mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a gripping device for a motor vehicle, wherein an elongated handling base body is provided with a central receiving space, in which central receiving space electronic components arranged on a support are arranged, around which central receiving space a sealing joint enclosing said receiving space is applied on the elongated handling base body, on which elongated handling base body a matching handling cover is applied, wherein the sealing joint is compressed when applying the handling cover such that the central receiving space is sealed off to the outside via the sealing joint, and an inlet opening and an outlet opening are formed at opposite ends of the central receiving space, the gripping device is oriented vertically, such that the inlet opening is arranged at the bottom, via which inlet opening a liquid sealing mass is poured in and fills the central receiving space from the bottom to the top, in the case of which filling of the sealing mass in the central receiving space gases which are present are conducted away via the outlet opening.
A conductive path structure comprising: a conductor that includes a first conductive portion and a second conductive portion which are connected to each other through a cut-off facilitating portion; characterized by a semi-solid state insulation member that is in a semi-solid state and covers the cut-off facilitating portion, wherein when the cut-off facilitating portion is cut off so as to separate the first conductive portion and the second conductive portion to each other due to an impact applied to the cut-off facilitating portion, the semi-solid state insulation member covers end portions (36, 37) of the separated first conductive portion and the separated second conductive portion which are close to the cut-out facilitating portion. a conductor that includes a first conductive portion and a second conductive portion which are connected to each other through a cut-off facilitating portion; characterized by a semi-solid state insulation member that is in a semi-solid state and covers the cut-off facilitating portion, wherein when the cut-off facilitating portion is cut off so as to separate the first conductive portion and the second conductive portion to each other due to an impact applied to the cut-off facilitating portion, the semi-solid state insulation member covers end portions (36, 37) of the separated first conductive portion and the separated second conductive portion which are close to the cut-out facilitating portion.
Printed matter, wherein: the printed matter has a printed portion formed of ink layers on a surface of a printing substrate and visually recognized as a continuous color pattern; the printed portion is constituted of a combination of a plurality of lines each formed of a respective one of the ink layers and having a line width of 100 μm or less; two adjacent lines of the plurality of lines have a spacing therebetween that is 50 times or less the line width of a narrower one of the two adjacent lines defining the spacing, each line has a height of 1.5 μm or more relative to the surface of the printing substrate, a part of the plurality of lines is formed of a respective ink layer comprising two or more inks of different colors laminated on each other, and the respective ink layer of each line of the plurality of lines has a convex structure, characterised in that the surface of the printing substrate is flat. the printed matter has a printed portion formed of ink layers on a surface of a printing substrate and visually recognized as a continuous color pattern; the printed portion is constituted of a combination of a plurality of lines each formed of a respective one of the ink layers and having a line width of 100 μm or less; two adjacent lines of the plurality of lines have a spacing therebetween that is 50 times or less the line width of a narrower one of the two adjacent lines defining the spacing, each line has a height of 1.5 μm or more relative to the surface of the printing substrate, a part of the plurality of lines is formed of a respective ink layer comprising two or more inks of different colors laminated on each other, and the respective ink layer of each line of the plurality of lines has a convex structure, characterised in that the surface of the printing substrate is flat.
Structural assembly for a vehicle comprising a main body provided with an opening and a closure element for the opening extending in said opening and being affixed to the main body by at least one fastening element, the closure element being movable in translation in a direction of opening relative to the main body between a position of closure and a position of opening, the closure element comprising an anchoring element inserted in an aperture of the main body and being suitable for retaining the closure element on the main body in the event of detachment of the fastening element, said anchoring element allowing a rotation of the closure element relative to the main body about an axis of rotation substantially parallel to the direction of opening when the closure element is in the position of opening, characterized in that the closure element is movable in rotation about the axis of rotation between an anchoring position, in which the anchoring element retains the closure element on the main body when the closure element is in the position of opening, and a position of detachment, in which the anchoring element may be removed from the aperture of the main body in order to separate the closure element from the main body.
