mhurhangee/ep-ind-claims huggingface dataset:
Casing for passing one or more lines through a wall or floor section, comprising - a tubular body configured to be embedded in a curable casting compound of the wall section, and - a connecting flange arranged at one end of the tubular body, wherein at least one length scale with length measurements of the tubular body is arranged along the tubular body on its outer surface starting from the connecting flange, wherein one, several or all length measurements are each assigned a cut-to-length guide (26, 26') for assisted shortening of the length of the tubular body, which is formed on the outer surface of the tubular body as an elevation (18, 18') extending in the circumferential direction and protruding in the radial direction, characterized in that a circumferential recess is formed on the connecting flange in the connecting region to the tubular body as a receptacle for a collar of a blind cover that can be inserted into the tubular body. - a tubular body configured to be embedded in a curable casting compound of the wall section, and - a connecting flange arranged at one end of the tubular body, wherein at least one length scale with length measurements of the tubular body is arranged along the tubular body on its outer surface starting from the connecting flange, wherein one, several or all length measurements are each assigned a cut-to-length guide (26, 26') for assisted shortening of the length of the tubular body, which is formed on the outer surface of the tubular body as an elevation (18, 18') extending in the circumferential direction and protruding in the radial direction, characterized in that a circumferential recess is formed on the connecting flange in the connecting region to the tubular body as a receptacle for a collar of a blind cover that can be inserted into the tubular body.
Device for retaining at least one battery on a machine tool, in particular a circular saw, comprising - a retaining plate for releasably holding the at least one battery, having at least one contact apparatus for connecting the battery to the machine tool; and characterized by - a double hinge apparatus having a first and second axis of rotation (A, B), the first axis of rotation being positioned on a housing of the machine tool and the second axis of rotation being positioned on the retaining plate, such that the retaining plate can reversibly pivot between a first and second position about the first and second axis of rotation (A, B) relative to the housing. - a retaining plate for releasably holding the at least one battery, having at least one contact apparatus for connecting the battery to the machine tool; and characterized by - a double hinge apparatus having a first and second axis of rotation (A, B), the first axis of rotation being positioned on a housing of the machine tool and the second axis of rotation being positioned on the retaining plate, such that the retaining plate can reversibly pivot between a first and second position about the first and second axis of rotation (A, B) relative to the housing.
A method for digitizing a continuous bit stream in communication system that is nonsynchronous of said bit stream, for a transmission between a first transmitting apparatus and a second receiving apparatus, the initial continuous bit stream being digitized by the first transmitting apparatus by using an emission clock signal into a binary data sequence to be transmitted at a nominal frequency corresponding to a set clock period, the binary data to be transmitted being encapsulated in at least one transport frame, said frame being sent to the second receiving apparatus, the method, implemented by a processor of the first transmitting apparatus, the emission clock signal being defined by emission clock cycles, the method being characterized in that it includes steps consisting of: - estimating a mean emission clock period value of the data sequence, comprising estimating the duration of each emission clock cycle of the binary data sequence to be transmitted and calculating a deviation between the set clock period and said calculated duration for each emission clock cycle, - inserting, in a predetermined field of the transport frame, information representative of the mean period of the emission clock period, making it possible to restore, in the second receiving apparatus, said mean emission clock period value of the data sequence. - estimating a mean emission clock period value of the data sequence, comprising estimating the duration of each emission clock cycle of the binary data sequence to be transmitted and calculating a deviation between the set clock period and said calculated duration for each emission clock cycle, - inserting, in a predetermined field of the transport frame, information representative of the mean period of the emission clock period, making it possible to restore, in the second receiving apparatus, said mean emission clock period value of the data sequence.
