mhurhangee/ep-ind-claims huggingface dataset:
A refrigeration appliance having a refrigeration compartment for preserving foodstuff, a compressor circulating a refrigerant fluid, a condenser providing the refrigerant fluid to be condensed, an evaporator placed in an evaporator interspace separated from the refrigeration compartment by means of an evaporator liner and effecting refrigeration by absorbing the ambient thermal energy, the refrigeration appliance comprises a water discharge line and a discharge line cleaning apparatus with a handle grip usable in position control of a cleaning head of said discharge line cleaning apparatus, characterized in that - the refrigeration appliance further comprises a defrost system for defrosting evaporator coils and the water discharge line leading from said evaporator interspace to a discharge line outlet so as to allow drainage of defrost water; - the discharge line cleaning apparatus is provided such that the handle grip thereof being mounted on the evaporator liner of the refrigeration compartment; - the handle grip is mounted in an evaporator liner opening communicating with a cleaning apparatus guiding housing, the latter extending in the discharge line, in the form of a longitudinal cavity extending inside said evaporator interspace; - the evaporator liner opening is fully covered by the handle grip of the discharge line cleaning apparatus; - the cleaning head extends in its inactive state beyond the level at which the discharge line outlet is located in the discharge line. - the refrigeration appliance further comprises a defrost system for defrosting evaporator coils and the water discharge line leading from said evaporator interspace to a discharge line outlet so as to allow drainage of defrost water; - the discharge line cleaning apparatus is provided such that the handle grip thereof being mounted on the evaporator liner of the refrigeration compartment; - the handle grip is mounted in an evaporator liner opening communicating with a cleaning apparatus guiding housing, the latter extending in the discharge line, in the form of a longitudinal cavity extending inside said evaporator interspace; - the evaporator liner opening is fully covered by the handle grip of the discharge line cleaning apparatus; - the cleaning head extends in its inactive state beyond the level at which the discharge line outlet is located in the discharge line.
A method for performing a random access procedure in an unlicensed band, the method comprising: performing, by a wireless device, a clear channel assessment, CCA, during a random access preamble, RAP, window in the unlicensed band; selecting a plurality of resource block, RB, blocks from N UL RB RBs for the unlicensed band in which a plurality of RAPs are to be transmitted, each RAP being transmitted in one RB block including B RA consecutive RBs; and transmitting, by the wireless device, the plurality of RAPs in the plurality of selected RB blocks if the CCA is successful, wherein an RB block for i-th RAP is selected according to: n PRB RA = { n PRB offset, start RA + K ⌊ f RA 2 ⌋, if f RA mod 2 = 0 N RB UL − B RA − n PRB offset, end RA − K ⌊ f RA 2 ⌋, otherwise where N UL RB is the number RBs for the unlicensed band, n RA PRB is the first RB for the RB block, B RA is the number of consecutive RBs allocated to the RB block, n RA PRB offset, start is the first RB among RBs allocated to i-th RAP, n RA PRB offset,end is the last RB among RBs allocated to i-th RAP, f RA is the RAP resource number allocated to i-th RAP, and K is a given value. performing, by a wireless device, a clear channel assessment, CCA, during a random access preamble, RAP, window in the unlicensed band; selecting a plurality of resource block, RB, blocks from N UL RB RBs for the unlicensed band in which a plurality of RAPs are to be transmitted, each RAP being transmitted in one RB block including B RA consecutive RBs; and transmitting, by the wireless device, the plurality of RAPs in the plurality of selected RB blocks if the CCA is successful, wherein an RB block for i-th RAP is selected according to: n PRB RA = { n PRB offset, start RA + K ⌊ f RA 2 ⌋, if f RA mod 2 = 0 N RB UL − B RA − n PRB offset, end RA − K ⌊ f RA 2 ⌋, otherwise where N UL RB is the number RBs for the unlicensed band, n RA PRB is the first RB for the RB block, B RA is the number of consecutive RBs allocated to the RB block, n RA PRB offset, start is the first RB among RBs allocated to i-th RAP, n RA PRB offset,end is the last RB among RBs allocated to i-th RAP, f RA is the RAP resource number allocated to i-th RAP, and K is a given value.
