mhurhangee/ep-ind-claims huggingface dataset:
An energy storage enclosure for accommodating a storage unit comprising an energy storage cell arranged adjacent to and stacked with a cooling plate in a longitudinal direction, said cooling plate being in thermal contact with said energy storage cell and comprising channels running through the cooling plate for providing cooling to said energy storage cell, wherein said energy storage enclosure comprises: three wall members (204, 206, 208) configured to be in contact with said storage unit, said wall members (204, 206, 208) forming an U-shape and each wall member (204, 206, 208) having an extension in said longitudinal direction, means (402, 416) for compressing said energy storage enclosure arranged to apply a force on said energy storage enclosure and said storage unit in said longitudinal direction, wherein said energy storage enclosure is resilient in the longitudinal direction, such that when a force is applied in said longitudinal direction on said energy storage enclosure and said storage unit, said energy storage enclosure is compressed, and a contact pressure between said cooling plate and said energy storage cell is limited by said resilient energy storage enclosure. three wall members (204, 206, 208) configured to be in contact with said storage unit, said wall members (204, 206, 208) forming an U-shape and each wall member (204, 206, 208) having an extension in said longitudinal direction, means (402, 416) for compressing said energy storage enclosure arranged to apply a force on said energy storage enclosure and said storage unit in said longitudinal direction, wherein said energy storage enclosure is resilient in the longitudinal direction, such that when a force is applied in said longitudinal direction on said energy storage enclosure and said storage unit, said energy storage enclosure is compressed, and a contact pressure between said cooling plate and said energy storage cell is limited by said resilient energy storage enclosure.
An electroluminescence device comprising: (i) electrodes (11, 16); (ii) a plurality of layers (12, 13, 14, 15) which are deposited one on another between the electrodes and include a light emitting layer which emits light by application of an electric field between the electrodes, (iii) a metal thin-film which - is arranged in the vicinity of the light emitting layer, - induces plasmon resonance on the surface thereof by the light emitted from the layer, - has an uneven pattern that is smaller than the wavelength of the light emitted from the light emitting layer, and - has surface modification on at least one of its surfaces including an end group having polarity that makes the work function of the metal thin-film become close to the work function of at least a layer next to the metal thin-film; characterized in that the said metal thin-film is separated from the emitting layer region by a distance of 5-30 nm. (i) electrodes (11, 16); (ii) a plurality of layers (12, 13, 14, 15) which are deposited one on another between the electrodes and include a light emitting layer which emits light by application of an electric field between the electrodes, (iii) a metal thin-film which - is arranged in the vicinity of the light emitting layer, - induces plasmon resonance on the surface thereof by the light emitted from the layer, - has an uneven pattern that is smaller than the wavelength of the light emitted from the light emitting layer, and - has surface modification on at least one of its surfaces including an end group having polarity that makes the work function of the metal thin-film become close to the work function of at least a layer next to the metal thin-film; - is arranged in the vicinity of the light emitting layer, - induces plasmon resonance on the surface thereof by the light emitted from the layer, - has an uneven pattern that is smaller than the wavelength of the light emitted from the light emitting layer, and - has surface modification on at least one of its surfaces including an end group having polarity that makes the work function of the metal thin-film become close to the work function of at least a layer next to the metal thin-film;
Hybrid power train for a motor vehicle, comprising - an internal combustion engine, - a first electric machine which predominantly operates as a generator and whose rotor is connected to an output shaft of the internal combustion engine, and whose electric output is connected to an electric energy store, - a second electric machine which operates predominantly as a motor and whose electric input is connected to the electric energy store, wherein at least one coupling element (S1, S2, S3) is provided by means of which the first electric machine and/or the second electric machine can be coupled to an output of the motor vehicle via a transmission stage (i1, i2, i3), and wherein the first electric machine can optionally be coupled to the output via a first coupling element and a first transmission stage or via a second coupling element and a second transmission stage, characterized in that the second electric machine can be coupled to the output optionally via a separate coupling element and a third transmission stage and independently of the first electric machine. - an internal combustion engine, - a first electric machine which predominantly operates as a generator and whose rotor is connected to an output shaft of the internal combustion engine, and whose electric output is connected to an electric energy store, - a second electric machine which operates predominantly as a motor and whose electric input is connected to the electric energy store,
A tamperproof closure for use on a container comprising a base which can be or is arranged on a container port, wherein the container port can be or is connected to the basis in a fluid-tight manner as well as a closure part connected to the base via a predetermined breaking point, characterized in that the base and the closure part each have at least one single-handedly operable force-enhancing device (14, 16) by which a movement of the base and the closure part relative to each other can be force-assisted in terms of destruction of the predetermined breaking point, wherein the force-enhancing devices (18, 20) enclose there between an angle (α), viewed in the circumferential direction of the closure, which corresponds at least substantially to the required amount of rotation of the closure part vis-à-vis the base for destroying the predetermined breaking point.
