mhurhangee/ep-ind-claims huggingface dataset:
A mounting bracket for installation of a window in a roof structure, comprising a first leg portion adapted for connection with an associated frame member (2, 3, 4, 5) of a window frame and a second leg portion essentially perpendicular to the first leg portion adapted for fastening to the roof structure, and in which the first leg portion includes at least one leg section adapted for connection with said frame member (2, 3, 4, 5), wherein said second leg portion comprises a first leg section (12a; 12a') connected to said at least one leg section of the first leg portion, said at least one leg section of the first leg portion comprises a flange which is essentially perpendicular to said at least one leg section, and wherein the second leg portion, the at least one leg section of the first leg portion and the flange form a step-shaped cross-section, said flange being intended for engagement with a groove (7, 8a, 8b) in said frame member (2, 3, 4, 5) at a corner joint of the window, characterized in that said first leg section (12a; 12a') including at least one area forming an extension beyond a first area of the first leg section (12a; 12a') of the second leg portion which is adjacent to the first leg portion, said extension lying in the same plane as the second leg portion, wherein the ratio between the overall length of the second leg portion and the first area lies in the interval 1.5:1 to 4:1, preferably in the interval 2:1 to 3:1. wherein said second leg portion comprises a first leg section (12a; 12a') connected to said at least one leg section of the first leg portion, said at least one leg section of the first leg portion comprises a flange which is essentially perpendicular to said at least one leg section, and wherein the second leg portion, the at least one leg section of the first leg portion and the flange form a step-shaped cross-section, said flange being intended for engagement with a groove (7, 8a, 8b) in said frame member (2, 3, 4, 5) at a corner joint of the window, characterized in that said first leg section (12a; 12a') including at least one area forming an extension beyond a first area of the first leg section (12a; 12a') of the second leg portion which is adjacent to the first leg portion, said extension lying in the same plane as the second leg portion, wherein the ratio between the overall length of the second leg portion and the first area lies in the interval 1.5:1 to 4:1, preferably in the interval 2:1 to 3:1.
Method for allocating communication logic channels to N users in a network, having at least the following steps: a) defining a first allocation set composed of the following triplets (channel number, slot number, user attributed to a channel for a given slot) representing the allocation of C communication channels, to the N users, in a first time session composed of multiple time slots, with the number C of communication channels equal to the square root of the number of users N and C equal to the cardinal of a finite field, b) generating, from the first channel allocation set, C other matrices, each matrix describing the allocation of the users to the communication channels during a session, said C allocation matrices being generated using a function configured so that each user is in communication with each of the other (N-1) users at least once during the frame containing the C+1 sessions, the communication actually taking place if the users are within communication range. a) defining a first allocation set composed of the following triplets (channel number, slot number, user attributed to a channel for a given slot) representing the allocation of C communication channels, to the N users, in a first time session composed of multiple time slots, with the number C of communication channels equal to the square root of the number of users N and C equal to the cardinal of a finite field, b) generating, from the first channel allocation set, C other matrices, each matrix describing the allocation of the users to the communication channels during a session, said C allocation matrices being generated using a function configured so that each user is in communication with each of the other (N-1) users at least once during the frame containing the C+1 sessions, the communication actually taking place if the users are within communication range.
A device for the exo-prosthetisation of limbs and other percutaneous applications of the type formed by: - a carrier element for percutaneous collars, - an element projecting from the epidermis, - a percutaneous collar formed by a central rigid ring joined to the carrier element, - a silicone disc comprising micropores in the outer portion, - a flexible mesh inside a microporous silicone disc, characterised in that the entire volume of the disc comprises a three-dimensional network of interconnected micropores forming microchannels connecting both external faces of the disc, through the external micropores, to the internal flexible mesh wherein the flexible mesh is formed by crossed longitudinal and radial elements or plates which form a plurality of holes. - a carrier element for percutaneous collars, - an element projecting from the epidermis, - a percutaneous collar formed by a central rigid ring joined to the carrier element, - a silicone disc comprising micropores in the outer portion, - a flexible mesh inside a microporous silicone disc,
A pant-type garment having a length direction and a width direction and being divided in the length direction into a front portion, a back portion and a crotch portion located between the front portion and the back portion, the front portion having a front waist edge extending in the width direction and a pair of opposing side edges (22a, 22b) extending in the longitudinal direction and the back portion having a back waist edge (21") extending in the width direction and a pair of opposing side edges (24a, 24b), extending in the longitudinal direction, the front and back portions (15, 16) being joined in a first and a second side seam (6a, 6b) arranged in first and second side seam regions and being formed by superposed layers of the front and back portions (15, 16) along the opposing side edges (22a, 22b, 24a, 24b) of the front and back portions (15, 16), the first and second side seam regions comprising thermoplastic web material, the side seams extending along the side edges (22a, 22b, 24a, 24b) of the front and back portions (15, 16) of the pant-type garment and being constituted by fused thermoplastic material, characterized in that each side seam (6a, 6b) has a length (l s) in the length direction of the pant-type garment and has a generally rectangular cross-sectional area (a s), a width (w s) in the width direction of the pant-type garment and a thickness (t s) perpendicular to the width direction and the length direction within 80% to 100% of the length (l s) of each side seam (6a, 6b).