An imaging device (106, 809) coupled to a wand having an optical source (122, 808) that generates light at a metrology wavelength, wherein the wand is included in an intra-oral imaging system (102, 800), the imaging device (106, 809) comprising a spectral filter that transmits the light of the metrology wavelength and blocks light of other wavelengths a lens (126, 810) coupled to the spectral filter, and a sensor (124, 812), wherein the light of the metrology wavelength is incident on the sensor after being transmitted through the lens (126, 810) and the spectral filter, and wherein the sensor converts the light of the metrology wavelength that is incident on the sensor into electrical signals to generate intra-oral imagery, characterised in that the metrology wavelength is 405 +/-1 nanometers or less; and in that the intra-oral imaging system (102, 800) is configured to perform metrology by capturing a plurality of images with the imaging device (106, 809) to generate three-dimensional views of structures that exist in an oral cavity.
An ethylene-vinyl alcohol copolymer composition comprising: an ethylene-vinyl alcohol copolymer; and an alkali earth metal compound; characterized in that the ethylene-vinyl alcohol copolymer composition further comprises: a sorbic acid ester; wherein the sorbic acid ester is present in an amount of 0.00001 to 10 ppm based on the weight of the ethylene-vinyl alcohol copolymer composition; wherein a ratio / of the weight of the alkali earth metal compound on a metal basis to the weight of the sorbic acid ester is 10 to 30,000. an ethylene-vinyl alcohol copolymer; and an alkali earth metal compound; wherein the sorbic acid ester is present in an amount of 0.00001 to 10 ppm based on the weight of the ethylene-vinyl alcohol copolymer composition; wherein a ratio / of the weight of the alkali earth metal compound on a metal basis to the weight of the sorbic acid ester is 10 to 30,000.
A method of fabricating an optics wafer, the method comprising: providing a wafer comprising a core region composed of a glass-reinforced epoxy, the wafer further comprising a first resin layer on a top surface of the core region and a second resin layer on a bottom surface of the core region, wherein the core region and first and second resin layers (9, 10A, 10B) are substantially non-transparent for a specific range of the electromagnetic spectrum, the wafer further including vertical transparent regions that extend through the core region and the first and second resin layers (10A, 10B) and are composed of a material that is substantially transparent for the specific range of the electromagnetic spectrum; thinning the wafer from its top surface and its bottom surface so that a resulting thickness is within a predetermined range without causing glass fibers of the core region to become exposed; and providing respective optical structures on one or more exposed surfaces of at least some of the transparent regions. providing a wafer comprising a core region composed of a glass-reinforced epoxy, the wafer further comprising a first resin layer on a top surface of the core region and a second resin layer on a bottom surface of the core region, wherein the core region and first and second resin layers (9, 10A, 10B) are substantially non-transparent for a specific range of the electromagnetic spectrum, the wafer further including vertical transparent regions that extend through the core region and the first and second resin layers (10A, 10B) and are composed of a material that is substantially transparent for the specific range of the electromagnetic spectrum; thinning the wafer from its top surface and its bottom surface so that a resulting thickness is within a predetermined range without causing glass fibers of the core region to become exposed; and providing respective optical structures on one or more exposed surfaces of at least some of the transparent regions.