Low-voltage switching device comprising a housing in which power electronic components (2, 3, 4) are arranged in the region of ventilation of a fan, wherein the power electronic components (2, 3, 4) operate under temperature regulation by virtue of an air flow that originates from the fan and is guided asymmetrically, wherein the power electronic components (2, 3, 4) are arranged parallel beside one another in chambers (10, 11, 12), so that the air flow originating from the fan is divided into two asymmetrically guided partial air flows, wherein each power electronic component (2, 3, 4) is assigned a separate partial air flow (27, 28, 29), wherein the cross section of the separate partial air flows (27, 28, 29) is formed differently, so that in the event of an equal power loss of the individual power electronic components (2, 3, 4), one power electronic component is cooled more poorly by the associated partial air flow and is thus warmer than the two other power electronic components (2, 4), so that the low-voltage switching device can be operated with a nominal device current range of up to 650 A as a result of this asymmetrically guided air flow, wherein the warmer power electronic component is arranged centrally in front of the fan, wherein the partial air flow belonging to this component is guided by opposite air guide walls (19, 20) at the start of the air channel, wherein the warmer power electronic component is provided with a temperature sensor, and wherein the asymmetry in the air guidance is adjusted such that, in the case in which a higher power loss is produced in the two outer power electronic components (2, 4) on account of power-loss inequalities, it is ensured that these are no warmer than the central power electronic component.
Abase station comprising: means for broadcasting system information, the system information including a first base value of a random access response window size, a second base value of a Medium Access Control, MAC, contention resolution timer, and multiplier factors corresponding to respective coverage enhancement levels; means for receiving a random access preamble, from a User Equipment, UE, which performs radio communication according to Narrow Band - Internet of Things, NB-IoT, corresponding to a coverage enhancement level that is determined by the UE according to Reference Signals Received Power, RSRP, measured by the UE; means for controlling transmission of a random access response message based on duration of the random access response window size that is derived by multiplying the first base value of the random access response window size with a multiplier factor corresponding to the coverage enhancement level of the UE; and means for controlling transmission of a MAC contention resolution message based on duration indicated by a timer value of the MAC contention resolution timer that is derived by multiplying the second base value of the MAC contention resolution timer with the multiplier factor corresponding to the coverage enhancement level. means for broadcasting system information, the system information including a first base value of a random access response window size, a second base value of a Medium Access Control, MAC, contention resolution timer, and multiplier factors corresponding to respective coverage enhancement levels; means for receiving a random access preamble, from a User Equipment, UE, which performs radio communication according to Narrow Band - Internet of Things, NB-IoT, corresponding to a coverage enhancement level that is determined by the UE according to Reference Signals Received Power, RSRP, measured by the UE; means for controlling transmission of a random access response message based on duration of the random access response window size that is derived by multiplying the first base value of the random access response window size with a multiplier factor corresponding to the coverage enhancement level of the UE; and means for controlling transmission of a MAC contention resolution message based on duration indicated by a timer value of the MAC contention resolution timer that is derived by multiplying the second base value of the MAC contention resolution timer with the multiplier factor corresponding to the coverage enhancement level.
A device for collecting and stabilizing blood or a component thereof, wherein the device has a first end and a second end and at least one interior wall defining a reservoir portion for receiving a blood, wherein the reservoir contains a blood stabilization agent comprising a) variegin having the amino acid sequence designated as SEQ ID NO:1, or an analog thereof such as the analog of variegin which is a fragment of SEQ ID NO:1 and which is selected from SEQ ID NOs:2-5, or the analog of variegin which is designated as SEQ ID NO:6; or b) a polysulfated disaccharide, preferably sucrose octasulfate, or a combination thereof, each in an amount effective to stabilize blood or a component thereof, wherein the variegin designated as SEQ ID NO:1 or the analog thereof may be present in the device in a concentration of about 1 μM to about 1 mM, and wherein the polysulfated disaccharide may be present in the device in a concentration of about 50 μM to about 50 mM.
