mhurhangee/ep-ind-claims huggingface dataset:
A method for enhancing the efficiency of heating with steam, comprising adding a condensed water film formation-suppressing amine in a heating step of heating a material to be heated with the steam via a metallic material, wherein an amount of the condensed water film formation-suppressing amine to be added is controlled based on any one or more of a concentration of the condensed water film formation-suppressing amine in a drain, a pH of the drain, an electroconductivity of the drain, an amount of the drain, an amount of the steam, a temperature of the drain, a temperature of the metallic material, and an amount of the metallic material eluted in the drain.
A consumable composition comprising a sweetener and a mixture consisting essentially of the individual ingredients stevioside and rebaudioside A in a stevioside to rebaudioside A ratio of about 1:1 to about 4:1, wherein said mixture is added at a concentration of between 45 ppm and 30 ppm.
A bearing cap of an internal combustion engine, which is attached to a bulkhead of a cylinder block made of a light metal through bolts, and forms a main bearing part with a semi-circular-shaped concave portion of the cylinder block, comprising: a frame made of an iron-based metal; and a light-alloy part having a structure in which the frame is cast inside the light-alloy part, wherein the frame has a pair of linear pillar parts including bolt through holes through which the bolts extend, and a circular-arc-shaped arch section connecting distal end portions of the pair of the pillar parts to each other, characterized in that the radial distance from a bearing surface formed of the light-alloy part to a boundary between the light-alloy part and the frame is constant in the arch section, and the radial distance in each of the pillar parts is shorter than the radial distance in the arch section, in a cross section along a plane orthogonal to a crankshaft axial direction. a frame made of an iron-based metal; and a light-alloy part having a structure in which the frame is cast inside the light-alloy part, wherein the frame has a pair of linear pillar parts including bolt through holes through which the bolts extend, and a circular-arc-shaped arch section connecting distal end portions of the pair of the pillar parts to each other,
A downhole device for being moved downwards in a well by fluid to assist stimulation of a production zone of the well, the well comprising a well tubular structure having a first opening and a first movable sleeve arranged opposite the first opening, the well tubular structure having an inner diameter, the downhole device having an axial extension and comprising: - a first part comprising: - two projection elements having a profile matching grooves in the sleeve, and - a second part comprising: - a body, - two anchor elements projectable from the body for anchoring the second part in the well tubular structure, and - a sealing element configured to seal against the well tubular structure, wherein the downhole device further comprises a displacement mechanism comprising a piston movable within a piston cylinder to displace, in the axial extension, the first part in relation to the second part when anchored in the well tubular structure to operate the sleeve. - a first part comprising: - two projection elements having a profile matching grooves in the sleeve, and - two projection elements having a profile matching grooves in the sleeve, and - a second part comprising: - a body, - two anchor elements projectable from the body for anchoring the second part in the well tubular structure, and - a sealing element configured to seal against the well tubular structure, wherein the downhole device further comprises a displacement mechanism comprising a piston movable within a piston cylinder to displace, in the axial extension, the first part in relation to the second part when anchored in the well tubular structure to operate the sleeve. - a body, - two anchor elements projectable from the body for anchoring the second part in the well tubular structure, and - a sealing element configured to seal against the well tubular structure,
A rodent or rodent cell whose genome comprises a genetically modified endogenous Asgr1 locus encoding a modified Asgr1 protein, wherein the modified Asgr1 protein comprises a cytoplasmic domain, a transmembrane domain, and an extracellular domain, wherein the cytoplasmic domain and the transmembrane domain are encoded by an endogenous rodent Asgr1 sequence, wherein the extracellular domain comprises a coiled-coil domain and a C-type lectin domain, and all or part of the coiled-coil domain is encoded by a segment of the endogenous Asgr1 locus that has been deleted and replaced with an orthologous human ASGR1 sequence, wherein the coiled-coil domain comprises the sequence set forth in SEQ ID NO:27; and/or all or part of the C-type lectin domain is encoded by the segment of the endogenous Asgr1 locus that has been deleted and replaced with an orthologous human ASGR1 sequence, wherein the C-type lectin domain comprises the sequence set forth in SEQ ID NO:28, and wherein the rodent expresses the modified Asgr1 protein. wherein the modified Asgr1 protein comprises a cytoplasmic domain, a transmembrane domain, and an extracellular domain, wherein the cytoplasmic domain and the transmembrane domain are encoded by an endogenous rodent Asgr1 sequence, wherein the extracellular domain comprises a coiled-coil domain and a C-type lectin domain, and all or part of the coiled-coil domain is encoded by a segment of the endogenous Asgr1 locus that has been deleted and replaced with an orthologous human ASGR1 sequence, wherein the coiled-coil domain comprises the sequence set forth in SEQ ID NO:27; and/or all or part of the C-type lectin domain is encoded by the segment of the endogenous Asgr1 locus that has been deleted and replaced with an orthologous human ASGR1 sequence, wherein the C-type lectin domain comprises the sequence set forth in SEQ ID NO:28, and all or part of the coiled-coil domain is encoded by a segment of the endogenous Asgr1 locus that has been deleted and replaced with an orthologous human ASGR1 sequence, wherein the coiled-coil domain comprises the sequence set forth in SEQ ID NO:27; and/or all or part of the C-type lectin domain is encoded by the segment of the endogenous Asgr1 locus that has been deleted and replaced with an orthologous human ASGR1 sequence, wherein the C-type lectin domain comprises the sequence set forth in SEQ ID NO:28, and wherein the rodent expresses the modified Asgr1 protein.
