driving means for the coordinated movement of the support device and the printing head; wherein the casing of the printing unit is provided with releasable connection means by means of which the printing unit is releasably connected to the base. - a base provided with first motor means adapted to move a support device for the substrate on guiding means arranged along a sliding axis; - a printing unit connected to the base and comprising a casing inside which an inkjet printing head and driving means are housed; the printing head being slidably movable by means of the driving means on guiding means extending inside the casing and arranged along a printing axis which is transverse to the sliding axis; - a programmable control unit operatively connected to the first motor means and to the driving means for the coordinated movement of the support device and the printing head;
Image module comprising the main elements, a module board, having on the rear side thereof an image sensor mounted by using COB technology or by means of flip chip technology, and comprising, if appropriate, further function elements and contact elements on the front and/or rear side of the module board, and comprising a cover element for covering the module board with a lens system which is arranged over the active region of the image sensor of the image sensor chip, there being provided for the x-y positioning of the cover element adjusting elements which engage in holes in the module board, and spacing elements being provided for positioning the lens system, there being arranged at a spacing, between the module board and the cover element, three spacing elements which fix the spacing between the image sensor on the module board and the lens system in the cover element by defining a prescribed air gap between the image sensor and the lens system, characterized in that the spacing elements are components of the cover element, the spacing elements being supported on the image sensor or other components mounted on the module board and in that in addition adjusting elements are provided in the form of pins which are fixedly connected to the cover element and engage in holes in the module board.
An electrode module comprising a plurality of electrode plates spaced from one another by means of spacing means and alternately form an anode and a cathode, a plurality of support members each extending through each electrode plate and at least one spacing means between two adjacent electrode plates for releasable securing said plurality of electrode plates together, wherein each electrode plate comprise a plate portion, and wherein each electrode plate have a first plate face and a second plate face that is parallel with the first plate face, a bottom plate face, a first plate side face, and a second plate side face that is parallel with the first plate side face, and a top plate face, characterized by each electrode plate comprise one supporting and connection lug portion configured to support each electrode plate of the electrode module at one of a first busbar and a second busbar in an electrochemical reactor for electrically connecting each electrode plate of the electrode module with one of the first busbar and the second busbar for supplying electrical current between one of the first busbar and the second busbar and each electrode plate of the electrode module, by the supporting and connection lug portion of each electrode plate being seamlessly connected to the plate portion of the electrode plate, by the supporting and connection lug portion of each electrode plate extend from a corner between the first plate side face and the top plate face beyond the first plate side face and the top plate face, by said plurality of electrode plates of the electrode module being electrically insulated from each other within the electrode module, and by the electrode plates of the electrode module being in contact with fluid surrounding the electrode module.
Optically transparent electromagnetically shielding element having multiple zones (Z1, Z2), that is suitable for several optical sensors which are juxtaposed, comprising: - a rigid substrate having two opposite faces (S1, S2), at least partially transparent between said two faces to at least one electromagnetic radiation having a frequency f between 0.1 GHz and 40 GHz; and - at least one electrically conductive two-dimensional structure which is arranged on one of the faces (S1, S2) of the substrate, at least within multiple separate zones (Z1, Z2) of the shielding element, and which is at least partially transparent in each of said zones to optical radiation having a wavelength between 0.2 μm and 15 μm; the substrate also being at least partially transparent between the two faces (S1, S2) to each optical radiation, and the substrate being of continuous material between all zones (Z1, Z2) of the shielding element, the electrically conductive two-dimensional structure having at least one continuous electrical conduction path that connects portions of said two-dimensional structure each contained in one of the zones (Z1, Z2) of the shielding element, for all of said zones, characterized in that the shielding element has, in a first of the zones, a first set of values formed by at least one optical transmission value and a shielding efficiency value, which is different from a second set of values for said optical transmission and said shielding efficiency, effective in a second of the zones, the optical transmission values relating to one same wavelength of optical radiation, and the shielding efficiency values relating to one same frequency of electromagnetic radiation, for said first and second zones, the optical transmission relating to the optical radiation which is intended to pass through said shielding element in each zone (Z1, Z2) between the two faces (S1, S2); and the shielding efficiency, denoted EB(f) and expressed in decibels, being defined by EB(f) = -10·log 10 (T(f)), where T(f) is an energy transmission coefficient of the shielding element for electromagnetic radiation having a frequency f between 0.1 GHz and 40 GHz, and which passes through said shielding element between the two faces (S1, S2) in each zone (Z1, Z2). - a rigid substrate having two opposite faces (S1, S2), at least partially transparent between said two faces to at least one electromagnetic radiation having a frequency f between 0.1 GHz and 40 GHz; and - at least one electrically conductive two-dimensional structure which is arranged on one of the faces (S1, S2) of the substrate, at least within multiple separate zones (Z1, Z2) of the shielding element, and which is at least partially transparent in each of said zones to optical radiation having a wavelength between 0.2 μm and 15 μm;