mhurhangee/patent-ind-claim-en huggingface dataset:
A thermoelectric conversion module comprising: a pair of opposing wiring substrates ; a plurality of thermoelectric conversion elements connected via the wiring substrates between the wiring substrates; ceramic substrates provided at the respective wiring substrates ; electrode layers made of aluminum or aluminum alloy, provided at the respective wiring substrates , formed on one surface of the respective ceramic substrates and connected to the thermoelectric conversion elements ; and a silver base layer formed on a surface of the electrode layers at at least one of the wiring substrates , and connected to the thermoelectric conversion elements ; wherein the silver base layer is structured from: a glass layer formed on any of the electrode layers ; and a silver layer made of a fired body of silver laminated on the glass layer. a pair of opposing wiring substrates ; a plurality of thermoelectric conversion elements connected via the wiring substrates between the wiring substrates; ceramic substrates provided at the respective wiring substrates ; electrode layers made of aluminum or aluminum alloy, provided at the respective wiring substrates , formed on one surface of the respective ceramic substrates and connected to the thermoelectric conversion elements ; and a silver base layer formed on a surface of the electrode layers at at least one of the wiring substrates , and connected to the thermoelectric conversion elements ; wherein the silver base layer is structured from: a glass layer formed on any of the electrode layers ; and a silver layer made of a fired body of silver laminated on the glass layer. a glass layer formed on any of the electrode layers ; and a silver layer made of a fired body of silver laminated on the glass layer.
Two-ply tissue paper, wherein a basis weight per ply is 11.8 g/m 2 or more and less than 13.2 g/m 2 per ply, a paper thickness in the two-ply state is more than 122 μm and less than 138 μm, chemicals containing mainly glycerin and 1,3-propanediol are contained, the chemicals having a mass ratio between the glycerin and the 1,3-propanediol of more than 1 :0.03 and less than 1 :0.25, are contained in an amount of 1.0 g/m 2 or more and less than 2.2 g/m 2 and a ratio of 1,3-propanediol in the paper is more than 0.13% by mass and less than 1.70% by mass.
Sealing tape for sealing a joint, having two longitudinally extending lateral flanks , wherein a direction transverse to the lateral flanks defines a functional direction (F) of the sealing tape , wherein the sealing tape has at least one first foam strip and one second foam strip made of a soft foam which is restorable after compression, which strips are not formed in one piece with one another and are arranged next to one another in the functional direction (F), wherein each foam strip has an upper side , a lower side and an inner lateral flank facing the other foam strip , wherein the sealing tape has a barrier layer which is arranged between the first foam strip and the second foam strip in such a way that it reduces a vapour diffusion permeability of the sealing tape in the functional direction (F), wherein the barrier layer is adhesively bonded both to the first foam strip and the to the second foam strip , and wherein the barrier layer is at least partially formed from a first film strip , and wherein at least one longitudinally extending pocket or at least one longitudinally extending cavity is formed in a region between the first foam strip and the second foam strip and at least with the incorporation of the first film strip of the barrier layer , which pocket or cavity is completely enclosed on at least four sides; the pocket or the cavity is filled with an additive material .
A piercing device comprising: a housing , having a housing outer surface and a housing inner surface , the housing inner surface defining an inhaler article cavity , the housing extending along a housing longitudinal axis from a distal end to an open proximal end a housing length, the housing open proximal end is configured to receive the distal end of an inhaler article into the inhaler article cavity ; a piercing element fixed to and extending from the housing inner surface , into the inhaler article cavity along a piercing element longitudinal axis a piercing element length, the piercing element being recessed from the open proximal end a recessed distance; and a marking element extending into the inhaler article cavity from the housing inner surface , the marking element extends orthogonally to the piercing element longitudinal axis, the marking element configured to mark the surface of an inhaler article when the inhaler article is received within the inhaler article cavity . a housing , having a housing outer surface and a housing inner surface , the housing inner surface defining an inhaler article cavity , the housing extending along a housing longitudinal axis from a distal end to an open proximal end a housing length, the housing open proximal end is configured to receive the distal end of an inhaler article into the inhaler article cavity ; a piercing element fixed to and extending from the housing inner surface , into the inhaler article cavity along a piercing element longitudinal axis a piercing element length, the piercing element being recessed from the open proximal end a recessed distance; and a marking element extending into the inhaler article cavity from the housing inner surface , the marking element extends orthogonally to the piercing element longitudinal axis, the marking element configured to mark the surface of an inhaler article when the inhaler article is received within the inhaler article cavity .