An underwater communication and location system that is portable by an underwater diver, characterized in that the underwater communication and location system comprises: a transmitter adapted to, generate a pseudo-random code element; generate a data element; combine by mixing the pseudo-random code element and the data element; generate a modulation element based upon the mixed pseudo-random code element and the data element; convert the modulation element into an analog waveform; and transmit the analog waveform through each ultrasonic transducer of an array, wherein each ultrasonic transducer is employed individually, wherein the array includes at least four omni-directional ultrasonic transducers, wherein the ultrasonic transducers are positioned such that all of the transducers are not contained within a common plane; a receiver that is adapted to receive the analog waveform generated by the transmitter to determine the location of the transmitter by using triangulation, and to interpret the data element. a transmitter adapted to, generate a pseudo-random code element; generate a data element; combine by mixing the pseudo-random code element and the data element; generate a modulation element based upon the mixed pseudo-random code element and the data element; convert the modulation element into an analog waveform; and transmit the analog waveform through each ultrasonic transducer of an array, wherein each ultrasonic transducer is employed individually, wherein the array includes at least four omni-directional ultrasonic transducers, wherein the ultrasonic transducers are positioned such that all of the transducers are not contained within a common plane; a receiver that is adapted to receive the analog waveform generated by the transmitter to determine the location of the transmitter by using triangulation, and to interpret the data element.
A micro-perforated glass or glass-ceramics laminate, comprising: a first substrate laminated to a second substrate by a first polymer interlayer, wherein the first and the second substrates are independently selected from glass and glass-ceramics; and a plurality of micro-perforations, each of the plurality of micro-perforations extending through the first substrate, the first polymer interlayer, and the second substrate. a first substrate laminated to a second substrate by a first polymer interlayer, wherein the first and the second substrates are independently selected from glass and glass-ceramics; and a plurality of micro-perforations, each of the plurality of micro-perforations extending through the first substrate, the first polymer interlayer, and the second substrate.
A self-service parcel terminal comprising a body comprising front covering panels (0101, 0102, 0103), rear covering panels, and side covering panels (0104, 0105), a frame, a lift module, a door system, a payment module, a computer with user interface and software; an electricity module, a CPU, sensors, controllers, converters, connection details for electronic components, a shelving system, a gripping mechanism, an energy chain, a carriage, a tension adjuster, at least one motor, a drive module, at least one parcel container, wherein the frame forming the shelving system being located inside the body and comprising a base frame, a roof and at least eight vertical support poles having two ends and being attached to the base frame from one end and to the roof from the other end; said support poles being attached to each other with horizontal buses, rear middle support poles connected with multiple brackets to form the shelving system with a space between middle support poles for the lift module; the lift module comprises a motor, main boom having a lower end and an upper end and connected to the one end of energy chain by tension adjuster, carriage connected to a positioner, connecting plate, belt pulley module being fastened to the upper end of the main boom, pulling module being attached to the lower end of the main boom, a belt being fitted on a belt pulley and the pulling module, a counter weight being fastened to the belt and the carriage is moving up and down with rollers along the main boom upon operation of the motor; the gripping mechanism comprising a loader, which comprises a loader frame, a pulling belt and being attached on top of the positioner in a manner that it can move sideways to left and right and being capable of receiving a parcel container and a magnetic mechanism, which comprises a covered sensor stay bolt, and an electromagnet; said magnetic mechanism being capable of attaching to the parcel container and enabling pulling a parcel container onto the loader, or pushing the container onto a shelf, and said magnetic mechanism further providing feedback of distance of a parcel container loaded on the loader the front covering panels forming a slot for a door module having a frame, two horizontally movable opening door panels and one vertically movable opening door panel; and wherein upon initiation of a loading or receiving service at the user interface a user receives or loads the parcels at the door module into or off from a parcel container that has been delivered to the door module by the lift module.