Method for transmitting a data stream in a multi-carrier transmission signal from a transmitter to a plurality of receivers with the following method steps: • Coding of the data stream ( d [ i]) in a data stream of code words ( d '[ i]) with a code rate which is less than or equal to a value which is produced by inversion of a smallest number of sub-carrier signals ( s 0 ( t),s 1 ( t),..., s N -1 ( t)) of the multi-carrier transmission system ( s ( t)) that can be processed in each case in each receiver, • Interleaving of data units of at least one code word of the data stream of code words ( d' [ i]) in a data stream with interleaved code words ( d" [ i]), • Demultiplexing of the data stream with interleaved code words ( d" [ i]) onto individual transmission data channels corresponding to the individual sub-carriers of the multi-carrier transmission signal (s(t)), • Modulation of the interleaved code words of the data stream with interleaved code words ( d 0 " [ i], d 1 " [ i],...,d N -1 " [ i]) assigned in each case to the respective transmission data channel on a sub-carrier signal ( s 0 ( t),s 1 ( t),..., s N -1 ( t)) associated with the respective transmission data channel (0,1,..., N -1), and • Adding together all the sub-carrier signals ( s 0 ( t),s 1 ( t),..., s N -1 ( t)) with the interleaved code words of the data stream with interleaved code words (d 0 " [ i], d 1 " [ i],..., d N -1 " [ i]) assigned in each case to the respective transmission data channel (0,1,..., N -1) to form a multi-carrier transmission signal (s(t)). • Coding of the data stream ( d [ i]) in a data stream of code words ( d '[ i]) with a code rate which is less than or equal to a value which is produced by inversion of a smallest number of sub-carrier signals ( s 0 ( t),s 1 ( t),..., s N -1 ( t)) of the multi-carrier transmission system ( s ( t)) that can be processed in each case in each receiver, • Interleaving of data units of at least one code word of the data stream of code words ( d' [ i]) in a data stream with interleaved code words ( d" [ i]), • Demultiplexing of the data stream with interleaved code words ( d" [ i]) onto individual transmission data channels corresponding to the individual sub-carriers of the multi-carrier transmission signal (s(t)), • Modulation of the interleaved code words of the data stream with interleaved code words ( d 0 " [ i], d 1 " [ i],...,d N -1 " [ i]) assigned in each case to the respective transmission data channel on a sub-carrier signal ( s 0 ( t),s 1 ( t),..., s N -1 ( t)) associated with the respective transmission data channel (0,1,..., N -1), and • Adding together all the sub-carrier signals ( s 0 ( t),s 1 ( t),..., s N -1 ( t)) with the interleaved code words of the data stream with interleaved code words (d 0 " [ i], d 1 " [ i],..., d N -1 " [ i]) assigned in each case to the respective transmission data channel (0,1,..., N -1) to form a multi-carrier transmission signal (s(t)).
A surgical instrument comprising: a body portion; a loading unit operatively coupled to the body portion, the loading unit including a cartridge, the cartridge housing a plurality of fasteners; a drive assembly configured to translate through the cartridge to eject the fasteners from the cartridge; an indicator assembly including an indicator pin, the indicator pin transitionable from a first position to a second position after ejection of the fasteners, the indicator pin being substantially flush with a surface of the cartridge when the indicator pin is in the first position, and extending past the surface of the cartridge when the indicator pin is in the second position; and wherein the cartridge includes a distal portion, and a longitudinally extending aperture is defined within the distal portion, the indicator pin translatable through the aperture; characterised in that: the indicator assembly further includes a ring, the ring positioned within the aperture, the ring disposed around the indicator pin, one or more frangible fingers joining the indicator pin and the ring, the one or more frangible fingers inhibiting transitioning of the indicator pin from the first to the second position prior to actuation of the surgical instrument, the one or more frangible fingers breaking in response to actuation of the surgical instrument. a body portion; a loading unit operatively coupled to the body portion, the loading unit including a cartridge, the cartridge housing a plurality of fasteners; a drive assembly configured to translate through the cartridge to eject the fasteners from the cartridge; an indicator assembly including an indicator pin, the indicator pin transitionable from a first position to a second position after ejection of the fasteners, the indicator pin being substantially flush with a surface of the cartridge when the indicator pin is in the first position, and extending past the surface of the cartridge when the indicator pin is in the second position; and wherein the cartridge includes a distal portion, and a longitudinally extending aperture is defined within the distal portion, the indicator pin translatable through the aperture; the indicator assembly further includes a ring, the ring positioned within the aperture, the ring disposed around the indicator pin, one or more frangible fingers joining the indicator pin and the ring, the one or more frangible fingers inhibiting transitioning of the indicator pin from the first to the second position prior to actuation of the surgical instrument, the one or more frangible fingers breaking in response to actuation of the surgical instrument.
