mhurhangee/ep-ind-claims huggingface dataset:
A heatable cavity for a kitchen appliance, particularly for an oven, wherein the heatable cavity comprises a plurality of cavity walls defining a cooking chamber for cooking foodstuff, and a central opening for placing foodstuff into the cooking chamber, characterized in that the outer surface of at least one of the cavity walls comprises a coating that comprises a material with a low emissivity, wherein said material with a low emissivity has a lower emissivity than a layer of oxidized steel, such as is generated on the outer surface of cavity walls during firing of a layer of enamel on an inner surface of the cavity, and wherein at least part of said outer surface of at least one of the cavity walls comprises a layer that comprises oxidized steel, and wherein said layer that comprises oxidized steel is at least partially covered by said coating that comprises the material with the low emissivity.
An apparatus, comprising a buttress applier cartridge, wherein the buttress applier cartridge comprises: (i) a housing defining a gap configured to receive a portion of an end effector of a surgical stapler, (ii) a platform, wherein a portion of the platform is exposed in the gap defined by the housing, (iii) a first buttress assembly positioned on the platform, wherein the first buttress assembly is exposed in the gap defined by the housing, and (iv) a data communication feature, wherein the data communication feature is configured to provide communication of data relating to the buttress applier cartridge, wherein the data communication feature comprises a display, wherein the display is operable to visually render information based on data relating to the cartridge. (i) a housing defining a gap configured to receive a portion of an end effector of a surgical stapler, (ii) a platform, wherein a portion of the platform is exposed in the gap defined by the housing, (iii) a first buttress assembly positioned on the platform, wherein the first buttress assembly is exposed in the gap defined by the housing, and (iv) a data communication feature, wherein the data communication feature is configured to provide communication of data relating to the buttress applier cartridge,
Aluminium foil for battery electrodes having an electrode coating at least in sections, - wherein the aluminium foil is made of an alloy of the type AAlxxx, A3xxx and/or AA 8xxx and - wherein the aluminium foil has a work-hardened state, - wherein the surface of the aluminium foil is at least partially degreased with a corona treatment and prepared for an electrode coating, - wherein the aluminium foil has a surface tension of at least 34 mN/m to 44 mN/m, characterised in that - the surface of the aluminium foil has a surface roughness Sa of 0.07 μm to 0.12 μm. - wherein the aluminium foil is made of an alloy of the type AAlxxx, A3xxx and/or AA 8xxx and - wherein the aluminium foil has a work-hardened state, - wherein the surface of the aluminium foil is at least partially degreased with a corona treatment and prepared for an electrode coating, - wherein the aluminium foil has a surface tension of at least 34 mN/m to 44 mN/m, characterised in that - the surface of the aluminium foil has a surface roughness Sa of 0.07 μm to 0.12 μm. - the surface of the aluminium foil has a surface roughness Sa of 0.07 μm to 0.12 μm.
Tyre for an aeroplane, comprising: - a tread, - a working reinforcement radially on the inside of the tread and comprising at least one working layer, - the radially internal working layer having an axial width at least equal to two-thirds of the maximum axial width of the tyre and comprising a concave portion, - a carcass reinforcement radially on the inside of the working reinforcement and comprising at least one carcass layer, - a hoop reinforcement radially on the outside of the carcass reinforcement and comprising at least one hooping layer, - the hooping layer having an axial width at most equal to 0.8 times the width of the widest working layer and comprising mutually parallel reinforcing elements that are inclined, with respect to the circumferential direction (XX'), at an angle of between +10° and -10°, - the reinforcing elements of the hooping layer having a mean diameter D, characterized in that the hooping layer comprises at least one axial discontinuity having an axial width at least equal to three times the mean diameter D of the reinforcing elements. - a tread, - a working reinforcement radially on the inside of the tread and comprising at least one working layer, - the radially internal working layer having an axial width at least equal to two-thirds of the maximum axial width of the tyre and comprising a concave portion, - a carcass reinforcement radially on the inside of the working reinforcement and comprising at least one carcass layer, - a hoop reinforcement radially on the outside of the carcass reinforcement and comprising at least one hooping layer, - the hooping layer having an axial width at most equal to 0.8 times the width of the widest working layer and comprising mutually parallel reinforcing elements that are inclined, with respect to the circumferential direction (XX'), at an angle of between +10° and -10°, - the reinforcing elements of the hooping layer having a mean diameter D,
