mhurhangee/ep-ind-claims huggingface dataset:
A method of direct bonding between at least a first and a second substrates (100, 102), each of the first and second substrates (100, 102) including a first and a second main faces (104, 106, 108, 110), including at least the steps of: - first thinning edges of the first substrate on at least one part of the circumference of the first substrate, at the first main face of the first substrate; - contacting the second main face of the first substrate with the second main face of the second substrate such that a bonding wave propagates between the first and second substrates (100, 102), securing the first and second substrates (100, 102) to each other by direct bonding such that parts of the second main face of the first substrate located under thinned parts of the first main face of the first substrate are secured to the second substrate and wherein the first thinning is carried out such that a difference between a minimum thickness of the thinned edges of the first substrate and a thickness of edges of the second substrate is higher than or equal to 20 %, and that a minimum value among the minimum thickness of the thinned edges of the first substrate and the thickness of the edges of the second substrate is lower than or equal to 580 μm. - first thinning edges of the first substrate on at least one part of the circumference of the first substrate, at the first main face of the first substrate; - contacting the second main face of the first substrate with the second main face of the second substrate such that a bonding wave propagates between the first and second substrates (100, 102), securing the first and second substrates (100, 102) to each other by direct bonding such that parts of the second main face of the first substrate located under thinned parts of the first main face of the first substrate are secured to the second substrate
A magnetic filter for a central heating system, in combination with a handle member, the magnetic filter including at least one separation chamber and a screw-top closure for closing an opening in the separation chamber, the screw-top closure having a circumferential wall, and the circumferential wall being provided with castellations around an interior side of the wall for engaging with the handle member which can be placed across the screw-top closure, between opposing sides of the interior wall, to allow the screw-top closure to be turned by hand or by a relatively small tool, for example a 22mm spanner or socket wrench, characterised in that the handle member is in the form of an elongate body having two opposing end faces (100, 102), and engagement means on each end face (100, 102) which are together engageable with the castellations on opposing sides of the wall of the closure.
Support comprising bowls to be hung on the wall for providing food and water to animals comprising: - a bearing structure; - a base comprising compartments for bowls; - a food container able to be closed by closing means; and - means for locking / unlocking the bowls; characterized in that the bearing structure is a vertical panel able to be fixed to the wall and the food container is a pots holding bowl configured for being latch locked at the top of the bearing structure provided in the upper edge of a shaping which is the mirror image in negative of a shaping present in the rear edge of the pots holding bowl. - a bearing structure; - a base comprising compartments for bowls; - a food container able to be closed by closing means; and - means for locking / unlocking the bowls;
Clamping device, with a tensioning unit extending in axial direction, comprising at least one tension element and a shaped section or formed portion, and a lever unit, at least consisting of at least one lever and at least one force transmission element, whereby the at least one lever is suitable for applying a clamping force by angular movement about the longitudinal axis of the tensioning unit and the clamping force in the region of a second end of the clamping device is transmitted over at least one bearing or support area, whereby, through a pivot movement, the lever unit is able to be brought from at least one resting position into at least one active position, whereby the pivot axis and the longitudinal axis of the tensioning unit enclose an angle of at least 45°, characterized in that the bearing or support area relative to the longitudinal axis of the tensioning unit is axially unchangeable with respect to the tension element, so that in the at least one resting position an angular change of the lever unit about the axial direction of the tensioning unit is possible without changing the clamping condition of the clamping device.
A tyre comprising a tread portion, wherein the tread portion is provided with a first vertical edge extending in a tyre circumferential direction, a second vertical edge extending in the tyre circumferential direction, and a land region including a ground contacting surface defined between the first vertical edge and the second vertical edge, the land region is provided with a lateral groove extending so as to connect between the first vertical edge and the second vertical edge, the lateral groove includes a first portion extending from the first vertical edge, a second portion extending from the second vertical edge, and a connection portion connecting the first portion and the second portion, the connection portion is a portion between a first small edge and a second small edge, the first small edge protrudes in the tyre circumferential direction from the first portion, the second small edge protrudes from the second portion toward an opposite side to the first small edge in the tyre circumferential direction, an angle of each of the first small edge and the second small edge with respect to the tyre circumferential direction is in a range of from 0 to 10 degrees, the first portion and the second portion are connected with each other in a displaced manner from each other in the tyre circumferential direction, a displacement amount in the tyre circumferential direction between the first portion and the second portion is in a range of from 0.50 to 0.60 times the groove width of each of the first portion and the second portion, and a length in the tyre circumferential direction of each of the first small edge and the second small edge is smaller than a maximum groove width of the first portion and a maximum groove width of the second portion, characterized in that a raised bottom portion having a depth smaller than a depth at the first vertical edge and a depth at the second vertical edge of the lateral groove is formed over the entire connection portion.