A method of using pre-positioned objects as landmarks to operate an industrial vehicle , the industrial vehicle comprising one or more sensors and a mobile computer , wherein the method comprises using the mobile computer to: receive measurement data from the one or more sensors ; estimate the pose of the industrial vehicle in an environment based on the measurement data; navigate the industrial vehicle to a pre-positioned object utilizing the estimated pose and data from the one or more sensors; characterized in that the method further comprises using the mobile computer to: pick-up the pre-positioned object with the industrial vehicle , wherein there is placed object data associated with the pre-positioned object ; retrieve a position of the picked-up pre-positioned object from the placed object data; develop a new pose using the retrieved position of the picked-up pre-positioned object ; and navigate the industrial vehicle through the environment using the new pose and data from the one or more sensors . receive measurement data from the one or more sensors ; estimate the pose of the industrial vehicle in an environment based on the measurement data; navigate the industrial vehicle to a pre-positioned object utilizing the estimated pose and data from the one or more sensors; characterized in that the method further comprises using the mobile computer to: pick-up the pre-positioned object with the industrial vehicle , wherein there is placed object data associated with the pre-positioned object ; retrieve a position of the picked-up pre-positioned object from the placed object data; develop a new pose using the retrieved position of the picked-up pre-positioned object ; and navigate the industrial vehicle through the environment using the new pose and data from the one or more sensors .
A lubricating oil composition for hydraulic machinery equipped with an electronic control device, the lubricating oil composition comprising a hydrocarbon base oil, from 30 to 250 ppm of ultrabasic magnesium salicylate in terms of magnesium content relative to the total amount of the composition, and from 0.07 to 5.0 mass% of non-dispersible polymethacrylate having a weight-average molecular weight of from 5,000 to 200,000 as a net amount relative to the total amount of the composition, the electric conductivity of the composition at 25°C being 200 pS/m or more measured according to JIS K2276, the flash point being 240°C or more measured in accordance with JIS K2265-4, the pour point being -40°C or less measured in accordance with JIS K2269, and the coefficient of friction at 140°C measured using the microclutch test as specified in JCMAS P047 being 0.08 or more, wherein an ultrabasic salt is one in which the base number of the metal salicylate is 150 mgKOH/g or higher measured in accordance with the potentiometric titration method in section 7 of JIS K2501.
A non-aqueous electrolyte secondary battery comprising a power generating element including a positive electrode in which a positive electrode active material layer containing a positive electrode active material is formed on a surface of a positive electrode current collector, a negative electrode in which a negative electrode active material layer containing a negative electrode active material is formed on a surface of a negative electrode current collector, and a separator, the ratio of the rated capacity to the pore volume, determined as defined in the description, of the negative electrode active material layer being 1.12 Ah/cc or more, the ratio of the battery area to the rated capacity, determined as defined in the description, being 4.0 cm 2 /Ah or more, and the rated capacity, determined as defined in the description, being 30 Ah or more, wherein the variation in porosity in the negative electrode active material layer, determined as defined in the description, is 6.0% or less.