A sound output device comprising: a detecting portion which detects, as detected values, peak values or effective values of digital audio signals of a plurality of channels on a channel by channel basis; an electric power calculating portion which calculates necessary electric power to output sound according to the detected values; a sound volume adjusting portion (12, 19, 21) which adjusts sound volume of the digital audio signals according to a total of the necessary electric power for each of the channels; and a compressing portion which performs compression of a dynamic range of the digital audio signals, characterized in that the sound volume adjusting portion (12, 19, 21) instructs the compressing portion to perform the compression when the total exceeds a first threshold, which indicates an allowable output electric power of a power supply, but does not exceed a second threshold, which indicates an upper limit of a range of power under which the power supply is protected from destruction in a case of a complete short circuit of the power supply. a detecting portion which detects, as detected values, peak values or effective values of digital audio signals of a plurality of channels on a channel by channel basis; an electric power calculating portion which calculates necessary electric power to output sound according to the detected values; a sound volume adjusting portion (12, 19, 21) which adjusts sound volume of the digital audio signals according to a total of the necessary electric power for each of the channels; and a compressing portion which performs compression of a dynamic range of the digital audio signals, characterized in that the sound volume adjusting portion (12, 19, 21) instructs the compressing portion to perform the compression when the total exceeds a first threshold, which indicates an allowable output electric power of a power supply, but does not exceed a second threshold, which indicates an upper limit of a range of power under which the power supply is protected from destruction in a case of a complete short circuit of the power supply.
A hardened fiber optic connector, comprising: a connector assembly; a crimp body having a first shell and a second shell for securing the connector assembly at a front end of the shells and a cable attachment region rearward of the front end; the hardened fiber optic connector further comprising a shroud having alignment fingers (161a, 161b) on a first end, characterized in that the shroud further comprises a locking feature extending from a rim area of the shroud, wherein the crimp body fits within a portion of the shroud and is secured therein by the locking feature; and that the hardened fiber optic connector is a hardened fiber optic female connector comprising a female coupling nut having an internal attachment feature. a connector assembly; a crimp body having a first shell and a second shell for securing the connector assembly at a front end of the shells and a cable attachment region rearward of the front end; the hardened fiber optic connector further comprising a shroud having alignment fingers (161a, 161b) on a first end, characterized in that the shroud further comprises a locking feature extending from a rim area of the shroud, wherein the crimp body fits within a portion of the shroud and is secured therein by the locking feature; and that the hardened fiber optic connector is a hardened fiber optic female connector comprising a female coupling nut having an internal attachment feature.
Polymer composition, comprising: (a) 91.0 to 98.0 wt.-% of a propylene homopolymer (H-PP), (b) 1.98 to 8.0 wt.-% of at least one hydrocarbon oil, (c) 0.01 to 0.7 wt.-% of at least one nucleating agent, and (d) 0.01 to 2.0 wt.-% of at least one antioxidant, based on the total weight of the propylene homopolymer (H-PP); wherein the sum of components (a), (b), (c) and (d) adds up to at least 95 wt.-% of the total weight of the polymer composition and the propylene homopolymer (H-PP) is an isotactic propylene homopolymer defined by (i) a melt flow rate MFR 2 determined according to ISO1133 at 230 °C and 2.16 kg in the range from 4.0 to 22.0 g/10 min; (ii) a melting temperature in the range of 145 to 162 °C as determined by differential scanning calorimetry; and (iii) a content of 2,1 erythro regio-defects in the range from 0.1 to 1.3 mol % as determined by 13 C-NMR spectroscopy. (a) 91.0 to 98.0 wt.-% of a propylene homopolymer (H-PP), (b) 1.98 to 8.0 wt.-% of at least one hydrocarbon oil, (c) 0.01 to 0.7 wt.-% of at least one nucleating agent, and (d) 0.01 to 2.0 wt.-% of at least one antioxidant, based on the total weight of the propylene homopolymer (H-PP); (i) a melt flow rate MFR 2 determined according to ISO1133 at 230 °C and 2.16 kg in the range from 4.0 to 22.0 g/10 min; (ii) a melting temperature in the range of 145 to 162 °C as determined by differential scanning calorimetry; and (iii) a content of 2,1 erythro regio-defects in the range from 0.1 to 1.3 mol % as determined by 13 C-NMR spectroscopy.