Thermal flow measuring unit (1, 21) designed to determine and/or monitor a flow of a medium flowing through a measuring tube (2, 22), wherein the flow measuring unit (1, 21) has at least two temperature sensors (13, 14, 33, 34), wherein a first temperature sensor (14, 34) can be heated, wherein a second temperature sensor (13, 33) is used to make the temperature of the medium to be measured available, characterized in that the thermal flow measuring unit (1, 21) comprises at least a sensor (10, 11, 30, 31) designed to determine the following properties of the medium: thermal conductivity, thermal capacity, density and dynamic viscosity or thermal conductivity, thermal diffusivity, density and dynamic viscosity, wherein the thermal flow measuring unit (1, 21) has an evaluation unit, which serves to determine the flow velocity and/or the flow of medium flowing through the measuring tube (2, 22) on the basis of the power required to operate the heatable temperature sensor (14, 34) and the temperature difference between the at least two temperature sensors (13, 14, 33, 34) using the determined medium properties, and wherein the evaluation unit has a means to calculate a characteristic curve using the determined medium properties, wherein the characteristic curve is a characteristic line, wherein said characteristic line serves to provide a functional correlation between the power required to operate the heatable temperature sensor (14, 34) and the flow of medium flowing through the measuring tube (2, 22). characterized in that the thermal flow measuring unit (1, 21) comprises at least a sensor (10, 11, 30, 31) designed to determine the following properties of the medium: thermal conductivity, thermal capacity, density and dynamic viscosity or thermal conductivity, thermal diffusivity, density and dynamic viscosity, wherein the thermal flow measuring unit (1, 21) has an evaluation unit, which serves to determine the flow velocity and/or the flow of medium flowing through the measuring tube (2, 22) on the basis of the power required to operate the heatable temperature sensor (14, 34) and the temperature difference between the at least two temperature sensors (13, 14, 33, 34) using the determined medium properties, and wherein the evaluation unit has a means to calculate a characteristic curve using the determined medium properties, wherein the characteristic curve is a characteristic line, wherein said characteristic line serves to provide a functional correlation between the power required to operate the heatable temperature sensor (14, 34) and the flow of medium flowing through the measuring tube (2, 22).
A device comprising: a printer configured to apply a code of printed content on a substrate of a product, the printer having a printer technology type, the code having a plurality of digits; and an optical code detector, executed by one or more processors, to detect the code in a received image of the product printed by the printer by optically recognizing characters in the received image using a trained optical character recognition algorithm for the printer technology type, the OCR algorithm trained to identify each digit of the plurality of digits of the code in a region of interest based on at least one parameter of the product to which the printed content is directly applied and the printer technology type; wherein the optical code detector is configured to select the OCR algorithm for the printer technology type from a database of a plurality of OCR algorithms based on a printer technology type in metadata. a printer configured to apply a code of printed content on a substrate of a product, the printer having a printer technology type, the code having a plurality of digits; and an optical code detector, executed by one or more processors, to detect the code in a received image of the product printed by the printer by optically recognizing characters in the received image using a trained optical character recognition algorithm for the printer technology type, the OCR algorithm trained to identify each digit of the plurality of digits of the code in a region of interest based on at least one parameter of the product to which the printed content is directly applied and the printer technology type; wherein the optical code detector is configured to select the OCR algorithm for the printer technology type from a database of a plurality of OCR algorithms based on a printer technology type in metadata.