A stereoscopic imaging apparatus comprising: an objective optical system having the function of imaging a subject as a real image; and plural imaging optical systems (20a, 20b) that image respective plural subject luminous fluxes output from different paths of the objective optical system as parallax images, wherein, in the case where a focal length value when the objective optical system images the subject as a real image is positive, the focal length value (f) of the objective optical system and a distance from a rear principal point of the objective optical system to a front principal point (fH20a, fH20b) of the imaging optical system (20a, 20b) are set to values that satisfy the following equation f / L − f ≤ 1, wherein f > 0. an objective optical system having the function of imaging a subject as a real image; and plural imaging optical systems (20a, 20b) that image respective plural subject luminous fluxes output from different paths of the objective optical system as parallax images, wherein, in the case where a focal length value when the objective optical system images the subject as a real image is positive, the focal length value (f) of the objective optical system and a distance from a rear principal point of the objective optical system to a front principal point (fH20a, fH20b) of the imaging optical system (20a, 20b) are set to values that satisfy the following equation f / L − f ≤ 1, wherein f > 0.
Intraoral device for improving balance, posture and morphofunctional alignment of the craniomandibular complex comprising a sheath adapted to cover at least one portion of the upper dental arch of the subject using said device, characterized in that it comprises the palate stimulation component adapted to induce a constant stimulation of the receptors present in the front portion of the palate simulating lingual activity, said component being firmly integrated with said sheath and being extended, from the back of the upper incisors, along the front portion of the palate when said device is worn, and in that it comprises at least one plate with variable thickness and geometry, suitable for mandibular realignment, and to be assembled to said sheath, said plate having the surface to be directed towards the palate, and the surface to be directed towards the muscular floor of the mouth of the subject, and being reversibly assemblable to the palate stimulation component integral with said sheath.
A method for manufacturing a hollow wheel which comprises an internal toothing and an external toothing, wherein the internal toothing is a gear toothing, wherein a workpiece is machined by way of at least one stamping tool, wherein the workpiece comprises a tubular section with a longitudinal axis as well as at least one first stabilisation section (4; 4') which is connected to the tubular section for shape stabilisation of the tubular section during the machining by way of the at least one stamping tool, wherein a die is provided for receiving the tubular section, the die comprising a tubular opening in which an internal die toothing is provided, and the tubular section is inserted into the tubular opening, and the workpiece is subsequently machined on the inner side of the tubular section inserted into the tubular opening by way of the at least one stamping tool for simultaneously producing the internal toothing and external toothing, as the workpiece executes a rotation movement with a temporally varying rotation speed about said longitudinal axis and the at least one stamping tool executes radially oscillating movements which are synchronised with said rotation movement, so that the at least one stamping too 1 forms the tubular section into the die toothing for producing the external toothing and simultaneously producing the internal toothing by way of repeated hammering machining of the tubular section, wherein the term radially characterizes alignments perpendicular to the longitudinal axis.
A method for forming solidified binder-soil mixture bodies optionally having an elongated shape, in particular for forming excavation pit enclosures by jet grouting, comprising the following steps: a) inserting, in particular drilling, an injection lance into the soil, b) subsequently withdrawing the injection lance from the soil and simultaneously introducing a binder, in particular a binder suspension, into the surrounding soil material along the withdrawing path, whereby a section of a mixture of binder and soil material in the soil is formed, wherein the binder is introduced into the soil with or in a high pressure jet from the injection lance to mix the binder with the soil material, characterised in that a viscosity-increasing, non-curing-accelerating, i. e. not accelerating the curing of the base material, viscosity regulator is added to the binder and/or the binder-soil mixture. a) inserting, in particular drilling, an injection lance into the soil, b) subsequently withdrawing the injection lance from the soil and simultaneously introducing a binder, in particular a binder suspension, into the surrounding soil material along the withdrawing path, whereby a section of a mixture of binder and soil material in the soil is formed, wherein the binder is introduced into the soil with or in a high pressure jet from the injection lance to mix the binder with the soil material, characterised in that a viscosity-increasing, non-curing-accelerating, i. e. not accelerating the curing of the base material, viscosity regulator is added to the binder and/or the binder-soil mixture.