Method for processing authentication information in an authentication server, the method comprising the following steps: sending a challenge during an authentication preparation phase to a trusted computing device for authenticating a user via a smartcard reader connected to the trusted computing device, in response to sending the challenge during the authentication preparation phase, receiving information representing a first part of a response to the challenge, storing the challenge and the first part of the response during the authentication preparation phase for further use during a modified authentication, resending the challenge during the modified authentication to a non-trusted computing device for authenticating the user, in response to resending the challenge, receiving information representing a second part of the response to the challenge via the non-trusted computing device, combining the first and second parts of the response into a combined response, and checking the combined response against the challenge and successfully authenticating the user during the modified authentication if the combined response proves to be valid. sending a challenge during an authentication preparation phase to a trusted computing device for authenticating a user via a smartcard reader connected to the trusted computing device, in response to sending the challenge during the authentication preparation phase, receiving information representing a first part of a response to the challenge, storing the challenge and the first part of the response during the authentication preparation phase for further use during a modified authentication, resending the challenge during the modified authentication to a non-trusted computing device for authenticating the user, in response to resending the challenge, receiving information representing a second part of the response to the challenge via the non-trusted computing device, combining the first and second parts of the response into a combined response, and checking the combined response against the challenge and successfully authenticating the user during the modified authentication if the combined response proves to be valid.
Method for operating a motorcycle with an adaptive cruise control system, wherein a side boundary of a group region of the adaptive cruise control system is set using lane width information, wherein the lane width information is read from a human-machine interface of the motorcycle, wherein a group mode of the adaptive cruise control system can be activated when a target object is identified within the group region.
A template for use in installing a plurality of piles relative to one another in an underwater ground formation, comprising a template frame and a plurality of pile guides having parallel pile guide centrelines and being fixed to the template frame, wherein each pile guide is provided with a pile guide frame that surrounds a passageway configured for passing a pile therethrough, wherein each pile guide frame includes an upper end and a lower end and the template has a template centre located in the middle of the pile guide centrelines, wherein each pile guide is provided with a spacer being fixed to the pile guide frame and protruding into the passageway, wherein the spacer has a pile contact surface for guiding a pile during driving it into the ground, which pile contact surface encloses an imaginary cylinder including a centreline which coincides with the pile guide centreline, characterized in that in circumferential direction about the pile guide centerline the location of the pile contact surface shifts with respect to the corresponding pile guide frame in a direction from the lower end to the upper end thereof as seen in a direction from the template centre to the pile guide centreline.
Method for noise reduction in an imaging device comprising a 4T pixel in operation, said 4T pixel comprising a pinned photodiode (12, 13) and a floating diffusion node, said 4T pixel being fed from a supply source, said photodiode having a potential well capacity lower than the potential well capacity of said floating diffusion node so that, once said photodiode potential well is full, photo-electrons can leak from said photodiode potential well into said potential well of said floating diffusion node, said photodiode potential well and said potential well of said floating diffusion node being separated by a transfer gate potential barrier, the method comprising the steps of - detecting a signal impinging on said 4T pixel of said imaging device and integrating the charge of said detected signal in said photodiode potential well - integrating, once said photodiode potential well is full, leaking charge in said potential well of said floating diffusion node, whereby said floating diffusion node has charge leakage into said supply source, so that, while integrating said charge a non-linear relation exists between said leaking charge in said potential well of said floating diffusion node and the total amount of charge flowing into said potential well of said floating diffusion node, - deriving a linear signal proportional to said detected signal from said charge in said photodiode potential well, - deriving a compressed signal from said charge in said potential well of said floating diffusion node, while keeping said compressed signal separate from said linear signal, said compressed signal being a non-linear function of said detected signal, - summing said linear signal and a linearized version of said compressed signal and performing a non-linear conversion on the summation signal to fit said imaging device's output range. - detecting a signal impinging on said 4T pixel of said imaging device and integrating the charge of said detected signal in said photodiode potential well - integrating, once said photodiode potential well is full, leaking charge in said potential well of said floating diffusion node, whereby said floating diffusion node has charge leakage into said supply source, so that, while integrating said charge a non-linear relation exists between said leaking charge in said potential well of said floating diffusion node and the total amount of charge flowing into said potential well of said floating diffusion node, - deriving a linear signal proportional to said detected signal from said charge in said photodiode potential well, - deriving a compressed signal from said charge in said potential well of said floating diffusion node, while keeping said compressed signal separate from said linear signal, said compressed signal being a non-linear function of said detected signal, - summing said linear signal and a linearized version of said compressed signal and performing a non-linear conversion on the summation signal to fit said imaging device's output range.
