mhurhangee/ep-ind-claims huggingface dataset:
A corona ignition assembly, comprising: a firing end assembly including a firing end insulator surrounding an igniter central electrode; an ignition coil assembly connected to said firing end assembly for conveying energy to said igniter central electrode; a high voltage connection connecting said firing end assembly to said ignition coil assembly; said high voltage connection including a shield formed of metal; and said high voltage connection including an upper insert formed of metal connecting said shield to said ignition coil assembly and a lower insert formed of metal connecting said shield to said firing end assembly; characterised in that said high voltage connection includes a high voltage insulator formed of silicon rubber and presenting an insulator outer surface, said shield surrounding said high voltage insulator; first portions of said insulator outer surface adhere to said shield, said upper insert, and said lower insert; and second portions of said insulator outer surface are not adhered to said shield, said upper insert, or said lower insert. a firing end assembly including a firing end insulator surrounding an igniter central electrode; an ignition coil assembly connected to said firing end assembly for conveying energy to said igniter central electrode; a high voltage connection connecting said firing end assembly to said ignition coil assembly; said high voltage connection including a shield formed of metal; and said high voltage connection including an upper insert formed of metal connecting said shield to said ignition coil assembly and a lower insert formed of metal connecting said shield to said firing end assembly; characterised in that said high voltage connection includes a high voltage insulator formed of silicon rubber and presenting an insulator outer surface, said shield surrounding said high voltage insulator; first portions of said insulator outer surface adhere to said shield, said upper insert, and said lower insert; and second portions of said insulator outer surface are not adhered to said shield, said upper insert, or said lower insert.
An exhaust ventilation device for controlling environmental parameters in a room, of the type that can be mounted to a wall for providing fluid communication between the interior of said room and the outside environment of said room by capturing an airflow in said room and ejecting it out of said room, said exhaust ventilation device comprising: - an exhaust ventilation member and a container structure in which said exhaust ventilation member is adapted to be placed; - a plurality of sensors, each monitoring a physical quantity of air in said room; - at least one microprocessor placed within said container structure and adapted to define an operating threshold of said exhaust ventilation member according to a program code that is configured to combine the values detected by said plurality of sensors, the value of said operating threshold being dynamically adjusted by said at least one microprocessor as said combination of values detected by said plurality of sensors changes; - at least one printed-circuit board having said plurality of sensors and said microprocessor operably arranged thereon; characterized in that said container structure comprises a portion that, during use, projects in the interior of the room, while forming a clearance between the portion and the wall, said portion defining a first surface opposed to a second surface (5B"), said first surface and said second surface (5B") being transverse to the direction of extension of the wall, said first surface being exposed to the view of a user and said second surface (5B") being hidden from the view of such user, said printed-circuit board being associated with said second surface (5B") such that the airflow impinges thereupon during operation of said exhaust ventilation member. - an exhaust ventilation member and a container structure in which said exhaust ventilation member is adapted to be placed; - a plurality of sensors, each monitoring a physical quantity of air in said room; - at least one microprocessor placed within said container structure and adapted to define an operating threshold of said exhaust ventilation member according to a program code that is configured to combine the values detected by said plurality of sensors, the value of said operating threshold being dynamically adjusted by said at least one microprocessor as said combination of values detected by said plurality of sensors changes; - at least one printed-circuit board having said plurality of sensors and said microprocessor operably arranged thereon;
A method comprising: receiving, by a base station central unit from a base station distributed unit, assistance information comprising information of subsequent data for a small data transmission, SDT, procedure of a wireless device; and transmitting a radio resource control, RRC, release message to the wireless device based on the assistance information. receiving, by a base station central unit from a base station distributed unit, assistance information comprising information of subsequent data for a small data transmission, SDT, procedure of a wireless device; and transmitting a radio resource control, RRC, release message to the wireless device based on the assistance information.