A mechanism for coupling motion of an actuator (90; 590), the mechanism being adapted to surround the actuator (90; 590) and to contact opposite ends of the actuator (90; 590), the mechanism comprising: a mounting portion (10; 510) that during extension motion lengthening the actuator (90; 590) remains at a fixed position and receives a pushing force from a first end (91; 591) of the actuator (90; 590), and a lifting portion (30,40,50; 530,540,550) that during extension motion lengthening the actuator (90; 590) receives a pushing force from a second end (95; 595) of the actuator (90; 590), the second end of the actuator being opposite to the first end of the actuator (90; 590), whereby the extension motion lengthening the actuator (90; 590) causes the lifting portion to move in an upward direction, wherein the lifting portion comprises a lifting housing (30; 530), characterized in that: the lifting housing (30; 530) comprises an outward axially projecting traverse bar (32; 532), the traverse bar (32; 532) being provided in a central opening (12; 512) of the mounting portion, and the lifting portion configured to lift a central shaft (96; 596) linkable with the traverse bar (32; 532). a mounting portion (10; 510) that during extension motion lengthening the actuator (90; 590) remains at a fixed position and receives a pushing force from a first end (91; 591) of the actuator (90; 590), and a lifting portion (30,40,50; 530,540,550) that during extension motion lengthening the actuator (90; 590) receives a pushing force from a second end (95; 595) of the actuator (90; 590), the second end of the actuator being opposite to the first end of the actuator (90; 590), whereby the extension motion lengthening the actuator (90; 590) causes the lifting portion to move in an upward direction, wherein the lifting portion comprises a lifting housing (30; 530), characterized in that: the lifting housing (30; 530) comprises an outward axially projecting traverse bar (32; 532), the traverse bar (32; 532) being provided in a central opening (12; 512) of the mounting portion, and the lifting portion configured to lift a central shaft (96; 596) linkable with the traverse bar (32; 532). the lifting housing (30; 530) comprises an outward axially projecting traverse bar (32; 532), the traverse bar (32; 532) being provided in a central opening (12; 512) of the mounting portion, and the lifting portion configured to lift a central shaft (96; 596) linkable with the traverse bar (32; 532).
Pharmaceutical composition comprising an alpha-MSH analogue selected from the group consisting of: [Nle 4, D-Phe 7]-alpha MSH [Nle 4, D-Phe 7]-alpha MSH 4-10 [Nle 4, D-Phe 7]-alpha MSH 4-11 [Nle 4, D-Phe 7 -D-Trp 9]-alpha MSH 4-11, or [Nle 4, D-Phe 7]-alpha MSH 4-9 for use in treating or preventing vitiligo in a human subject wherein the pharmaceutical composition is subcutaneously administered in a sustained-release delivery system.
A driving support apparatus comprising: an other vehicle detection unit which detects an other vehicle travelling on a second lane adjacent to a first lane on which an own vehicle is travelling; a proximity detector which outputs an proximity signal when it is detected that the other vehicle is located in a detection range (14R, 14L) set on the second lane at a predetermined detection distance from the own vehicle; and a proximity controller which activates a proximity control unit (18, 41, 42, 43) when it is detected that a turn signal lever is operated for a direction in which the own vehicle is to be moved towards a same side as that where the other vehicle was detected while the proximity signal is being output, the apparatus characterized by further comprising: an other vehicle information acquision unit which acquires information containing at least a size of the other vehicle detected by the other vehicle detection unit; and a setting unit which compares a size of the own vehicle with that of the other vehicle and increases the predetermined detection distance more as the size of the other vehicle is larger than that of the own vehicle. an other vehicle detection unit which detects an other vehicle travelling on a second lane adjacent to a first lane on which an own vehicle is travelling; a proximity detector which outputs an proximity signal when it is detected that the other vehicle is located in a detection range (14R, 14L) set on the second lane at a predetermined detection distance from the own vehicle; and a proximity controller which activates a proximity control unit (18, 41, 42, 43) when it is detected that a turn signal lever is operated for a direction in which the own vehicle is to be moved towards a same side as that where the other vehicle was detected while the proximity signal is being output, the apparatus characterized by further comprising: an other vehicle information acquision unit which acquires information containing at least a size of the other vehicle detected by the other vehicle detection unit; and a setting unit which compares a size of the own vehicle with that of the other vehicle and increases the predetermined detection distance more as the size of the other vehicle is larger than that of the own vehicle. an other vehicle information acquision unit which acquires information containing at least a size of the other vehicle detected by the other vehicle detection unit; and a setting unit which compares a size of the own vehicle with that of the other vehicle and increases the predetermined detection distance more as the size of the other vehicle is larger than that of the own vehicle.
