mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for splicing substantially flat continuous material, the apparatus comprising: - a transport unit for transporting a first substantially flat continuous material and a second substantially flat continuous material to a splicing location, wherein the transport unit is adapted to transport the first substantially flat continuous material and the second substantially flat continuous material parallel to each other forming an overlap portion of the first substantially flat continuous material and the second substantially flat continuous material in the splicing location; - a pressure unit arranged in the splicing location adapted to apply a mechanical impact onto at least a part of the overlap portion of the first substantially flat continuous material and the second substantially flat continuous material, thereby at least partially merging the first substantially flat continuous material with the second substantially flat continuous material, characterised in that the transport unit comprises a belt conveyor, and in that the belt conveyor is arranged outside of at least the part of the overlap portion of the first substantially flat continuous material and the second substantially flat continuous material in the splicing location, in at least which part the pressure unit is adapted to apply a mechanical impact to. - a transport unit for transporting a first substantially flat continuous material and a second substantially flat continuous material to a splicing location, wherein the transport unit is adapted to transport the first substantially flat continuous material and the second substantially flat continuous material parallel to each other forming an overlap portion of the first substantially flat continuous material and the second substantially flat continuous material in the splicing location; - a pressure unit arranged in the splicing location adapted to apply a mechanical impact onto at least a part of the overlap portion of the first substantially flat continuous material and the second substantially flat continuous material, thereby at least partially merging the first substantially flat continuous material with the second substantially flat continuous material,
A biological fluid sampling device engageable with a separate vascular access device, comprising: a housing enclosing a biological fluid reservoir, the reservoir defining an interior; an access lumen extending from a portion of the housing and establishing fluid communication between the separate vascular access device and the interior of the reservoir; an outflow lumen extending from a portion of the housing, the outflow lumen having a first end provided in fluid communication with the interior of the reservoir and a second end; and a vented cap removably disposed over the second end of the outflow lumen, the vented cap comprising a gas permeable vent in gaseous communication between the interior of the reservoir and an ambient environment, characterized in that, the interior of the reservoir contains a sample stabilizer therein. a housing enclosing a biological fluid reservoir, the reservoir defining an interior; an access lumen extending from a portion of the housing and establishing fluid communication between the separate vascular access device and the interior of the reservoir; an outflow lumen extending from a portion of the housing, the outflow lumen having a first end provided in fluid communication with the interior of the reservoir and a second end; and a vented cap removably disposed over the second end of the outflow lumen, the vented cap comprising a gas permeable vent in gaseous communication between the interior of the reservoir and an ambient environment, characterized in that, the interior of the reservoir contains a sample stabilizer therein.
A method of bedding a carbon composite material brake disc for use on a vehicle having a hydraulically operated calliper/brake pad assembly (44, 46, 48), the method comprising assembling the calliper/brake pad assembly (44, 46, 48) for use with and to frictionally engage a brake disc, rotating the brake disc relative to the calliper/brake pad assembly (44, 46, 48) and applying air under pneumatic pressure into the calliper/brake pad assembly (44, 46, 48) to frictionally engage the brake pad (46, 48) onto the brake disc.
A method characterised by comprising: - determining a bandwidth for embedding spatial metadata to an audio signal, on the basis of an adaptive gain control value for the audio signal; and - embedding the spatial metadata to the audio signal, on the basis of the determined bandwidth. - determining a bandwidth for embedding spatial metadata to an audio signal, on the basis of an adaptive gain control value for the audio signal; and - embedding the spatial metadata to the audio signal, on the basis of the determined bandwidth.
Method for cooking product to be cooked using at least one microwave unit, the method comprising the following steps: - identifying a type of product to be cooked, - setting a time course of a homogeneity measure for the subsequent cooking as a function of the type of product to be cooked, wherein the homogeneity measure is a measure for the homogeneity of heat distribution within the product to be cooked, and - cooking the product to be cooked using the microwave unit, wherein a respective number of different frequencies and/or phases of radiated microwaves employed is adjusted based on the homogeneity measure valid at a respective point in time. - identifying a type of product to be cooked, - setting a time course of a homogeneity measure for the subsequent cooking as a function of the type of product to be cooked, wherein the homogeneity measure is a measure for the homogeneity of heat distribution within the product to be cooked, and - cooking the product to be cooked using the microwave unit, wherein a respective number of different frequencies and/or phases of radiated microwaves employed is adjusted based on the homogeneity measure valid at a respective point in time.