A road-side network node (NN5; NN6), the road-side network node (NN5; NN6) comprising a processor, a memory, a first radio module for operating in a cell-supported radio communications network, a second radio module for operating in an adhoc radio communications network, and at least one antenna, the road-side network node (NN5; NN6) being configured to: - provide data to be transmitted; - determine a first Service quality (SQ1) of a sidelink radio channel of the cell-supported radio communications network; - determine a second Service quality (SQ2) of an adhoc radio channel of adhoc radio communications network; - determine a channel selection (CS) indicating either a) a transmission of the data via the sidelink radio channel, b) a transmission of the data via the adhoc radio channel, or c) a transmission of the data via the sidelink radio channel and the adhoc radio channel in dependence on the first Service quality (SQ1) and in dependence on the second Service quality (SQ2); - determine a first repetition rate for initiating transmissions via the sidelink radio channel in dependence on the first and second Service quality (SQ1, SQ2); - determine a second repetition rate for initiating transmissions via the adhoc radio channel in dependence on the first and second Service quality (SQ1, SQ2); - determine a transmission instruction for the data, the transmission instruction comprising the determined channel selection (CS) and the determined first and second repetition rates; and - reiteratively initiate a transmission of the data via the sidelink radio channel and/or via the adhoc radio channel according to the transmission instruction. - provide data to be transmitted; - determine a first Service quality (SQ1) of a sidelink radio channel of the cell-supported radio communications network; - determine a second Service quality (SQ2) of an adhoc radio channel of adhoc radio communications network; - determine a channel selection (CS) indicating either a) a transmission of the data via the sidelink radio channel, b) a transmission of the data via the adhoc radio channel, or c) a transmission of the data via the sidelink radio channel and the adhoc radio channel in dependence on the first Service quality (SQ1) and in dependence on the second Service quality (SQ2); - determine a first repetition rate for initiating transmissions via the sidelink radio channel in dependence on the first and second Service quality (SQ1, SQ2); - determine a second repetition rate for initiating transmissions via the adhoc radio channel in dependence on the first and second Service quality (SQ1, SQ2); - determine a transmission instruction for the data, the transmission instruction comprising the determined channel selection (CS) and the determined first and second repetition rates; and - reiteratively initiate a transmission of the data via the sidelink radio channel and/or via the adhoc radio channel according to the transmission instruction.
A method for changing ambient light in a vehicle, comprising: obtaining (S204) a color preference of a user of the vehicle; and setting (S208) an illumination color of at least one of light emitting sources located within the vehicle based on the color preference by a controlling device of the vehicle, to change ambient light in the vehicle (T), wherein the step of obtaining (S204) a color preference of a user of the vehicle further comprising: obtaining a color of an object associated with the user as the color preference and obtaining the color through a photo of the object which is indicated by the user and taken by a camera by a user, characterized in that the camera is installed on a portable terminal, and wherein the portable terminal sends the photo to the controlling device via a wired connection or a wireless connection, wherein receiving (S212), after the ambient light in the vehicle is changed, a color option selected by the user; and setting (S216) the illumination color of the at least one of the light emitting sources based on the color option, to adjust the ambient light in the vehicle.
A bending die for inset molding of a tube , the bending die having a smooth shape formed by virtually and continuously moving, in three-dimensional space, a profile including a substantially circular-shaped first closed curve (C1) having a recess portion , wherein an opening width (b) of the recess portion is shorter than a groove width (a) of the recess portion , a tube insetting portion is formed by the recess portion , characterized in that the smooth shape is realized and created in real space using a three-dimensional printing technique, and the shape formed by moving the profile within three-dimensional space has a pair of upper rails and a pair of lower rails around the bending die , and that the virtual, continuous movement in three-dimensional space is a combination of movements of a simple parallel translation of the profile , a turning or tilting movement (Rx, Ry) which is a combination of a change in a direction of a profile surface (5a - 5j) and parallel translation, a twisting movement (Rz) which is a combination of in-plane rotation and parallel translation of the profile surface (5a - 5j).
A closure part for a window or door fitting, said closure part extending in a longitudinal direction (L) and having a first side surface and a second side surface , wherein the first side surface and the second side surface are each aligned in parallel with the longitudinal direction (L) and oriented oppositely to one another such that they are also in parallel with one another, but face in opposite directions transversely to the longitudinal direction (L), wherein a first receiver extending in parallel with the longitudinal direction (L) extends into the first side surface and a second receiver extending in parallel with the longitudinal direction (L) extends into the second side surface , characterized in that the first receiver and the second receiver are each designed as an elongate hole open at one side and are configured to receive a locking pin, in particular a mushroom head pin, of the fitting and are arranged offset from one another in a transverse direction (Q), which is aligned in parallel with the side surfaces and oriented transversely to the longitudinal direction (L), preferably by at least 1 mm, in particular by approximately 4 mm. wherein the first side surface and the second side surface are each aligned in parallel with the longitudinal direction (L) and oriented oppositely to one another such that they are also in parallel with one another, but face in opposite directions transversely to the longitudinal direction (L), wherein a first receiver extending in parallel with the longitudinal direction (L) extends into the first side surface and a second receiver extending in parallel with the longitudinal direction (L) extends into the second side surface , characterized in that the first receiver and the second receiver are each designed as an elongate hole open at one side and are configured to receive a locking pin, in particular a mushroom head pin, of the fitting and are arranged offset from one another in a transverse direction (Q), which is aligned in parallel with the side surfaces and oriented transversely to the longitudinal direction (L), preferably by at least 1 mm, in particular by approximately 4 mm.