A vaginal dilation device adapted to expand from a collapsed configuration to an expanded configuration, comprising: a handle portion; a distal tip; a shaft portion extending distally from the handle portion to the distal tip, the shaft portion comprising: a spine region extending distally from the handle portion, the spine region comprising a plurality of spines arranged parallel to each other, the spine region being generally tubular in shape and being configured to expand in diameter as the shaft portion expands from the collapsed configuration to the expanded configuration; and a distal arm region extending distally from the spine region to the distal tip of the vaginal dilation device, the distal arm region comprising a plurality of distal arms that connect the distal tip of the vaginal dilation device to a distal end of each of the plurality of spines, the distal arm region being generally conical in shape; wherein the distal tip of the vaginal dilation device is configured to maintain a constant diameter profile in both the collapsed configuration and the expanded configuration; characterised in that the distal arm region is configured to provide a gradual increase in diameter along the shaft portion from the distal tip to the spine region. a handle portion; a distal tip; a shaft portion extending distally from the handle portion to the distal tip, the shaft portion comprising: a spine region extending distally from the handle portion, the spine region comprising a plurality of spines arranged parallel to each other, the spine region being generally tubular in shape and being configured to expand in diameter as the shaft portion expands from the collapsed configuration to the expanded configuration; and a distal arm region extending distally from the spine region to the distal tip of the vaginal dilation device, the distal arm region comprising a plurality of distal arms that connect the distal tip of the vaginal dilation device to a distal end of each of the plurality of spines, the distal arm region being generally conical in shape; a spine region extending distally from the handle portion, the spine region comprising a plurality of spines arranged parallel to each other, the spine region being generally tubular in shape and being configured to expand in diameter as the shaft portion expands from the collapsed configuration to the expanded configuration; and a distal arm region extending distally from the spine region to the distal tip of the vaginal dilation device, the distal arm region comprising a plurality of distal arms that connect the distal tip of the vaginal dilation device to a distal end of each of the plurality of spines, the distal arm region being generally conical in shape; wherein the distal tip of the vaginal dilation device is configured to maintain a constant diameter profile in both the collapsed configuration and the expanded configuration; characterised in that the distal arm region is configured to provide a gradual increase in diameter along the shaft portion from the distal tip to the spine region.
A document stacker for receiving documents from a document processing device, wherein the document stacker comprises: a document support, and a frame, wherein the document support is attached to the frame by a linear guide means configured such that the document support is linearly movable with respect to the frame along a non-horizontal predetermined path of movement, and wherein the document stacker further comprises a load cell configured to resist relative movement between the frame and the document support along said path of movement and to emit an output signal representative of the load applied to the load cell by the document support. a document support, and a frame, wherein the document support is attached to the frame by a linear guide means configured such that the document support is linearly movable with respect to the frame along a non-horizontal predetermined path of movement, and wherein the document stacker further comprises a load cell configured to resist relative movement between the frame and the document support along said path of movement and to emit an output signal representative of the load applied to the load cell by the document support.