An electrosurgical generator for supplying electrosurgical energy to tissue, comprising: sensor circuitry configured to measure a voltage phase and a current phase through tissue; a processing device configured to compare the measured voltage and current phase to generate a real power component; and a controller configured to regulate output of the electrosurgical generator based on the real power component and a predetermined imaginary impedance of tissue, whereby the controller is configured to adjust the output of the electrosurgical generator to a pre-determined safeguard level based on a detected fault condition, characterized in that the fault condition is the expiration of a predetermined time limit without the generator achieving a desired power output level based on the real power component, and in that the controller is configured to detect the formation of microbubbles in a given tissue based on changes in complex impendance and to subsequently control the output to ensure a desired complex impendance to sustain microbubble formation. sensor circuitry configured to measure a voltage phase and a current phase through tissue; a processing device configured to compare the measured voltage and current phase to generate a real power component; and a controller configured to regulate output of the electrosurgical generator based on the real power component and a predetermined imaginary impedance of tissue, whereby the controller is configured to adjust the output of the electrosurgical generator to a pre-determined safeguard level based on a detected fault condition, characterized in that the fault condition is the expiration of a predetermined time limit without the generator achieving a desired power output level based on the real power component, and in that the controller is configured to detect the formation of microbubbles in a given tissue based on changes in complex impendance and to subsequently control the output to ensure a desired complex impendance to sustain microbubble formation.
A passive nuclear reactor control device, comprising: a sealed chamber comprising: a reservoir; a tube in fluid communication with the reservoir a molten salt within the sealed chamber, the molten salt being a eutectic mixture of: a monovalent metal halide, and a fluoride or chloride of: one or more lanthanides and/or; hafnium; a gas within the sealed chamber which does not react with the molten salt. a sealed chamber comprising: a reservoir; a tube in fluid communication with the reservoir a reservoir; a tube in fluid communication with the reservoir a molten salt within the sealed chamber, the molten salt being a eutectic mixture of: a monovalent metal halide, and a fluoride or chloride of: one or more lanthanides and/or; hafnium; a monovalent metal halide, and a fluoride or chloride of: one or more lanthanides and/or; hafnium; one or more lanthanides and/or; hafnium; a gas within the sealed chamber which does not react with the molten salt.
An analog of human erythropoietin shown in SEQ ID NO: 1 selected from the group consisting of: (a) Asn 30 Thr 32 Asn 55 Thr 57 Epo; (b) Asn 30 Thr 32 Asn 55 Thr 57 Val 87 Asn 88 Thr 90 Epo; (c) Asn 30 Thr 32 Asn 55 Thr 57 Asn 114 Thr 116 Epo; (d) Asn 30 Thr 32 Val 87 Asn 88 Thr 90 Asn 114 Thr 116 Epo; (e) Asn 30 Thr 32 Asn 55 Thr 57 Val 87 Asn 88 Thr 90 Asn 114 Thr 116 Epo; (f) Asn 30 Thr 32 Asn 55 Thr 57 Val 87 Ass 88 Thr 90 Pro 124 Thr 125 Thr 126 Epo; (g) Asn 30 Thr 32 Asn 55 Thr 57 Asn 114 Thr 116 Pro 124 Thr 125 Thr 126 Epo; (h) Asn 30 Thr 32 Asn 55 Thr 57 Val 87 Ass 88 Thr 90 Asn 114 Thr 116 Pro 124 Thr 125 Thr 126 Epo; and (i) the analog of human erythropoietin according to any one of (a) to (h), further including additions, deletions, or substitutions of additional amino acid residues which do not create new glycosylation sites and which do not substantially alter the biological activity of the analog. (a) Asn 30 Thr 32 Asn 55 Thr 57 Epo; (b) Asn 30 Thr 32 Asn 55 Thr 57 Val 87 Asn 88 Thr 90 Epo; (c) Asn 30 Thr 32 Asn 55 Thr 57 Asn 114 Thr 116 Epo; (d) Asn 30 Thr 32 Val 87 Asn 88 Thr 90 Asn 114 Thr 116 Epo; (e) Asn 30 Thr 32 Asn 55 Thr 57 Val 87 Asn 88 Thr 90 Asn 114 Thr 116 Epo; (f) Asn 30 Thr 32 Asn 55 Thr 57 Val 87 Ass 88 Thr 90 Pro 124 Thr 125 Thr 126 Epo; (g) Asn 30 Thr 32 Asn 55 Thr 57 Asn 114 Thr 116 Pro 124 Thr 125 Thr 126 Epo; (h) Asn 30 Thr 32 Asn 55 Thr 57 Val 87 Ass 88 Thr 90 Asn 114 Thr 116 Pro 124 Thr 125 Thr 126 Epo; and (i) the analog of human erythropoietin according to any one of (a) to (h), further including additions, deletions, or substitutions of additional amino acid residues which do not create new glycosylation sites and which do not substantially alter the biological activity of the analog.
Use of lysozyme and/or protease for reducing or abolishing the enzymatic activity of S. elodea derived arylsulfatase and/or β-glucuronidase in a gellan gum containing broth/liquid medium.
