mhurhangee/ep-ind-claims huggingface dataset:
A method of assessing fat in whey in the making of a dairy product in accordance with a dairy product recipe, the method comprising the steps of: a. using one or more optical sensors (61; 62; 63; 64) to sense whey separated from curd in dairy product making apparatus and generate one or more signals indicative of the degree of optical attenuation and/or scattering in the stream of whey; b. converting or processing one or more said signals as a measure of the specific mass of fat lost from curd in a dairy product-making plant; and c. assessing whether the value of specific mass of fat lost obtained in Step b lies within or outside a predetermined fat loss range; d. characterised in that if the said value of specific mass of fat lost is outside the predetermined range, the method includes real-time adjustment of the recipe based on the one or more signals indicative of the degree of optical attenuation and/or scattering so that the value of specific mass of fat lost lies within the predetermined range, in that the one or more optical sensors (61; 62; 63; 64) sense at least one stream (22; 24; 27; 29) of whey; and in that the converting or processing of one or more said signals results in a measure of the specific mass of fat lost from the curd into the stream (22; 24; 27; 29) of whey whereby to provide a real-time analysis of fat lost from the curd. a. using one or more optical sensors (61; 62; 63; 64) to sense whey separated from curd in dairy product making apparatus and generate one or more signals indicative of the degree of optical attenuation and/or scattering in the stream of whey; b. converting or processing one or more said signals as a measure of the specific mass of fat lost from curd in a dairy product-making plant; and c. assessing whether the value of specific mass of fat lost obtained in Step b lies within or outside a predetermined fat loss range; d. characterised in that if the said value of specific mass of fat lost is outside the predetermined range, the method includes real-time adjustment of the recipe based on the one or more signals indicative of the degree of optical attenuation and/or scattering so that the value of specific mass of fat lost lies within the predetermined range, in that the one or more optical sensors (61; 62; 63; 64) sense at least one stream (22; 24; 27; 29) of whey; and in that the converting or processing of one or more said signals results in a measure of the specific mass of fat lost from the curd into the stream (22; 24; 27; 29) of whey whereby to provide a real-time analysis of fat lost from the curd.
A bus system for building services equipment, in particular a DALI bus system, having: - a building services bus, in particular a DALI bus, and - at least two bus subscribers (BT1, BT2), which are connected to the building services bus and in each case have a supply unit (1''', 1''''), wherein the supply units (1''', 1'''') can be operated independently of each other, and wherein each of the bus subscribers (BT1, BT2) is configured to output a measurement current generated by the respective supply unit (1''', 1'''') to the building services bus, and wherein the at least two bus subscribers (BT1, BT2) are connected to the building services bus such that applied measurement currents (I M) overlap, in particular are added up, wherein the bus subscribers (BT1, BT2) in each case have a control unit (4"', 4''''), which is configured to detect and to evaluate a bus current (I aus) applied to the building services bus, and on the basis of the detected bus current (I aus) and the measurement current IM) to determine a number of bus subscribers (BT1, BT2) connected to the building services bus, wherein each control unit (4"', 4'''') is configured to determine based on the determined number of bus subscribers (BT1, BT2) whether a threshold value for a total bus current is exceeded, if the determined number of bus subscribers (BT1, BT2) outputs in each case an operating current to the building services bus instead of the measurement current. - a building services bus, in particular a DALI bus, and - at least two bus subscribers (BT1, BT2), which are connected to the building services bus and in each case have a supply unit (1''', 1''''), wherein the supply units (1''', 1'''') can be operated independently of each other, and wherein each of the bus subscribers (BT1, BT2) is configured to output a measurement current generated by the respective supply unit (1''', 1'''') to the building services bus, and wherein the at least two bus subscribers (BT1, BT2) are connected to the building services bus such that applied measurement currents (I M) overlap, in particular are added up,
Cosmetic preparation comprising 2,4-bis-{[4-(2-ethylhexyloxy)-2-hydroxy]phenyl}-6-(4-methoxyphenyl)-1,3,5-triazine (INCI: Bis-Ethylhexyloxyphenol Methoxyphenyl Triazine) and from 0.25 to 0.5% by weight, based on the total weight of the preparation, of 1-hydroxy-4-methyl-6-(2,4,4-trimethylpentyl)-2 -pyridone (piroctone) or from 0.1 to 0.5% by weight, based on the total weight of the preparation, of piroctone olamine.