A method for performing an elliptic curve cryptographic process to generate output data based on input data, the elliptic curve cryptographic process based on an elliptic curve over a finite field, wherein the generation of the output data comprises generating, based on a predetermined point V of the elliptic curve and a positive R -bit integer k, a first point of the elliptic curve that is based, at least in part, on the point kV of the elliptic curve, wherein k = ∑ r = 0 R − 1 2 r b r and, for each r = 0,1,..., R - 1, b r is the bit value of k at bit position r of k, characterized in that the method comprises: storing, according to a partition of the R bit positions for k into T nonoverlapping groups of bit positions P t (t = 0,1,...,T - 1) that together span the R bit positions for k, where T is an integer greater than 1, a corresponding lookup table L t for each of the groups of bit positions P t, the lookup table L t having, for each of the 2 | P t | possible options for assigning to the | P t | bit positions s ∈ P t a respective bit value x s, a corresponding point of the elliptic curve that is based, at least in part, on the point (Σ s ∈ P t 2 s x s) V of the elliptic curve; obtaining k; determining the first point as ∑ t = 0 T − 1 l t, where l t is the point of the elliptic curve that corresponds, in lookup table L t, to the option for assigning to the | P t | bit positions s ∈ P t the corresponding bit value b s; generating the output data using the determined first point. storing, according to a partition of the R bit positions for k into T nonoverlapping groups of bit positions P t (t = 0,1,...,T - 1) that together span the R bit positions for k, where T is an integer greater than 1, a corresponding lookup table L t for each of the groups of bit positions P t, the lookup table L t having, for each of the 2 | P t | possible options for assigning to the | P t | bit positions s ∈ P t a respective bit value x s, a corresponding point of the elliptic curve that is based, at least in part, on the point (Σ s ∈ P t 2 s x s) V of the elliptic curve; obtaining k; determining the first point as ∑ t = 0 T − 1 l t, where l t is the point of the elliptic curve that corresponds, in lookup table L t, to the option for assigning to the | P t | bit positions s ∈ P t the corresponding bit value b s; generating the output data using the determined first point.
An image display method for adjusting an image color, comprising: Transforming a RGB parameter by means of a first gamma curve succeeded by an inverse second gamma curve into a second RGB parameter, whereby a first RGB parameter of a pixel of an image is dependent from the first gamma curve and comprises a first R parameter, a first G parameter and a first B parameter and the second RGB parameter comprises a second R parameter, a second G parameter and a second B parameter; obtaining a hue component parameter and a value component parameter according to the first RGB parameter, and obtaining a saturation component parameter according to the second RGB parameter; obtaining a third RGB parameter according to the hue component parameter, the saturation component parameter, and the value component parameter; and displaying the pixel according to the third RGB parameter. Transforming a RGB parameter by means of a first gamma curve succeeded by an inverse second gamma curve into a second RGB parameter, whereby a first RGB parameter of a pixel of an image is dependent from the first gamma curve and comprises a first R parameter, a first G parameter and a first B parameter and the second RGB parameter comprises a second R parameter, a second G parameter and a second B parameter; obtaining a hue component parameter and a value component parameter according to the first RGB parameter, and obtaining a saturation component parameter according to the second RGB parameter; obtaining a third RGB parameter according to the hue component parameter, the saturation component parameter, and the value component parameter; and displaying the pixel according to the third RGB parameter.
A saw head for a sawmill, said saw head comprising: • a frame; • a drive driving an elongate saw blade, • a blade guide contacting said elongate saw blade and capable of decreasing transverse and/or vertical movement of the elongate saw blade when said blade is in motion; • said blade guide affixed to a guide support which is slidably engaged to the frame; characterised by: • said guide support having a guide support adjuster pivotally connected thereto at a proximal end, having a distal end, and having teeth on its lower edge, said teeth capable of engaging a peg affixed to the frame; • whereby, when the distal end is lifted, the guide support is capable of horizontal motion thereby adjusting the position of the blade guide on the saw blade, and, when the distal end is dropped at least one of said teeth engage the peg, locking the guide support in place and preventing said horizontal motion. • a frame; • a drive driving an elongate saw blade, • a blade guide contacting said elongate saw blade and capable of decreasing transverse and/or vertical movement of the elongate saw blade when said blade is in motion; • said blade guide affixed to a guide support which is slidably engaged to the frame; characterised by: • said guide support having a guide support adjuster pivotally connected thereto at a proximal end, having a distal end, and having teeth on its lower edge, said teeth capable of engaging a peg affixed to the frame; • whereby, when the distal end is lifted, the guide support is capable of horizontal motion thereby adjusting the position of the blade guide on the saw blade, and, when the distal end is dropped at least one of said teeth engage the peg, locking the guide support in place and preventing said horizontal motion.