A subjective optometry apparatus for subjectively measuring optical characteristics of a subject eye, comprising: a light projecting optical system that has a visual target presenting portion for emitting a target light flux that presents a visual target (C1a, C1b) to the subject eye in a first angle-of-view range, and guides the target light flux emitted from the visual target presenting portion to the subject eye; and a control portion that controls the light projecting optical system to project a visual target (C1a, C1b) presented by the target light flux emitted from the visual target presenting portion onto the subject eye in a second angle-of-view range that exceeds the first angle-of-view range, wherein a principal ray of the target light flux in a upstream optical path between the visual target presenting portion and a second optical member disposed to be the closest to the visual target presenting portion in an optical axis direction of an optical path of the light projecting optical system is parallel to an optical axis of the upstream optical path. a light projecting optical system that has a visual target presenting portion for emitting a target light flux that presents a visual target (C1a, C1b) to the subject eye in a first angle-of-view range, and guides the target light flux emitted from the visual target presenting portion to the subject eye; and a control portion that controls the light projecting optical system to project a visual target (C1a, C1b) presented by the target light flux emitted from the visual target presenting portion onto the subject eye in a second angle-of-view range that exceeds the first angle-of-view range, wherein a principal ray of the target light flux in a upstream optical path between the visual target presenting portion and a second optical member disposed to be the closest to the visual target presenting portion in an optical axis direction of an optical path of the light projecting optical system is parallel to an optical axis of the upstream optical path.
A method of transmitting data in a multi-radio frequency, RF, system, carried in a user equipment, UE, the method comprising: transmitting first data through a first physical channel to a first base station, BS; and transmitting second data through a second physical channel to a second BS, wherein the first data and the second data are simultaneously transmitted, and wherein the first data is transmitted on a single carrier-frequency division multiple access, SC-FDMA, signal, and the second data is transmitted on an orthogonal frequency division multiple access, OFDMA, signal. transmitting first data through a first physical channel to a first base station, BS; and transmitting second data through a second physical channel to a second BS, wherein the first data and the second data are simultaneously transmitted, and wherein the first data is transmitted on a single carrier-frequency division multiple access, SC-FDMA, signal, and the second data is transmitted on an orthogonal frequency division multiple access, OFDMA, signal.
Composition for the manufacture of fibre-cement products comprising polypropylene fibres and other synthetic organic fibres, characterized in that: - the polypropylene fibres have a titre higher than 6,0 dtex and lower than 20,0 dtex; and - the synthetic organic fibres are selected among poly(vinylalcohol) fibres with a titre of at least 0,5 dtex and lower than 15,0 dtex, or polypropylene fibres having a titre of at least 0,5 dtex and lower than 3,0 dtex or their blends. - the polypropylene fibres have a titre higher than 6,0 dtex and lower than 20,0 dtex; and - the synthetic organic fibres are selected among poly(vinylalcohol) fibres with a titre of at least 0,5 dtex and lower than 15,0 dtex, or polypropylene fibres having a titre of at least 0,5 dtex and lower than 3,0 dtex or their blends.
A sheet size specification system for specifying a size of a sheet on a sheet stacking tray of an image forming device by using an image capture unit of a portable terminal, characterized by: an analyzer (51; 201) configured to analyze image data captured by the image capture unit, the image data indicating the sheet stacking tray and the sheet thereon; and a size specifier (51; 201) configured to acquire, from the analyzed image data, first position data indicating positions of predefined feature points (A, B, C, D) of the sheet stacking tray and second position data indicating positions of an outline of the sheet, and specify the size of the sheet on the sheet stacking tray based on the first position data and the second position data. an analyzer (51; 201) configured to analyze image data captured by the image capture unit, the image data indicating the sheet stacking tray and the sheet thereon; and a size specifier (51; 201) configured to acquire, from the analyzed image data, first position data indicating positions of predefined feature points (A, B, C, D) of the sheet stacking tray and second position data indicating positions of an outline of the sheet, and specify the size of the sheet on the sheet stacking tray based on the first position data and the second position data.
A method for controlling the ink feed in inking units embodied as ductor inking unit of sheet-fed offset printing presses, in which a printing ink from an ink supply intended for printing is provided via an ink metering system, which interacts with an ink fountain roller, and is further transported by a ductor roller, which is moved back and forth between the ink fountain roller and a downstream inking roller, which is embodied as first of a plurality of inking unit rollers, wherein the ink fountain roller is driven at a specified speed, characterized in that the amount of ink transported by the ink fountain roller via the ductor roller is set to a maximum value or to 99 - 100% of the maximum value or to 95 - 100% of the maximum value in the case of a setting of the ink metering system, which is qualified as being dynamic, for the duration of a dynamic adjustment of the ink metering elements.