An electric power tool in which a motor located in a housing is a built-in motor that does not have a motor case, the electric power tool comprising: a first retaining part provided on an inner circumferential surface of the housing to retain an outer circumference of the motor at or near one end of the motor; a second retaining part provided on the inner circumferential surface of the housing to retain an outer circumference of a first bearing that supports a first motor shaft extending from the one end of the motor; a driving block that includes a power transmission mechanism for transmitting a rotation of the first motor shaft to an output shaft ; a third retaining part provided on the inner circumferential surface of the housing to retain the outer circumference of motor at or near the other end of the motor; and a fourth retaining part formed at a back end of the housing to retain an outer circumference of a second bearing that supports a second motor shaft extending from the other end of the motor, wherein a first chamber bounded by the first retaining part , the second retaining part , and the housing forms a space sealed in a longitudinal direction of the electric power tool and includes a first vent communicating with a space outside the housing , a second chamber bounded by the third retaining part , the fourth retaining part , and the housing includes a second vent communicating with a space outside the housing , and a cooling fan coupled to the first motor shaft is housed in the first chamber . a first retaining part provided on an inner circumferential surface of the housing to retain an outer circumference of the motor at or near one end of the motor; a second retaining part provided on the inner circumferential surface of the housing to retain an outer circumference of a first bearing that supports a first motor shaft extending from the one end of the motor; a driving block that includes a power transmission mechanism for transmitting a rotation of the first motor shaft to an output shaft ; a third retaining part provided on the inner circumferential surface of the housing to retain the outer circumference of motor at or near the other end of the motor; and a fourth retaining part formed at a back end of the housing to retain an outer circumference of a second bearing that supports a second motor shaft extending from the other end of the motor, wherein a first chamber bounded by the first retaining part , the second retaining part , and the housing forms a space sealed in a longitudinal direction of the electric power tool and includes a first vent communicating with a space outside the housing , a second chamber bounded by the third retaining part , the fourth retaining part , and the housing includes a second vent communicating with a space outside the housing , and a cooling fan coupled to the first motor shaft is housed in the first chamber .
A nozzle assembly for a fraction collection unit configured to collect one or more fluid samples, said nozzle assembly comprising and being characterized by : a conduit adapter configured to fluidly couple to a conduit, and a nozzle body , wherein the nozzle body comprises at least: a nozzle part configured to form and release drops of the one or more collected fluid samples at a tip of the nozzle part , and an interface part configured to mechanically couple the assembly to the fraction collection unit, wherein the assembly, when the conduit adapter is attached to the nozzle body , forms a fluid channel from an inlet of the conduit adapter to the tip of the nozzle part . a conduit adapter configured to fluidly couple to a conduit, and a nozzle body , a nozzle part configured to form and release drops of the one or more collected fluid samples at a tip of the nozzle part , and an interface part configured to mechanically couple the assembly to the fraction collection unit, wherein the assembly, when the conduit adapter is attached to the nozzle body , forms a fluid channel from an inlet of the conduit adapter to the tip of the nozzle part .
An information processing apparatus comprising: a wireless tag attached to the information processing apparatus configured to be readable and writable with takeout detection information via wireless communication, the takeout detection information indicating that the information processing apparatus _has been taken out from a use permissible location; a reader-writer unit contained in the information processing apparatus configured to at least read, via wireless communication, the takeout detection information stored in the wireless tag ; and a main control unit configured to perform a process of restricting information processing functions executable by the information processing apparatus _upon determining, via the reader-writer unit reading the takeout detection information from the wireless tag , that the takeout detection information is written in the wireless tag . a wireless tag attached to the information processing apparatus configured to be readable and writable with takeout detection information via wireless communication, the takeout detection information indicating that the information processing apparatus _has been taken out from a use permissible location; a reader-writer unit contained in the information processing apparatus configured to at least read, via wireless communication, the takeout detection information stored in the wireless tag ; and a main control unit configured to perform a process of restricting information processing functions executable by the information processing apparatus _upon determining, via the reader-writer unit reading the takeout detection information from the wireless tag , that the takeout detection information is written in the wireless tag .