Power transmission and/or distribution system comprising at least one power transmission section (12, 16, 20, 22; 28, 30, 32, 34) of a first type and a first ground fault handling device (GHR; GHR') for said section, said power transmission sections of the first type including at least one underground power line, - said first ground fault handling device comprising a first isolating transformer (IT1; SDT') having a first set of windings including at least one winding and a second set of windings including at least one winding, said second set of windings being coupled to a power transmission section (12; 28, 30, 32, 34) of the first type and said first set of windings being connected to a power transmission section (G; 26) of another type lacking underground power lines, - wherein the windings of the second set of windings are solidly or resistively (R1, R3, R4, R5; R6) grounded, characterised in that - said other power transmission section is a first power transmission section of the power transmission and/or distribution system, the power transmission section of the first type is a second power transmission section of the power transmission and/or distribution system and the first ground fault handling device provides an interface between the first power transmission section and the second power transmission section. - said first ground fault handling device comprising a first isolating transformer (IT1; SDT') having a first set of windings including at least one winding and a second set of windings including at least one winding, said second set of windings being coupled to a power transmission section (12; 28, 30, 32, 34) of the first type and said first set of windings being connected to a power transmission section (G; 26) of another type lacking underground power lines, - wherein the windings of the second set of windings are solidly or resistively (R1, R3, R4, R5; R6) grounded, - said other power transmission section is a first power transmission section of the power transmission and/or distribution system, the power transmission section of the first type is a second power transmission section of the power transmission and/or distribution system and the first ground fault handling device provides an interface between the first power transmission section and the second power transmission section.
A golf club face (400, 500) comprising: a primary stiffening member (402, 502) having a tapered or curved configuration and having a greater width at its ends than at its centre, the primary stiffening member extending across an inner surface of the face along a central axis in an angled manner in a high-heel to low-toe direction; and a plurality of secondary stiffening members (404, 504) in the form of substantially linear ribs arranged in a crossing pattern on an inner surface of the face, wherein the primary stiffening member has an x-shape defined by two curvilinear ribs and wherein the locally increased stiffness provided by the primary stiffening member is greater than the locally increased stiffness provided by the secondary stiffening member. a primary stiffening member (402, 502) having a tapered or curved configuration and having a greater width at its ends than at its centre, the primary stiffening member extending across an inner surface of the face along a central axis in an angled manner in a high-heel to low-toe direction; and a plurality of secondary stiffening members (404, 504) in the form of substantially linear ribs arranged in a crossing pattern on an inner surface of the face, wherein the primary stiffening member has an x-shape defined by two curvilinear ribs and wherein the locally increased stiffness provided by the primary stiffening member is greater than the locally increased stiffness provided by the secondary stiffening member.
A radiation imaging apparatus that obtains a radiation image by an energy subtraction method of obtaining a new image by processing a plurality of images obtained by capturing an object a plurality of times while changing energy of radiation to irradiate the object, the apparatus comprising: a pixel array that includes a plurality of pixels arranged so as to form a plurality of rows and a plurality of columns, wherein each of the plurality of pixels includes a conversion element that converts radiation into an electrical signal and a reset portion that resets the conversion element, each of the plurality of pixels performs an operation of outputting a first signal corresponding to an electrical signal generated by the conversion element in a first period, and an operation of outputting a second signal corresponding to an electrical signal generated by the conversion element in the first period and a second period which is different from and after the first period, the first period being started after the reset portion of each of the plurality of pixels resets the conversion element, radiation having first energy is emitted in the first period, and radiation having second energy is emitted in the second period, and the radiation imaging apparatus has a mode in which, in each of the plurality of pixels, the reset portion does not reset the conversion element during a period that includes the first period and the second period. a pixel array that includes a plurality of pixels arranged so as to form a plurality of rows and a plurality of columns, wherein each of the plurality of pixels includes a conversion element that converts radiation into an electrical signal and a reset portion that resets the conversion element, each of the plurality of pixels performs an operation of outputting a first signal corresponding to an electrical signal generated by the conversion element in a first period, and an operation of outputting a second signal corresponding to an electrical signal generated by the conversion element in the first period and a second period which is different from and after the first period, the first period being started after the reset portion of each of the plurality of pixels resets the conversion element, radiation having first energy is emitted in the first period, and radiation having second energy is emitted in the second period, and the radiation imaging apparatus has a mode in which, in each of the plurality of pixels, the reset portion does not reset the conversion element during a period that includes the first period and the second period.