An airfoil comprising: a leading edge, a trailing edge, and pressure and suction surfaces (64,65) defined therebetween; an inner platform coupled to a root section of the airfoil, the inner platform comprising a curvilinear gusset extending along a lower surface of the inner platform, opposite the root section, wherein the curvilinear gusset extends along a camber line of the airfoil defined in the root section of the airfoil, opposite the curvilinear gusset; and an outer platform coupled to a tip section of the airfoil, characterised in that the outer platform comprises a multi-lobed gusset extending along an upper surface of the outer platform, opposite the tip section, wherein the multi-lobed gusset comprises four lobes (84,86) meeting at a nexus, and wherein the four lobes (84,86) extend from the nexus to axially forward and axially aft bolt holes (88,92) on the upper surface of the outer platform. a leading edge, a trailing edge, and pressure and suction surfaces (64,65) defined therebetween; an inner platform coupled to a root section of the airfoil, the inner platform comprising a curvilinear gusset extending along a lower surface of the inner platform, opposite the root section, wherein the curvilinear gusset extends along a camber line of the airfoil defined in the root section of the airfoil, opposite the curvilinear gusset; and an outer platform coupled to a tip section of the airfoil, characterised in that the outer platform comprises a multi-lobed gusset extending along an upper surface of the outer platform, opposite the tip section, wherein the multi-lobed gusset comprises four lobes (84,86) meeting at a nexus, and wherein the four lobes (84,86) extend from the nexus to axially forward and axially aft bolt holes (88,92) on the upper surface of the outer platform.
Hinged closure lid made of plastic for placing onto a container, with a main part which has a dispenser opening, a lid which is mounted pivotably on the main part and, in a closure position resting on the main part, closes the dispenser opening, and an actuating part which is mounted on the main part so as to be adjustable between an inoperative position and an actuating position, wherein the lid is adjustable from the closure position in the direction of an open position when the actuating part is in the actuated, wherein the actuating part is connected to the lid via at least one flexible web serving as a predetermined breaking point, wherein the web is destructible when the actuating part is first adjusted into the actuating position, characterized in that the actuating part, in the actuating position thereof, is in contact with the lid and loads the lid into the open position.
An injection device for injecting a pharmaceutical liquid drug containing a preservative, comprising: - a housing supporting a cartridge having an interior chamber containing the pharmaceutical preservative containing liquid drug to be injected, - a needle cannula usable for multiple injections and having a front part with a tip and a back part, which back part is adapted to be in liquid communication with the interior chamber of the cartridge, and - a telescopic needle covering shield, which distally is provided with a reservoir confining a predetermined volume of a liquid for cleaning at least the tip of the needle cannula between subsequent injections, and which telescopic needle covering shield is urged distally into a first position by a first resilient member and moved proximally against the bias of the first resilient member into a second position during injection; - the first position being a position in which, the tip of the front part of the needle cannula is located inside the reservoir, and - the second position being a position in which, the tip of the front part of the needle cannula is located outside the reservoir and distally to the reservoir, characterized in that the identical same pharmaceutical preservative containing drug is present in both the reservoir of the telescopic needle covering shield and in the interior chamber of the cartridge. - a housing supporting a cartridge having an interior chamber containing the pharmaceutical preservative containing liquid drug to be injected, - a needle cannula usable for multiple injections and having a front part with a tip and a back part, which back part is adapted to be in liquid communication with the interior chamber of the cartridge, and - a telescopic needle covering shield, which distally is provided with a reservoir confining a predetermined volume of a liquid for cleaning at least the tip of the needle cannula between subsequent injections, and which telescopic needle covering shield is urged distally into a first position by a first resilient member and moved proximally against the bias of the first resilient member into a second position during injection; - the first position being a position in which, the tip of the front part of the