Method to promote a non-savoury flavour in a food product, comprising the steps of: a) adding at least one amino acid to a milk source, wherein the amino acid is selected from phenylalanine, leucine, isoleucine, valine and mixtures thereof, b) adding at least one micro-organism to the milk source, wherein the micro-organism produces at least one enzyme capable of converting the amino acid(s), c) fermenting the milk source, wherein the released enzyme(s) react(s) with the amino acid(s) present in the fermentation mixture to provide direct or indirect conversion products which are responsible for a particular flavour, wherein the flavour is a non-savoury flavour, d) adding a lipase and lactase in the form of enzyme preparations or in the form of immobilized enzymes, prior to and/or during and/or after fermentation, e) optionally drying the fermented milk source and f) adding said fermented milk source to the food product. a) adding at least one amino acid to a milk source, wherein the amino acid is selected from phenylalanine, leucine, isoleucine, valine and mixtures thereof, b) adding at least one micro-organism to the milk source, wherein the micro-organism produces at least one enzyme capable of converting the amino acid(s), c) fermenting the milk source, wherein the released enzyme(s) react(s) with the amino acid(s) present in the fermentation mixture to provide direct or indirect conversion products which are responsible for a particular flavour, wherein the flavour is a non-savoury flavour, d) adding a lipase and lactase in the form of enzyme preparations or in the form of immobilized enzymes, prior to and/or during and/or after fermentation, e) optionally drying the fermented milk source and f) adding said fermented milk source to the food product.
A user equipment, UE, comprising: a wireless local area network, WLAN, transceiver configured to communicate with a WLAN; a cellular transceiver configured to communicate with a cellular network via a radio access network, RAN, wherein the UE is provided, by the cellular network, with RAN selection criteria that include one or more RAN WLAN thresholds; and an offloading module configured to offload traffic of the UE between the WLAN and the cellular network, wherein the offloading module is configured to receive an access network discovery and selection function, ANDSF, management object, MO from an ANDSF server, wherein said ANDSF MO includes ANDSF selection criteria and one or more ANDSF WLAN thresholds; characterized in that the ANDSF MO includes a preference indicator to indicate a preference between the RAN selection criteria and the ANDSF selection criteria, and further includes an offload preference indication indicating a preference between said cellular network and said WLAN, wherein said offloading module is configured to offload said traffic according to the preference indicator and based on said offload preference indication, wherein said offloading module is configured to use said RAN WLAN thresholds when the preference indicator indicates said RAN selection criteria are preferred, and to use said ANDSF WLAN thresholds when the preference indicator indicates said ANDSF selection criteria are preferred. a wireless local area network, WLAN, transceiver configured to communicate with a WLAN; a cellular transceiver configured to communicate with a cellular network via a radio access network, RAN, wherein the UE is provided, by the cellular network, with RAN selection criteria that include one or more RAN WLAN thresholds; and an offloading module configured to offload traffic of the UE between the WLAN and the cellular network, wherein the offloading module is configured to receive an access network discovery and selection function, ANDSF, management object, MO from an ANDSF server, wherein said ANDSF MO includes ANDSF selection criteria and one or more ANDSF WLAN thresholds; characterized in that the ANDSF MO includes a preference indicator to indicate a preference between the RAN selection criteria and the ANDSF selection criteria, and further includes an offload preference indication indicating a preference between said cellular network and said WLAN, wherein said offloading module is configured to offload said traffic according to the preference indicator and based on said offload preference indication, wherein said offloading module is configured to use said RAN WLAN thresholds when the preference indicator indicates said RAN selection criteria are preferred, and to use said ANDSF WLAN thresholds when the preference indicator indicates said ANDSF selection criteria are preferred.
A method for providing information in an information processing system, the method comprising: acquiring, via a network, biological gas information; outputting (S206,S207) information related to stress of a user to an information terminal; characterized by the biological gas information representing a concentration of benzothiazole in biological gas released from a skin surface of the user measured with a sensor for detecting benzothiazole released from the skin surface of the user; and obtaining reference information representing an upper limit of a normal range of the concentration of benzothiazole, using a memory storing the reference information representing the upper limit of the normal range, wherein the information related to stress is output (S206, S207) after it is determined (S204,S205) that a frequency with which the concentration of benzothiazole of the user is more than the upper limit of the normal range tends to increase, wherein the biological gas information is acquired in a pregnancy period of the user. acquiring, via a network, biological gas information; outputting (S206,S207) information related to stress of a user to an information terminal; characterized by the biological gas information representing a concentration of benzothiazole in biological gas released from a skin surface of the user measured with a sensor for detecting benzothiazole released from the skin surface of the user; and obtaining reference information representing an upper limit of a normal range of the concentration of benzothiazole, using a memory storing the reference information representing the upper limit of the normal range, wherein the information related to stress is output (S206, S207) after it is determined (S204,S205) that a frequency with which the concentration of benzothiazole of the user is more than the upper limit of the normal range tends to increase, wherein the biological gas information is acquired in a pregnancy period of the user.