A roof window comprising a frame, a sash, and a pane, in which the frame comprises a set of frame members including a top frame member, two side frame members (22, 23) and a bottom frame member and the sash comprises a set of sash members including a top sash member, two side sash members (32, 33) and a bottom sash member, an interface unit being provided to interact with auxiliary equipment and/or other components of the roof window in an assembled condition of the frame, wherein the interface unit comprises a top interface element and two side interface elements (82, 83) configured to be received in a receiving structure comprising an interface unit groove in an exterior side of the top frame member and two side frame members (22, 23), said exterior side being a side of a roof window in the mounted condition facing the outdoors or external side of the building, wherein each interface element (81, 82, 83) comprises a base portion with an anchor section, said anchor section being configured to be received in the interface unit groove in the exterior side of the top frame member and two side members (22, 23), and wherein each interface element (81, 82, 83) is provided as a two-component element provided by co-extrusion or co-moulding of two -or more- different materials, wherein at least a sealing portion has different properties than at least the base portion. the frame comprises a set of frame members including a top frame member, two side frame members (22, 23) and a bottom frame member and the sash comprises a set of sash members including a top sash member, two side sash members (32, 33) and a bottom sash member, an interface unit being provided to interact with auxiliary equipment and/or other components of the roof window in an assembled condition of the frame, wherein the interface unit comprises a top interface element and two side interface elements (82, 83) configured to be received in a receiving structure comprising an interface unit groove in an exterior side of the top frame member and two side frame members (22, 23), said exterior side being a side of a roof window in the mounted condition facing the outdoors or external side of the building, wherein each interface element (81, 82, 83) comprises a base portion with an anchor section, said anchor section being configured to be received in the interface unit groove in the exterior side of the top frame member and two side members (22, 23), and wherein each interface element (81, 82, 83) is provided as a two-component element provided by co-extrusion or co-moulding of two -or more- different materials, wherein at least a sealing portion has different properties than at least the base portion.
Method for a system time independent authentication of interactions in microcontroller-based and/or FPGA-based devices or systems, in particular embedded systems and/or flame monitors, in which, in each one of a requesting device and an authenticating device, a cryptographic hash-value (R'TOTP, RTOTP) is calculated in accordance with one of mutually shared secrets used by both devices (10, 30) and in a TOTP module (12, 32) operating in accordance with a TOTP method in both devices (10, 30), wherein, instead of a system time, a specifiable information is provided to the TOTP modules (12, 32) for calculating the respective hash value (R'TOTP, RTOTP), such that the specifiable information is generated or provided by the authenticating device and, upon request of the requesting device or by means of a direct input into the authenticating device, is transferred to the requesting device, where it is then provided to the TOTP module operating there for calculating a hash value and the hash value (R'TOTP) calculated there is transmitted to the authenticating device, and in that, if this hash value (R'TOTP) received from the authenticating device matches the hash value (RTOTP) calculated in the authenticating device using the specified information, a successful authentication is carried out and the interaction is allowed which, if there is no match, will otherwise be blocked.
An apparatus for reducing mechanical shock and vibration in a downhole tool configured to be disposed in a borehole, the apparatus comprising: a frustum-shaped sleeve configured to be disposed between a downhole tool and another downhole component; wherein the downhole tool and the downhole component are configured to mate with each other; and wherein the frustum-shaped sleeve comprises: a central axis; an inside; an outside; and a mechanical shock absorbing material; characterised in that the inside or the outside of the frustum-shaped sleeve comprises a pyramidal frustum-shaped surface with four or more sides; wherein the downhole tool or the downhole component has a pyramidal frustum-shaped surface configured to mate with the pyramidal frustum-shaped surface of the frustum-shaped sleeve. a frustum-shaped sleeve configured to be disposed between a downhole tool and another downhole component; wherein the downhole tool and the downhole component are configured to mate with each other; and wherein the frustum-shaped sleeve comprises: a central axis; an inside; an outside; and a mechanical shock absorbing material; characterised in that the inside or the outside of the frustum-shaped sleeve comprises a pyramidal frustum-shaped surface with four or more sides; a central axis; an inside; an outside; and a mechanical shock absorbing material; characterised in that the inside or the outside of the frustum-shaped sleeve comprises a pyramidal frustum-shaped surface with four or more sides; wherein the downhole tool or the downhole component has a pyramidal frustum-shaped surface configured to mate with the pyramidal frustum-shaped surface of the frustum-shaped sleeve.