A system comprising a stretcher and a transfer device comprising a transport vehicle with a coupling apparatus for transferring the stretcher from a first table of a diagnosis machine to a second table for radiation treatment of a person lying on the stretcher, wherein the stretcher comprises a flat, disc shaped stretcher body, a space being formed between the upper and lower abutting surfaces thereof for inserting a coupling part (29, 37, 31) from below through the lower surface of the stretcher body and for positioning and holding the stretcher on the tables (23, 25), wherein a tensioning element is present between the two surfaces with which the stretcher is able to be positionally accurately fixed to the tables of the diagnosis and therapy machines, characterized in that the stretcher has a coupling head detachably mounted at the end of the stretcher lying opposite the therapy region, said coupling head being connectible to the coupling apparatus of the transport vehicle.
A node of a wireless communication system comprising: a radio transceiver that is configured to communicate with user equipment; and a processor that is configured to assign the user equipment to a first group of radio resources of the radio transceiver having a first reference signal pattern or to a second group of radio resources of the radio transceiver having a second reference signal pattern depending on the mobility of the user equipment and/or stability of a radio channel over which communication with the user equipment occurs, such that the user equipment is assigned to the first group of radio resources if it has low mobility and is assigned to the second group of radio resources if it has high mobility and/or the radio channel is varying in time, wherein the first and second groups of radio resources comprise nonoverlapping carrier frequency bands, and wherein the density in time of the second reference signal pattern is higher than the density in time of the first reference signal pattern; the node arranged to engage the user equipment assigned to the first group of radio resources in coordinated multipoint transmission; and the node is further arranged to reassign the user equipment to the second group or the first group in response to a change in the mobility of the user equipment. a radio transceiver that is configured to communicate with user equipment; and a processor that is configured to assign the user equipment to a first group of radio resources of the radio transceiver having a first reference signal pattern or to a second group of radio resources of the radio transceiver having a second reference signal pattern depending on the mobility of the user equipment and/or stability of a radio channel over which communication with the user equipment occurs, such that the user equipment is assigned to the first group of radio resources if it has low mobility and is assigned to the second group of radio resources if it has high mobility and/or the radio channel is varying in time, wherein the first and second groups of radio resources comprise nonoverlapping carrier frequency bands, and wherein the density in time of the second reference signal pattern is higher than the density in time of the first reference signal pattern; the node arranged to engage the user equipment assigned to the first group of radio resources in coordinated multipoint transmission; and the node is further arranged to reassign the user equipment to the second group or the first group in response to a change in the mobility of the user equipment.
A double container made of a synthetic resin and having a double structure obtainable by blow molding a preform assembly in which an inner preform formed by injection molding is incorporated inside an outer preform formed by injection molding, the double container comprising: an outer layer body including a cylindrical outer mouth portion and a bottomed cylindrical barrel portion connected to the outer mouth portion via a shoulder portion; an inner layer body including a cylindrical inner mouth portion located on an inner side of the outer mouth portion, and a containing portion separably laminated on an inner surface of the barrel portion and capable of volume-reduction deformation; and an outside air introduction port for introducing outside air between the outer layer body and the inner layer body; characterized by a plurality of vertical ribs arranged with spacing in a circumferential direction on an outer surface of the inner layer body, and each extending over the inner mouth portion to the containing portion, wherein at least one of the plurality of vertical ribs faces the outside air introduction port. an outer layer body including a cylindrical outer mouth portion and a bottomed cylindrical barrel portion connected to the outer mouth portion via a shoulder portion; an inner layer body including a cylindrical inner mouth portion located on an inner side of the outer mouth portion, and a containing portion separably laminated on an inner surface of the barrel portion and capable of volume-reduction deformation; and an outside air introduction port for introducing outside air between the outer layer body and the inner layer body; characterized by a plurality of vertical ribs arranged with spacing in a circumferential direction on an outer surface of the inner layer body, and each extending over the inner mouth portion to the containing portion, wherein at least one of the plurality of vertical ribs faces the outside air introduction port.