A method for observing a sample as an observation object with a scanning electron microscope wherein the observation object is irradiated with an electron beam, comprising: a step of imparting electrical conductivity at least to the observation surface of the observation object by impregnating the observation object with an ionic liquid that is composed of a cation and an anion and is not volatilized at all or is scarcely volatilized under vacuum; and a step of obtaining an image of the observation object by detecting at least one of secondary electrons, reflected electrons, characteristic X-rays, and fluorescence from the observation object generated by the collision of the electron beam with the observation object having been impregnated with the ionic liquid as described above. a step of imparting electrical conductivity at least to the observation surface of the observation object by impregnating the observation object with an ionic liquid that is composed of a cation and an anion and is not volatilized at all or is scarcely volatilized under vacuum; and a step of obtaining an image of the observation object by detecting at least one of secondary electrons, reflected electrons, characteristic X-rays, and fluorescence from the observation object generated by the collision of the electron beam with the observation object having been impregnated with the ionic liquid as described above.
An absorbent article comprising a liquid pervious bodyside liner adapted to be positioned adjacent to a wearer's body, a liquid impervious backsheet and an absorbent core positioned between the bodyside liner and the backsheet, said article further comprising a porous liquid transfer layer between the bodyside liner and the absorbent core, both of said liner and said transfer layer containing thermoplastic material and are bonded together in a plurality of bonding sites within which the thermoplastic material has been caused to at least partially soften or melt and thereby bond together the liner and the transfer layer, said liner comprising a plurality of perforations, said liner having a three-dimensional structure of alternating raised and depressed regions, wherein the perforations are present in the bottoms of the depressions of said liner as seen from the body facing side of the liner, said article having a longitudinal direction (y) and a transverse direction (x), characterized in that in at least a central part of the article, corresponding to the so called wetting area, said bonding sites cover an area of between 0.2% and 5% of the total area of said part of the liner that is circumscribed by said bonding sites and that each bonding site has an area of no more than 13 mm 2.
An oil-based drilling fluid comprising: a base oil continuous phase comprising a base oil; an aqueous dispersed phase; and at least one rheology modifier comprising a magnesium/aluminum (Mg/Al) layered-double hydroxide adamantane compound. a base oil continuous phase comprising a base oil; an aqueous dispersed phase; and at least one rheology modifier comprising a magnesium/aluminum (Mg/Al) layered-double hydroxide adamantane compound.
A hydrodesulfurization device comprising: a hydro-desulfurizer configured to remove a sulfur component from a raw material; and a heater configured to heat the hydro-desulfurizer; wherein the hydro-desulfurizer includes a plurality of blocks, formed by division along its length direction in a circumferential direction, and disposed annularly around an outer periphery of the heater; wherein the hydro-desulfurizer is configured such that the raw material having passed through inside of each of the blocks moves to its adjacent block; and wherein the hydro-desulfurizer is configured such that adjacent blocks are communicated with each other and the raw material flows in the adjacent blocks in opposite directions. a hydro-desulfurizer configured to remove a sulfur component from a raw material; and a heater configured to heat the hydro-desulfurizer; wherein the hydro-desulfurizer includes a plurality of blocks, formed by division along its length direction in a circumferential direction, and disposed annularly around an outer periphery of the heater; wherein the hydro-desulfurizer is configured such that the raw material having passed through inside of each of the blocks moves to its adjacent block; and wherein the hydro-desulfurizer is configured such that adjacent blocks are communicated with each other and the raw material flows in the adjacent blocks in opposite directions.
An ethylene-based polymer comprising the following properties: a) weight fraction, as a percentage (w) of molecular weight above 5*10 6 g/mol, w > A-B*I2, where A = 0.4 wt%, and B is 0.02 wt%/(dg/min), and w < C-B*I 2 %, where C = 0.9 wt%; b) G' (at G" equal to 500 Pa) > D - E*log, where D=162 Pa and E = 52 Pa/log(dg/min), c) a Mw(abs)/Mn(abs) from 17.0 to 24.0; and d) n-hexane extractables < X wt%+Y*log(I 2), where X = 2.3 wt% and Y = 1.66 wt%/log(dg/min). a) weight fraction, as a percentage (w) of molecular weight above 5*10 6 g/mol, w > A-B*I2, where A = 0.4 wt%, and B is 0.02 wt%/(dg/min), and w < C-B*I 2 %, where C = 0.9 wt%; b) G' (at G" equal to 500 Pa) > D - E*log, where D=162 Pa and E = 52 Pa/log(dg/min), c) a Mw(abs)/Mn(abs) from 17.0 to 24.0; and d) n-hexane extractables < X wt%+Y*log(I 2), where X = 2.3 wt% and Y = 1.66 wt%/log(dg/min).