A decoration for a sheet of material such as leather, artificial leather, fabrics or the like, of the type applicable with a pressing device, comprising: - decorative elements in the form of letters, numbers, symbols, logos or the like, said decorative elements having a rear surface, destined to rest against the sheet of material, and a front surface, which remains exposed when the decoration is attached to the sheet of material; - fastening pins, protruding from the rear surface of the decorative elements, to fasten them to the sheet of material in a predetermined position with respect to one another; - a fastening counter-plate provided with openings adapted to accommodate and to block through friction the fastening pins of the decorative elements; and - temporary connection means, adapted to maintain the decorative elements in the aforesaid predetermined position, comprising at least one bar fastened to the various decorative elements by means of tabs; characterized in that the tabs are fastened to the rear surface of the decorative elements and are sized to have a section that facilitates breaking at said rear surface. - decorative elements in the form of letters, numbers, symbols, logos or the like, said decorative elements having a rear surface, destined to rest against the sheet of material, and a front surface, which remains exposed when the decoration is attached to the sheet of material; - fastening pins, protruding from the rear surface of the decorative elements, to fasten them to the sheet of material in a predetermined position with respect to one another; - a fastening counter-plate provided with openings adapted to accommodate and to block through friction the fastening pins of the decorative elements; and - temporary connection means, adapted to maintain the decorative elements in the aforesaid predetermined position, comprising at least one bar fastened to the various decorative elements by means of tabs;
Knitted textile mesh having a supporting structure comprising warp yarns (204, 304, 404, 504) and weft yarns (202, 203; 302, 303; 502) with cohesion provided by bonding yarns (201, 301, 401, 501, 61) characterised in that the mesh integrates in the lengthwise or crosswise or oblique direction of production, voluminised yarns (206, 306, 406, 506, 606, 710), having a diameter included between 1.5 and 5 mm and which is therefore considerably larger than that of the yarns making up the supporting structure, said mesh being free of any bonding agents.
Optical fibre as optical waveguide for single-mode operation, wherein the fibre has structuring by means of which the propagation of higher-order modes in the optical waveguide is selectively suppressed, wherein the structuring comprises channels extending along the longitudinal extent of the fibre, wherein a fibre core is formed by a region of the fibre in which no channels extend, characterized in that - the structuring comprises an air ring arranged coaxially with the fibre, said air ring having interruptions in the circumferential direction, wherein radial structures extend outwardly proceeding from the edge regions of the interruptions, or - the channels, as seen in the cross section of the fibre, form groups of at least two channels in such a way that the distances between the central axes of the channels within one group are smaller than the distances between the central axes of the channels of different groups, wherein the distance ( d) between the centroid axes of the groups is greater than twenty times the wavelength of the radiation guided in the optical waveguide. - the structuring comprises an air ring arranged coaxially with the fibre, said air ring having interruptions in the circumferential direction, wherein radial structures extend outwardly proceeding from the edge regions of the interruptions, or - the channels, as seen in the cross section of the fibre, form groups of at least two channels in such a way that the distances between the central axes of the channels within one group are smaller than the distances between the central axes of the channels of different groups, wherein the distance ( d) between the centroid axes of the groups is greater than twenty times the wavelength of the radiation guided in the optical waveguide.
A turbomachine casing assembly including: an inner casing element for arrangement radially outward of a turbomachine fan; an outer casing element for arrangement radially outward of the inner casing element; a retaining lip arranged radially inward of at least a region of the inner casing element; a separator extending between the inner and outer casing elements, wherein the separator is arranged in compression between the inner and outer casing elements to urge a portion of the inner casing element against the lip; characterised in that the separator engages a frangible region of the inner casing element and the frangible region is configured to break in preference to the separator. an inner casing element for arrangement radially outward of a turbomachine fan; an outer casing element for arrangement radially outward of the inner casing element; a retaining lip arranged radially inward of at least a region of the inner casing element; a separator extending between the inner and outer casing elements, wherein the separator is arranged in compression between the inner and outer casing elements to urge a portion of the inner casing element against the lip; characterised in that the separator engages a frangible region of the inner casing element and the frangible region is configured to break in preference to the separator.
Passenger seat comprising a first seat element (20, 22, 32, 34; 76, 78, 80) and at least one second seat element (20, 22, 32, 34; 76, 78, 80) which are movable with respect to each other, and being mountable on a floor (14; 84) of a transport means, and comprising at least one optical transmission unit (42; 88) with a light entry element (48; 92) and at least one light exit element (50; 94), the optical transmission unit (42; 88) comprising at least one light guiding path (52; 90) which extends from the light entry element (48; 92) to the light exit element (50; 94) and along which light is guidable, wherein the optical transmission unit (42; 88) is provided to transmit light in a contact-free manner, in at least one operating state, in at least one point of the light guiding path (52; 90) differing from a point of a light entry into the light entry element (48; 92) and from a point of a light exit out of the light exit element (50; 94), characterised in that the contact-free transmission of light from the first seat element (20, 22, 32, 34; 76, 78, 80) to the second seat element (20, 22, 32, 34; 76, 78, 80) which is different therefrom and is movable with respect to the first seat element (20, 22, 32, 34; 76, 78, 80) is effected in discrete regions (68, 70) of a relative position of the first seat element (20, 22, 32, 34; 76, 78, 80) and the second seat element (20, 22, 32, 34; 76, 78, 80).