A socket-outlet, comprising a body of insulating material, mounting brackets shaped thereon for fixing the body to a supporting structure, metallic terminal units, including first connectors (4.1) fitting for contact with the prongs of electric plugs and second connectors (4.2) intended for contact with electric wires, said second connectors (4.2) being present on the sides of the body, and the socket-outlet including an upper earth terminal unit, and a housing component constituting a cover or enclosure which conceals an internal component of the socket-outlet, the socket-outlet's internal component comprising at least the body and the terminal units, characterized in that the first connectors (4.1) are shaped as two-way funnels for receiving the prongs of electric plugs from two opposite directions, whereby the relevant terminal unit can be used both in surface-mount and concealed socket-outlets, that the conductors to be connected to the second connectors (4.2) can be brought to the second connectors (4.2) obliquely from the front side of the socket and that the body has its end wall provided with a lower earth terminal unit as an end terminal unit, which includes third connectors (10.2) which are in contact with the upper earth terminal unit and into which the earth conductors to be connected are insertable obliquely from the front side of the socket.
An electronic device comprising: a battery; a power management circuit configured to supply power from the battery to one or more electronic components included in the electronic device; a battery management circuit configured to control connection between the battery and the power management circuit; a physical key formed on a part of the electronic device; a key control circuit configured to control connection between the physical key and the battery management circuit; and a main processor connected to the power management circuit, wherein in a powered-on state of the electronic device, the physical key is disconnected from the battery management circuit, wherein, to perform a power-off operation: the main processor is configured to: transmit a signal for powering off the electronic device to the power management circuit; and control the key control circuit to connect the physical key with the battery management circuit when the electronic device is powered off, and the power management circuit is configured to: when receiving the signal for powering off the electronic device, control the battery management circuit to disconnect the battery from the power management circuit. a battery; a power management circuit configured to supply power from the battery to one or more electronic components included in the electronic device; a battery management circuit configured to control connection between the battery and the power management circuit; a physical key formed on a part of the electronic device; a key control circuit configured to control connection between the physical key and the battery management circuit; and a main processor connected to the power management circuit, wherein in a powered-on state of the electronic device, the physical key is disconnected from the battery management circuit, wherein, to perform a power-off operation: the main processor is configured to: transmit a signal for powering off the electronic device to the power management circuit; and control the key control circuit to connect the physical key with the battery management circuit when the electronic device is powered off, and transmit a signal for powering off the electronic device to the power management circuit; and control the key control circuit to connect the physical key with the battery management circuit when the electronic device is powered off, and the power management circuit is configured to: when receiving the signal for powering off the electronic device, control the battery management circuit to disconnect the battery from the power management circuit.
A method comprising: controlling a temperature during normal operation in an integrated component package that includes a package lid covering a plurality of lower-power components located adjacent to a high-power component and the high-power component generates a higher amount of heat relative to each of the lower-power components during normal operation by: providing site specific cooling of the package lid at localized regions of greater heat sensitivity, wherein the localized regions of greater heat sensitivity are adjacent the lower-power components and a localized region of lower heat sensitivity is adjacent the high-power component, wherein site specific cooling of the package lid at the localized regions of greater heat sensitivity includes active cooling and cooling of the package lid at the localized region of lower heat sensitivity includes passive cooling; and providing cold plate cooling of the package lid. providing site specific cooling of the package lid at localized regions of greater heat sensitivity, wherein the localized regions of greater heat sensitivity are adjacent the lower-power components and a localized region of lower heat sensitivity is adjacent the high-power component, wherein site specific cooling of the package lid at the localized regions of greater heat sensitivity includes active cooling and cooling of the package lid at the localized region of lower heat sensitivity includes passive cooling; and providing cold plate cooling of the package lid.
Liquid filter in particular of a motor vehicle, comprising a filter head and a spin-on filter element provided for being screwed onto the filter head, wherein the filter head features a central liquid outlet with a first shut-off valve and a radially outer liquid inlet with a second shut-off valve, wherein the spin-on filter element features a housing pot, a seal retainer with at least one inlet opening and at least one drain opening as well as a filter insert disposed in the housing pot and made in particular of zigzag-folded filter paper, wherein the spin-on filter element features a central mandrel for actuating the first shut-off valve and wherein in the seal retainer of the spin-on filter element a circumferential ring bead for actuating the second shut-off valve is formed, characterized in that the spin-on filter element features a circumferential axial seal on a front side facing the filter head, wherein the axial seal spans a sealing plane in which it abuts on a sealing surface of the filter head in mounted state and wherein a contact surface of the ring bead for actuating the second shut-off valve lies approximately in the sealing plane in such a way that an axial distance (a) of the contact surface to the sealing plane is ≤ an axial overall height (b) of the axial seal.