An electrophotographic image forming device comprising: a first image forming unit employing an invisible developing agent configured to absorb light in a predetermined wavelength band; a second image forming unit employing a visible developing agent; and a processing unit for controlling the first image forming unit and the second image forming unit; an input unit for receiving identification information and image data from a host device; the processing unit being configured to control the first image forming unit to form an identification image according to the identification information, and to control the second image forming unit to form a main image according to the image data; characterised by: a density detector for detecting a first density of images formed by the first image forming unit and a second density of images formed by the second image forming unit, wherein the processing unit is arranged to calculate a first correction by comparing the first density with a first reference density, to calculate a second correction by comparing the second density with a second reference density, to adjust an image forming parameter of the first image forming unit according to the first correction, and to adjust an image forming parameter of the second image forming unit according to the second correction, the first reference density being calculated by using the second reference density and a predetermined coefficient. a first image forming unit employing an invisible developing agent configured to absorb light in a predetermined wavelength band; a second image forming unit employing a visible developing agent; and a processing unit for controlling the first image forming unit and the second image forming unit; an input unit for receiving identification information and image data from a host device; the processing unit being configured to control the first image forming unit to form an identification image according to the identification information, and to control the second image forming unit to form a main image according to the image data; a density detector for detecting a first density of images formed by the first image forming unit and a second density of images formed by the second image forming unit, wherein the processing unit is arranged to calculate a first correction by comparing the first density with a first reference density, to calculate a second correction by comparing the second density with a second reference density, to adjust an image forming parameter of the first image forming unit according to the first correction, and to adjust an image forming parameter of the second image forming unit according to the second correction, the first reference density being calculated by using the second reference density and a predetermined coefficient.
An instrument configured for use in preparing a femur for soft tissue repair or reconstruction, comprising: a cannulated, curved guide tool having a cannulated body extending to a distal tip and a plane defined by a longitudinal axis of the cannulated body and distal tip; and a flange secured to the distal tip and extending from the distal tip in a direction transverse from the distal tip, the flange having a first curve, in at least a first direction along at least a portion of the flange, characterized in that said flange also has a second curve in at least a second direction, different from the first direction, along at least a portion of the flange, and a degree of tilt, relative to the plane, along at least a portion of the flange. a cannulated, curved guide tool having a cannulated body extending to a distal tip and a plane defined by a longitudinal axis of the cannulated body and distal tip; and a flange secured to the distal tip and extending from the distal tip in a direction transverse from the distal tip, the flange having a first curve, in at least a first direction along at least a portion of the flange, characterized in that said flange also has a second curve in at least a second direction, different from the first direction, along at least a portion of the flange, and a degree of tilt, relative to the plane, along at least a portion of the flange.
Exhaust valve for an internal combustion engine, comprising an actuator, a valve stem adapted to be moved by means of the actuator, a valve body fastened to the valve stem, a valve seat onto which the valve body can be lowered and from which the valve body can be lifted, a guide bushing that is arranged in a housing and via which the valve stem is mounted in the housing, a sealing means for sealing a gap between the guide bushing and the valve stem, and a shielding sleeve radially surrounding the valve stem, characterized in that the shielding sleeve has a conical section in which the diameter of the shielding sleeve tapers axially in the direction of a first axial end facing the valve body tapered, that the sealing means is arranged radially between the shielding sleeve and the valve stem and axially in the conical section of the shielding sleeve spaced from the first axial end of the shielding sleeve, the shape of the sealing means in the unloaded state on the radial outside corresponds to the shape of the shielding sleeve inside and on the radial inside corresponds to the shape of the valve stem outside, and that the sealing means is loaded by a spring in the axial direction towards the first axial end of the shielding sleeve. a valve stem adapted to be moved by means of the actuator, a valve body fastened to the valve stem, a valve seat onto which the valve body can be lowered and from which the valve body can be lifted, a guide bushing that is arranged in a housing and via which the valve stem is mounted in the housing, a sealing means for sealing a gap between the guide bushing and the valve stem, and a shielding sleeve radially surrounding the valve stem, characterized in that the shielding sleeve has a conical section in which the diameter of the shielding sleeve tapers axially in the direction of a first axial end facing the valve body tapered, that the sealing means is arranged radially between the shielding sleeve and the valve stem and axially in the conical section of the shielding sleeve spaced from the first axial end of the shielding sleeve, the shape of the sealing means in the unloaded state on the radial outside corresponds to the shape of the shielding sleeve inside and on the radial inside corresponds to the shape of the valve stem outside, and that the sealing means is loaded by a spring in the axial direction towards the first axial end of the shielding sleeve.