A washing machine comprising: a main body forming an external appearance; a tub installed at an inner side of the main body and keeping washing water in storage; a drum rotatably installed at the inner side of the tub; a rotational shaft coupled with the drum to transfer a driving force; and a driving motor installed between the tub and the drum to rotate the rotational shaft; a gasket installed between the drum and the tub in order to prevent leaked washing water from being introduced to the driving motor, characterized in that the gasket comprises: a central wall part having a through hole; and a side wall part vertically extending from an outer circumference of the central wall part, and a sealing member provided at the through hole of the central wall part of the gasket in order to prevent washing water from infiltrating to the driving motor; wherein the driving motor is accommodated in an internal space formed by the central wall part and the side wall part of the gasket. a main body forming an external appearance; a tub installed at an inner side of the main body and keeping washing water in storage; a drum rotatably installed at the inner side of the tub; a rotational shaft coupled with the drum to transfer a driving force; and a driving motor installed between the tub and the drum to rotate the rotational shaft; a gasket installed between the drum and the tub in order to prevent leaked washing water from being introduced to the driving motor, characterized in that the gasket comprises: a central wall part having a through hole; and a side wall part vertically extending from an outer circumference of the central wall part, and a central wall part having a through hole; and a side wall part vertically extending from an outer circumference of the central wall part, and a sealing member provided at the through hole of the central wall part of the gasket in order to prevent washing water from infiltrating to the driving motor; wherein the driving motor is accommodated in an internal space formed by the central wall part and the side wall part of the gasket.
A vehicle seat, in particular a motor vehicle seat, having a) a seat member, b) a backrest, c) at least one fitting by means of which the backrest is pivotably fitted to the seat member, wherein the fitting has a first fitting member which is connected to the backrest and a second fitting member which is connected to the seat member, wherein the fittings are located in the force path between the backrest and seat member under normal circumstances and d) at least one deformation zone which deforms in the event of a crash, characterized in that e) the backrest has a support element which is secured to the backrest and the seat member has a support element which is secured to the seat member, which support elements are normally spaced apart from each other and which move into abutment with each other in the event of a crash as a result of the deformation of the deformation zone in order to provide for the force path an additional path which is parallel with the fitting, wherein the deformation zone is formed between the second fitting member and the support element which is secured to the seat member. a) a seat member, b) a backrest, c) at least one fitting by means of which the backrest is pivotably fitted to the seat member, wherein the fitting has a first fitting member which is connected to the backrest and a second fitting member which is connected to the seat member, wherein the fittings are located in the force path between the backrest and seat member under normal circumstances and d) at least one deformation zone which deforms in the event of a crash, e) the backrest has a support element which is secured to the backrest and the seat member has a support element which is secured to the seat member, which support elements are normally spaced apart from each other and which move into abutment with each other in the event of a crash as a result of the deformation of the deformation zone in order to provide for the force path an additional path which is parallel with the fitting, wherein the deformation zone is formed between the second fitting member and the support element which is secured to the seat member.
A process for treating cellulosic fibres which process comprises: - mechanically pre-treating the fibres, - treating the fibres with an enzyme, - mixing the fibres with a solution comprising an alkali metal hydroxide with a concentration between 4-18% by total weight in order to make the fibres expand and finally - mechanically treating the expanded fibres to form microfibrillated cellulose. - mechanically pre-treating the fibres, - treating the fibres with an enzyme, - mixing the fibres with a solution comprising an alkali metal hydroxide with a concentration between 4-18% by total weight in order to make the fibres expand and finally - mechanically treating the expanded fibres to form microfibrillated cellulose.