Metal heat exchange pipe having at the outer side of the pipe helically extending ribs which are formed in an integral manner and which are constructed in a continuous manner and whose rib base protrudes in a substantially radial manner from the pipe wall, and having primary grooves which are arranged between mutually adjacent ribs, at least one undercut secondary groove being arranged in the region of the groove base of the primary grooves, this secondary groove being delimited in the direction towards the primary groove by means of a pair of mutually opposing material projections which are formed from material of mutually adjacent rib bases, these material projections extending continuously along the primary groove, the cross-section of the secondary groove being varied at regular intervals, without in this instance influencing the form of the ribs, whereby local cavities are constructed as undercut empty spaces at the base of the primary groove, and there being formed between opposing material projections a spacing, characterised in that the spacing is varied at regular intervals, the spacing assuming a minimum value (Smin) in different planes in the region between the cavities and assuming a value (Smax) at the highest location of the cavities, whereby the opening width of the secondary groove is varied.
A nuclear reactor, comprising a vessel that houses a core, comprising a bundle of fuel elements and immersed in a primary cooling fluid of the core; the fuel elements extend along respective longitudinal and parallel axes and are mechanically supported by respective heads joined to each other and joined to an anchoring structure by support devices acting between adjacent fuel elements, or acting between fuel elements situated on the periphery of the core and the anchoring structure, characterized in that the support devices constitute an integral part of the heads of the fuel elements.
Method for manufacturing a composite compensating balance spring (31, 41) comprising the following steps: a) taking a first wafer made of a first material; b) taking at least a second wafer (3, 3') made of at least a second material whose Young's modulus variations with temperature are of the opposite sign to those of the first material; c) joining the first wafer to the at least one second wafer (3, 3') to form a substrate (2, 2'); d) etching a pattern through the substrate (2, 2') to form a composite compensating balance spring (31, 41) including a first thickness (E 1) of the first material and at least a second thickness (E 2, E' 2) of the at least second material; e) releasing the composite compensating balance spring (31, 41) from the substrate (2, 2'). a) taking a first wafer made of a first material; b) taking at least a second wafer (3, 3') made of at least a second material whose Young's modulus variations with temperature are of the opposite sign to those of the first material; c) joining the first wafer to the at least one second wafer (3, 3') to form a substrate (2, 2'); d) etching a pattern through the substrate (2, 2') to form a composite compensating balance spring (31, 41) including a first thickness (E 1) of the first material and at least a second thickness (E 2, E' 2) of the at least second material; e) releasing the composite compensating balance spring (31, 41) from the substrate (2, 2').
Method for establishing a connection of a mobile device to a telematics unit of a commercial vehicle via a first wireless communication network, wherein the method is carried out by the mobile device, the method comprising: - detecting telematics unit identification information, wherein the telematics unit identification information is detected by an optical sensor; - identifying the telematics unit at least in part based on the telematics unit identification information; - obtaining a first authentication information, wherein the first authentication information is obtained by detecting a user input at the mobile device; - determining an authentication key and/or a connection key at least in part based on the obtained authentication information, wherein determining the authentication key and/or connection key is further based on the detected telematics unit identification information; - generating a first connection establishment message at least in part based on the authentication key and/or connection key; - sending the first connection establishment message to the telematics unit via the first wireless communication network. - detecting telematics unit identification information, wherein the telematics unit identification information is detected by an optical sensor; - identifying the telematics unit at least in part based on the telematics unit identification information; - obtaining a first authentication information, wherein the first authentication information is obtained by detecting a user input at the mobile device; - determining an authentication key and/or a connection key at least in part based on the obtained authentication information, wherein determining the authentication key and/or connection key is further based on the detected telematics unit identification information; - generating a first connection establishment message at least in part based on the authentication key and/or connection key; - sending the first connection establishment message to the telematics unit via the first wireless communication network.