A testing device for testing a photovoltaic device, particularly a solar cell element, a solar cell and/or a string of solar cells, having electrical contacts on at least one of its flat surfaces, the testing device comprising: - a support having a receiving surface for receiving the photovoltaic device, - at least one measurement device, - at least one electrical interface having exposed electrical contacts for abutting against at least one of the electrical contacts of the photovoltaic device, in order to establish a temporary electrical connection, - forcing means for forcing the electrical interface and the photovoltaic device against each other when the photovoltaic device is received by the support, wherein the electrical interface is connected to the measurement device, characterized in that the electrical interface comprises a printed circuit surface formed by printed conducting structures on electrically insulating material and that the testing device comprises at least one flexible member (13, 15) of electrically insulating material, the flexible member (13, 15) cooperating with or forming the forcing means to force the electrical interface and the photovoltaic device against each other. - a support having a receiving surface for receiving the photovoltaic device, - at least one measurement device, - at least one electrical interface having exposed electrical contacts for abutting against at least one of the electrical contacts of the photovoltaic device, in order to establish a temporary electrical connection, - forcing means for forcing the electrical interface and the photovoltaic device against each other when the photovoltaic device is received by the support,
An air purging device (100, 400), comprising: a removable housing (105, 225), the removable housing (105, 225) comprising: a fluid interface (230, 305, 410) to fluidically couple a fluid tube to the housing; and a bore (115, 235, 310, 430) housing a plunger (120, 240, 315, 445); wherein movement of the plunger (120, 240, 315, 445) from a first orientation to a second orientation allows for the removal of the removable housing (105, 225). a removable housing (105, 225), the removable housing (105, 225) comprising: a fluid interface (230, 305, 410) to fluidically couple a fluid tube to the housing; and a bore (115, 235, 310, 430) housing a plunger (120, 240, 315, 445); a fluid interface (230, 305, 410) to fluidically couple a fluid tube to the housing; and a bore (115, 235, 310, 430) housing a plunger (120, 240, 315, 445); wherein movement of the plunger (120, 240, 315, 445) from a first orientation to a second orientation allows for the removal of the removable housing (105, 225).
A shoring tower comprising a lower section for cooperating with the ground and several running sections mounted above said lower section, each running section comprising: - two ladder elements (16', 18') each including two vertical uprights (56, 58) connected together with horizontal bars; and - two railing elements (20', 22'), each railing element comprising two vertical uprights (80, 82) connected together by rails (84, 86, 88), said tower being characterized in that each running section further comprises: - at least four connecting assemblies interposed between two running sections, each connecting assembly comprising first means for connecting together the vertical uprights (56, 58) of two successive ladder elements (16, 18, 16', 18') so that they are aligned vertically and second means for connecting together the vertical uprights (30, 32, 80, 82) of two successive railing elements (20, 22, 20', 22') so that they are aligned vertically. - two ladder elements (16', 18') each including two vertical uprights (56, 58) connected together with horizontal bars; and - two railing elements (20', 22'), each railing element comprising two vertical uprights (80, 82) connected together by rails (84, 86, 88), said tower being characterized in that each running section further comprises: - at least four connecting assemblies interposed between two running sections, each connecting assembly comprising first means for connecting together the vertical uprights (56, 58) of two successive ladder elements (16, 18, 16', 18') so that they are aligned vertically and second means for connecting together the vertical uprights (30, 32, 80, 82) of two successive railing elements (20, 22, 20', 22') so that they are aligned vertically.
Fitting element for a sliding door, comprising a rail and a stop (2, 40) with a receptacle (3, 41) into which a catch can be inserted, which is coupled to a movable furniture part, and a rear wall (9, 46) which is applied to the rail, wherein the stop (2, 40) is integrally made of an elastic material, characterized in that at least one integrally formed fastening projection (8, 44) protrudes from the rear wall (9, 46), which is fixed in an adjacent opening (21, 50) of the rail, wherein the fastening projection has a T-shaped cross-section and is inserted at a corresponding slot of the opening on the rail, or two mutually spaced bolt-shaped pins protrude as fastening projections on the rear wall, which are fixed in a clamped manner to the opening of the rail.