A housing assembly for facilitating electrical connectivity to a heater core of a heating device, the heater core being configured to be placed in a Heating Ventilation and Air conditioning (HVAC) system, the housing assembly comprising: a housing configured with a protruded portion formed on a wall of the housing; a first terminal configured on the protruded portion of the housing and electrically connected with a first bus bar; a second terminal provided on the portion other than the protruded portion and configured on a first end of the housing and electrically connected with a second bus bar, wherein the first bus bar and the second bus bar are configured to be connected to the heater core to provide an electrical connectivity to the heater core, whereby the first terminal and the second terminal are laterally offset to each other, and are at least partially on opposite sides of a reference line coinciding with an edge of a printed circuit board received in the housing; and a top portion adapted to couple with the housing for encapsulating the first terminal, the second terminal, and the printed circuit board. a housing configured with a protruded portion formed on a wall of the housing; a first terminal configured on the protruded portion of the housing and electrically connected with a first bus bar; a second terminal provided on the portion other than the protruded portion and configured on a first end of the housing and electrically connected with a second bus bar, wherein the first bus bar and the second bus bar are configured to be connected to the heater core to provide an electrical connectivity to the heater core, whereby the first terminal and the second terminal are laterally offset to each other, and are at least partially on opposite sides of a reference line coinciding with an edge of a printed circuit board received in the housing; and a top portion adapted to couple with the housing for encapsulating the first terminal, the second terminal, and the printed circuit board.
A composition for fortifying food and/or beverages comprising a complex of Fe, phytic acid and an amino compound, wherein the amino acid that is comprised in the composition is histidine and wherein the molar ratio of the total of the amino compound plus amino acid to phytic acid is greater than about 4.5:1, and wherein the amino compound is ammonium hydroxide.
An X-ray CT apparatus for myocardial perfusion examination, comprising: a contrast medium injector for injecting contrast medium into an object; an image generating unit (2, 3) configured to acquire projection data of the object at rest and projection data of the object at non-rest, i.e. during drug stress where the blood flow rate is increased from the blood flow at rest, from a myocardial part of the object into which contrast medium is injected continuously by the contrast medium injector during rest and non-rest, respectively, until a saturated state in which each concentration of the contrast medium in the coronary artery or the heart left ventricular lumen and a myocardial region is constant, and to reconstruct contrast CT image data corresponding to the rest and contrast CT image data corresponding to the non-rest using the projection data acquired at rest and non-rest, respectively; and a blood flow information acquiring unit configured to obtain a flow reserve based on first blood flow information derived from the contrast CT image data corresponding to the rest and second blood flow information derived from the contrast CT image data corresponding to the non-rest. a contrast medium injector for injecting contrast medium into an object; an image generating unit (2, 3) configured to acquire projection data of the object at rest and projection data of the object at non-rest, i.e. during drug stress where the blood flow rate is increased from the blood flow at rest, from a myocardial part of the object into which contrast medium is injected continuously by the contrast medium injector during rest and non-rest, respectively, until a saturated state in which each concentration of the contrast medium in the coronary artery or the heart left ventricular lumen and a myocardial region is constant, and to reconstruct contrast CT image data corresponding to the rest and contrast CT image data corresponding to the non-rest using the projection data acquired at rest and non-rest, respectively; and a blood flow information acquiring unit configured to obtain a flow reserve based on first blood flow information derived from the contrast CT image data corresponding to the rest and second blood flow information derived from the contrast CT image data corresponding to the non-rest.
An SGLT2 inhibitor or a pharmaceutically acceptable form thereof for use in the treatment and/or prevention of a metabolic disorder of an equine animal, wherein said SGLT2 inhibitor is 1-cyano-2-(4-cyclopropyl-benzyl)-4-(β-D-glucopyranos-1-yl)-benzene, represented by formula:
An apparatus comprising: - a finishing paddle for use in an automatic finisher for finishing textile items, characterized in that said paddle having a sensor, preferably a proximity sensor wherein said sensor is disposed on the paddle, and is turned towards the side facing the textile item to be finished, preferably flush with or slightly recessed relative to the surface of the paddle, and wherein said apparatus further comprising a metal marker, designed to be detected by said sensor. - a finishing paddle for use in an automatic finisher for finishing textile items,