Cellulose acetate microfibrils having: a cellulose triacetate I crystal structure; an average substitution degree of 2.0 or more but 3.0 or less; and a number-average fiber diameter of 2 nm or more but 400 nm or less, wherein the average substitution degree and the number-average fiber diameter are determined according to the methods disclosed in the description. a cellulose triacetate I crystal structure; an average substitution degree of 2.0 or more but 3.0 or less; and a number-average fiber diameter of 2 nm or more but 400 nm or less, wherein the average substitution degree and the number-average fiber diameter are determined according to the methods disclosed in the description.
Mains connection system having a device housing comprising a printed circuit board as part of an electronic assembly and/or having a housing for the printed circuit board and having a mains connection cable, having a plurality of single conductors (21, 22) and plug contacts (2, 3, 4) electrically connected to a first end of the single conductors (21, 22), wherein on the mains connection cable attachment means, in particular latching means, are arranged to interact with counter-attachment means, in particular counter-latching means, disposed in particular on the housing for the printed circuit board and/or on the housing of an electrical device comprising the printed circuit board, characterised in that the plug contacts are disposed so as to be directly plugged into an edge region of a populated printed circuit board, wherein the printed circuit board has mating plug contacts (7, 8, 9) associated with the plug contacts (2, 3, 4) in the edge region which electrically contact the plug contacts (21, 22) in the plugged-in state, wherein at least one of the mating plug contacts is configured as a contact area (7, 9) disposed on one of the surfaces of the printed circuit board.
A particle analysis apparatus for performing flow cytometry, comprising: a light irradiation unit that is configured to irradiate particles flowing within a flow path with laser light; a light detection unit that is configured to detect fluorescence or scattered light or both the fluorescence and the scattered light, the fluorescence and the scattered light being emitted from the particles irradiated with the laser light; and a signal processing unit that is configured to process a detection signal of the fluorescence or the scattered light or detection signals of both the fluorescence and the scattered light, the fluorescence and the scattered light being output from the light detection unit, the light irradiation unit including at least a light source that is configured to generate the laser light, and a laser light detector that is configured to detect part of laser light emitted from the light source, wherein the signal processing unit is configured to correct the detection signal of the fluorescence or the scattered light or the detection signals of both the fluorescence and the scattered light, based on a detection result in the laser light detector, the particle analysis apparatus being characterised in that the light irradiation unit includes a light source drive control unit that is configured to adjust output of laser light based on a detection result in the laser light detector, the laser light being output from the light source. a light irradiation unit that is configured to irradiate particles flowing within a flow path with laser light; a light detection unit that is configured to detect fluorescence or scattered light or both the fluorescence and the scattered light, the fluorescence and the scattered light being emitted from the particles irradiated with the laser light; and a signal processing unit that is configured to process a detection signal of the fluorescence or the scattered light or detection signals of both the fluorescence and the scattered light, the fluorescence and the scattered light being output from the light detection unit, the light irradiation unit including at least a light source that is configured to generate the laser light, and a laser light detector that is configured to detect part of laser light emitted from the light source, wherein a light source that is configured to generate the laser light, and a laser light detector that is configured to detect part of laser light emitted from the light source, wherein the signal processing unit is configured to correct the detection signal of the fluorescence or the scattered light or the detection signals of both the fluorescence and the scattered light, based on a detection result in the laser light detector, the particle analysis apparatus being characterised in that the light irradiation unit includes a light source drive control unit that is configured to adjust output of laser light based on a detection result in the laser light detector, the laser light being output from the light source.
A method for producing a plate-fin heat exchanger, wherein a heat exchanger block having heat exchanger passages is provided, and wherein a header is applied to the heat exchanger block, characterized in that the header is formed at least in part using an additive manufacturing method, the header being formed using the additive manufacturing method in such a way that at least one portion of a cross-sectional line of a wall surface (71, 72) of the header has, at a cross-sectional position, a curved profile that differs from a circular segment and from an ellipse segment.