A strain sensor unit comprising: - a substrate having a through-hole, a first electrode and a second electrode, wherein the first and second electrode (15, 17) are formed on one surface of the substrate; - a piezoelectric device, wherein the piezoelectric device is drawn from the first electrode and extended inward the through-hole; - a piezoresistor, wherein the piezoresistor is drawn from the second electrode and extended inward the through-hole, wherein the piezoresistor overlaps with a whole or part of the piezoelectric device; and - optionally a interfacial layers made of amorphous oxide semiconductor, wherein the interfacial layer is formed on a contact surface between the piezoelectric device and the piezoresistor. - a substrate having a through-hole, a first electrode and a second electrode, wherein the first and second electrode (15, 17) are formed on one surface of the substrate; - a piezoelectric device, wherein the piezoelectric device is drawn from the first electrode and extended inward the through-hole; - a piezoresistor, wherein the piezoresistor is drawn from the second electrode and extended inward the through-hole, wherein the piezoresistor overlaps with a whole or part of the piezoelectric device; and - optionally a interfacial layers made of amorphous oxide semiconductor, wherein the interfacial layer is formed on a contact surface between the piezoelectric device and the piezoresistor.
A household appliance comprising a body, a cut-out arranged on the body, and a housing that is disposed into the cut-out and that houses the electronic components placed therein, wherein there is a protector and a cover, wherein the protector is mounted over the housing and the cover is mounted on the protector, wherein the protector is fixed between the housing and the cover, wherein the cover is produced from metal, characterized in that the protector is produced from plastic.
A system, comprising - a dental implant having an insertion portion for anchoring in a jaw bone, and - a replacement ring (28, 328, 428) for replacing a subtractively removable annular material region in a coronal region of the insertion portion, the shape of the replacement ring (28, 328, 428) being, at least partially, inscribable into the shape of the dental implant in the coronal region, such that an inner peripheral surface of the replacement ring lies within the shape of the dental implant, wherein the insertion portion extends along an implant axis, and wherein the dental implant has a coronal projection for receiving an abutment and/or for receiving a machining unit for intra-oral subtractive surface machining of the insertion portion, wherein the coronal projection is integrally connected with the insertion portion, wherein the coronal projection extends from the insertion portion in the coronal direction and along a prosthesis axis, and the prosthesis axis and the implant axis are inclined towards each other, preferably inclined towards each other at an angle α in the range 0° < α ≤ 45°. - a dental implant having an insertion portion for anchoring in a jaw bone, and - a replacement ring (28, 328, 428) for replacing a subtractively removable annular material region in a coronal region of the insertion portion, the shape of the replacement ring (28, 328, 428) being, at least partially, inscribable into the shape of the dental implant in the coronal region, such that an inner peripheral surface of the replacement ring lies within the shape of the dental implant, wherein the insertion portion extends along an implant axis, and wherein the dental implant has a coronal projection for receiving an abutment and/or for receiving a machining unit for intra-oral subtractive surface machining of the insertion portion, wherein the coronal projection is integrally connected with the insertion portion, wherein the coronal projection extends from the insertion portion in the coronal direction and along a prosthesis axis, and the prosthesis axis and the implant axis are inclined towards each other, preferably inclined towards each other at an angle α in the range 0° < α ≤ 45°. wherein the insertion portion extends along an implant axis, and wherein the dental implant has a coronal projection for receiving an abutment and/or for receiving a machining unit for intra-oral subtractive surface machining of the insertion portion, wherein the coronal projection is integrally connected with the insertion portion, wherein the coronal projection extends from the insertion portion in the coronal direction and along a prosthesis axis, and the prosthesis axis and the implant axis are inclined towards each other, preferably inclined towards each other at an angle α in the range 0° < α ≤ 45°.
A track maintenance machine for tamping sleepers installed on a ballast bed of a track, comprising a machine frame movable on rail-based running gears, track lifting and lining units for correcting the track geometry as well as two 1-sleeper tamping units (8, 9) arranged one behind the other in the direction of the longitudinal axis of the machine that work independently of one another, with each tamping unit (8, 9) comprising at least four tamping unit segments that work independently of one another, adjustable in height via vertical drives and horizontally shiftable in the transverse direction of the machine via transverse drives, with each tamping unit segment comprising at least one tamping tool carrier, with opposing tamping tools being mounted on the tamping tool carrier and coupled via a vibration drive, wherein one of the two tamping units (8, 9) is designed as a turnout tamping unit, that by means of a shifting unit consisting of three transverse guiding units (25, 26, 27) that work independently of one another the associated tamping unit segments are transversely shiftably mounted and can be positioned outwards with respect to the longitudinal axis of the machine in relation to the machine frame or in relation to a satellite frame movable along the longitudinal axis of the machine, and that the other tamping unit is designed as a plain-line tamping unit in such a way that the associated tamping unit segments are transversely shiftably mounted and can be positioned with only one shifting unit.