needle cannula is located inside the reservoir, and - the second position being a position in which, the tip of the front part of the needle cannula is located outside the reservoir and distally to the reservoir, - a telescopic needle covering shield, which distally is provided with a reservoir confining a predetermined volume of a liquid for cleaning at least the tip of the needle cannula between subsequent injections, and which telescopic needle covering shield is urged distally into a first position by a first resilient member and moved proximally against the bias of the first resilient member into a second position during injection; - the first position being a position in which, the tip of the front part of the needle cannula is located inside the reservoir, and - the second position being a position in which, the tip of the front part of the needle cannula is located outside the reservoir and distally to the reservoir,
A method, comprising: detecting, by an apparatus, at least one content notification message indicating contents of each of a plurality of messages frequency-multiplexed with a discovery message to parallel sub-channels of a channel in a bi-directional wireless network, wherein the discovery message is different from the at least one content notification message and comprises a narrowband indicator indicating transmission timing reserved for a narrowband transmission on the channel, and the plurality of messages and the discovery message are present simultaneously on the parallel sub-channels; selecting, autonomously by the apparatus, a sub-channel on the basis of the detected content notification message; and receiving, by the apparatus, a message from the selected sub-channel. detecting, by an apparatus, at least one content notification message indicating contents of each of a plurality of messages frequency-multiplexed with a discovery message to parallel sub-channels of a channel in a bi-directional wireless network, wherein the discovery message is different from the at least one content notification message and comprises a narrowband indicator indicating transmission timing reserved for a narrowband transmission on the channel, and the plurality of messages and the discovery message are present simultaneously on the parallel sub-channels; selecting, autonomously by the apparatus, a sub-channel on the basis of the detected content notification message; and receiving, by the apparatus, a message from the selected sub-channel.
An in vitro method for the diagnosis of foetal alcohol spectrum disorders (FASDs) in a subject comprising the following steps: a) measuring the amount of placental growth factor (PlGF) in a biological sample from said subject and; b) comparing the amount of PlGF from step a) with a reference, and c) establishing an FASD in said subject. a) measuring the amount of placental growth factor (PlGF) in a biological sample from said subject and; b) comparing the amount of PlGF from step a) with a reference, and c) establishing an FASD in said subject.
A process for electroplating a cobalt deposit onto a semiconductor base structure comprising submicron-sized electrical interconnect features, wherein the submicron electrical interconnect features comprise a plurality of cavities in the semiconductor base structure, each cavity of said plurality having a bottom, sidewall, and top opening, wherein an entry dimension of the submicron interconnect is less than 100 nm, the process comprising contacting a metalizing substrate within said interconnect features with an electrodeposition composition comprising: a source of cobalt ions, wherein the composition comprises between 0.1 and 5 wt.% cobalt ions; between 5 and 250 mg/L of an acetylenic suppressor compound; between 1 and 4.5 wt.% of a buffering agent; optionally a stress reducer; and water; said composition being substantially free of any divalent sulfur compounds; and free of any functional concentration of reducing agents effective to reduce cobaltous ions (Co 2+) to metallic cobalt (Co 0); and supplying electrical current to the electrolytic composition to deposit cobalt onto the base structure and fill the submicron-sized features with cobalt, and wherein said cobalt deposit contains no more than 300 ppm sulfur. a source of cobalt ions, wherein the composition comprises between 0.1 and 5 wt.% cobalt ions; between 5 and 250 mg/L of an acetylenic suppressor compound; between 1 and 4.5 wt.% of a buffering agent; optionally a stress reducer; and water; said composition being substantially free of any divalent sulfur compounds; and free of any functional concentration of reducing agents effective to reduce cobaltous ions (Co 2+) to metallic cobalt (Co 0); and supplying electrical current to the electrolytic composition to deposit cobalt onto the base structure and fill the submicron-sized features with cobalt, and wherein said cobalt deposit contains no more than 300 ppm sulfur.