A milk heating and/or milk foaming device to be operated with a beverage preparation device, in particular with a coffee machine, comprising a milk tube for transporting milk that is to be heated and/or to be foamed to foaming and/or heating means of the device, a valve comprising an adjustable valve body being assigned to the milk tube for adjusting the volume flow, the valve body comprising a grip surface for manually adjusting, preferably by rotating the valve body about its longitudinal axis, and/or being coupled with an electromotive drive for the automatic adjustment of the valve body, preferably by rotating the valve body about its longitudinal axis, or being coupleable with an electromotive drive of the beverage preparation device, characterized in that the milk tube is divided, at least in sections, into a main tube section and a bypass tube section for bypassing the main tube section, and in that the bypass tube section is arranged in parallel to the main tube with regard to the fluid transport, and in that the valve is assigned to the bypass tube section, such that the volume flow passing through the bypass tube section is adjustable by means of the valve, said adjustment of the valve body being carried out manually or by means of the electromotive drive, in order to adjust a volume flow ratio between a partial milk volume flow passing through the bypass tube section and a partial milk volume flow passing through the main tube section, and that both partial milk volume flows are conducted either separately to the foaming and/or heating means or are combined as a total milk volume flow.
A method performed by a user equipment, UE, in a wireless communication system, the method comprising: sending a registration request message to an access and mobility management function, AMF, in a visited public land mobile network, VPLMN; receiving a registration accept message from the AMF in the VPLMN; and characterized in selecting a PLMN other than the VPLMN in case that a preferred PLMN list is not received in the registration accept message, wherein a universal subscriber identity module, USIM, of the UE is configured with an indication that the UE is to receive the preferred PLMN list. sending a registration request message to an access and mobility management function, AMF, in a visited public land mobile network, VPLMN; receiving a registration accept message from the AMF in the VPLMN; and characterized in selecting a PLMN other than the VPLMN in case that a preferred PLMN list is not received in the registration accept message,
Take-up device for taking up insulating fluid from a tank of a transformer or a reactor, comprising a take-up container, which is designed as a hollow body and can be connected to a tank opening of the tank, so that insulating fluid can flow through the tank opening between a tank interior of the tank and an interior of the take-up container, and a compensator, which is designed as a hollow body with a variable compensator volume and is arranged in the take-up container while being sealed with respect to the take-up container, characterized in that a compensator bottom of the compensator has an inner Buchholz relay connection with a bottom opening in the compensator bottom, wherein, at the inner Buchholz relay connection, a Buchholz relay is connected, as part of the take-up device, in a compensator interior of the compensator.
A method of printing with a printing system comprising: - a print surface (18a; 88); - a feed mechanism (42; 70) arranged for feeding a print substrate (60; 74) onto the print surface; - a sensor (62; 80) capable of detecting a height of an image receiving surface of the print substrate (60; 74) relative to the print surface (18a; 88); and - a print head (54; 86) disposed above the print surface (18a, 88) for forming an image on the image receiving surface, the print head being adjustable in height relative to the print surface, characterized in that the following steps are performed at least at a start of a print run: a) if the height detected by the sensor (62; 80) is within a predetermined range, discarding the print substrate and feeding a new print substrate; and b) changing the height of the print head (54; 86) only on condition that an event in which a print substrate has been discarded in step (a) has occurred at least twice. - a print surface (18a; 88); - a feed mechanism (42; 70) arranged for feeding a print substrate (60; 74) onto the print surface; - a sensor (62; 80) capable of detecting a height of an image receiving surface of the print substrate (60; 74) relative to the print surface (18a; 88); and - a print head (54; 86) disposed above the print surface (18a, 88) for forming an image on the image receiving surface, the print head being adjustable in height relative to the print surface, a) if the height detected by the sensor (62; 80) is within a predetermined range, discarding the print substrate and feeding a new print substrate; and b) changing the height of the print head (54; 86) only on condition that an event in which a print substrate has been discarded in step (a) has occurred at least twice.
A method for ergonomically performing burrless drilling through a pair of adjacently positioned components (16, 18) on a non-flat surface, the method comprising: securing at least one track (12, 14) to one of said components adjacent an area where a machining operation is to be performed; securing a machining subassembly to said track that permits said machining subassembly to move along said track; using a counter weighting subsystem to support said machining subassembly to maintain said machining subassembly in at least a near zero weight condition, to enable said machining subassembly to be moved along said track by an individual with a low degree of physical effort, said counter weighting subsystem comprising an extendable and retractable cable secured to the machining subassembly; and using said machining subassembly to clamp said components together prior to beginning said machining operation. securing at least one track (12, 14) to one of said components adjacent an area where a machining operation is to be performed; securing a machining subassembly to said track that permits said machining subassembly to move along said track; using a counter weighting subsystem to support said machining subassembly to maintain said machining subassembly in at least a near zero weight condition, to enable said machining subassembly to be moved along said track by an individual with a low degree of physical effort, said counter weighting subsystem comprising an extendable and retractable cable secured to the machining subassembly; and using said machining subassembly to clamp said components together prior to beginning said machining operation.
A therapeutic device for attachment to a human or animal body, comprising: a flexible substrate, an array of infrared-emitting ceramic elements disposed on or within the substrate, and an attachment means, the array comprising at least a first plurality of infrared-emitting ceramic elements having a first specific spectral luminance covering the wavelength range of 3-7 μm and a first peak wavelength within the range of 3-7 μm, said therapeutic device being characterised by further comprising at least a second infrared-emitting ceramic element having a second specific spectral luminance covering the wavelength range of 7-14 μm and a second peak wavelength within the range of 7-14 μm, wherein the first specific spectral luminance is different from the second specific spectral luminance, and wherein the first peak wavelength is different from the second peak wavelength.
Process for hydrophobizing a microporous thermal insulation molding comprising hydrophilic silica, in which the molding is treated with at least one organosilane, in which one or more organosilanes which are gaseous under the reaction conditions are introduced into a chamber containing the microporous thermal insulation molding comprising hydrophilic silica until the pressure difference Δp ≥ 20 mbar, wherein Δp = p2 - p1, where p1 = pressure in the chamber before introduction of the organosilane, p2 = pressure in the chamber at which the introduction of the organosliane is stopped, characterized in that the microporous thermal insulation molding comprising hydrophilic silica is perforated.
A thin-film transistor substrate comprising: a first buffer layer on a substrate; a lower protective metal layer on the first buffer layer; a second buffer layer on the lower protective metal layer; a semiconductor layer on the second buffer layer and comprising a channel region, lightly doped regions, a source region, and a drain region; a first insulating film on the semiconductor layer; a gate electrode on the first insulating film and electrically connected to the lower protective metal layer; a second insulating film on the gate electrode; and source and drain electrodes on the second insulating film and electrically connected to the source and drain regions, respectively; wherein the lower protective metal layer overlaps the channel region of the semiconductor layer, and wherein the substrate is flexible and formed of plastic. a first buffer layer on a substrate; a lower protective metal layer on the first buffer layer; a second buffer layer on the lower protective metal layer; a semiconductor layer on the second buffer layer and comprising a channel region, lightly doped regions, a source region, and a drain region; a first insulating film on the semiconductor layer; a gate electrode on the first insulating film and electrically connected to the lower protective metal layer; a second insulating film on the gate electrode; and source and drain electrodes on the second insulating film and electrically connected to the source and drain regions, respectively; wherein the lower protective metal layer overlaps the channel region of the semiconductor layer, and wherein the substrate is flexible and formed of plastic.
A flush-mounted box that comprises: • an insulating casing that contains, in non-removable manner, electrical connection elements, and that is provided with at least one inlet for inserting electric power conductors for connecting to said connection elements; and • a side wall that co-operates with said insulating casing to define an inside space for receiving at least one electrical accessory module; the flush-mounted box being characterized in that the insulating casing is fastened, in removable manner, to said side wall, so as to form the rear of said flush-mounted box and an axial extension of its side wall. • an insulating casing that contains, in non-removable manner, electrical connection elements, and that is provided with at least one inlet for inserting electric power conductors for connecting to said connection elements; and • a side wall that co-operates with said insulating casing to define an inside space for receiving at least one electrical accessory module;