An apparatus comprising: a processor configured to execute software; a non-volatile random access memory coupled to the processor that is byte-rewritable by the processor, a portion of the non-volatile random access memory configured to act as a system memory for storing data and instructions of the processor's software, the non-volatile random access memory further comprising a partition that is exposed to the software as mass storage; and a memory controller (131, 132) coupled between the processor and the non-volatile random access memory, the memory controller further configured to access the portion of the non-volatile random access system memory, and to perform a memory access operation to access the partition in response to a request from the software for access to the mass storage wherein the memory controller is configured to emulate the mass storage to a storage driver in response to the request from the software by at least copying data between the system memory and the partition of the non-volatile random access memory. a processor configured to execute software; a non-volatile random access memory coupled to the processor that is byte-rewritable by the processor, a portion of the non-volatile random access memory configured to act as a system memory for storing data and instructions of the processor's software, the non-volatile random access memory further comprising a partition that is exposed to the software as mass storage; and a memory controller (131, 132) coupled between the processor and the non-volatile random access memory, the memory controller further configured to access the portion of the non-volatile random access system memory, and to perform a memory access operation to access the partition in response to a request from the software for access to the mass storage wherein the memory controller is configured to emulate the mass storage to a storage driver in response to the request from the software by at least copying data between the system memory and the partition of the non-volatile random access memory.
System of transmitting signals between different interfaces of a mobile terminal comprising a first interface module (4; 5) for processing a first and a second type of signals, a second interface module for processing a third and said second type of signals, and characterized in that the system further comprises a router module with a router for receiving signals of the second type from the first interface module (4; 5) or from the second interface module and for transmitting signals of the second type to the second interface module or to the first interface module (4; 5), the router being configured to direct the signals of the second type received from said first interface module (4; 5) or from said second interface module according to commands received from a user interface means, and that the second interface module comprises a host controller interface HCI for transmitting signals of the second type received from said router as signals of the third type to a transmitting means or for receiving signals of the third type from the transmitting means, said host controller interface HCI being further configured for transmitting signals of the second type to the router of the router module or for receiving signals of the second type from the router of the router module.
Method for initializing an actuation unit of a shift device which has a shift element which can be moved in both directions of movement along a shift shaft and has the purpose of alternately connecting two gear wheels (5a, 5b) into a transmission power flux, in which a sensor of the actuation unit is used for sensing the position of the shift device, for which purpose the shift element of the shift device is moved successively in both directions of movement up to the final blocked position on the respective gear wheel (5a, 5b), wherein the movement distance (x) between the two blocked positions is determined from this and is subsequently compared with four stored possible movement distances (x NB, x GB, x li, x re) wherein a movement distance (x NB) corresponds to the movement distance when the shift element impacts on a tooth-on-tooth position on both gear wheels (5a, 5b), wherein a movement distance (x GB) corresponds to the movement distance when through-connection of the shift element on both sides takes place with both gear wheels (5a, 5b), wherein a movement distance (x li) corresponds to the movement distance in the case of a tooth-on-tooth position of the shift element only on the left-hand side, and a movement distance (x re) corresponds to the movement distance in the case of a tooth-on-tooth position of the shift element only on the right-hand side, from which the actual position of the shift device is determined in order to initialize the actuation unit in the case of through-connection distances (S4 to S2, S1 to S3) which are different in the two directions of movement, characterized in that the rotational position, corresponding to the respective position of the shift device, of a motor shaft of an electric motor which is embodied as a brushless DC motor and which serves as an actuator of the actuation unit and into which the sensor for sensing the position of the shift device on the basis of the sensing of the current rotational position of the motor shaft of the brushless DC motor is integrated is sensed and stored after each shifting process.
A surface-modified nanofiber comprising: a molecular modification site on the surface of a polymer nanofiber, and which is characterized in that the molecular modification site exhibits proton conductivity and the molecular modification site has features A), B) and C) below, A) The molecular modification site has a functional group that can interact with a polymer nanofiber; B) The molecular modification site is composed from an acidic substance and a basic substance; C) The acidic substance and the basic substance comprise an alternating layered structure. and which is characterized in that the molecular modification site exhibits proton conductivity and the molecular modification site has features A), B) and C) below, A) The molecular modification site has a functional group that can interact with a polymer nanofiber; B) The molecular modification site is composed from an acidic substance and a basic substance; C) The acidic substance and the basic substance comprise an alternating layered structure. A) The molecular modification site has a functional group that can interact with a polymer nanofiber; B) The molecular modification site is composed from an acidic substance and a basic substance; C) The acidic substance and the basic substance comprise an alternating layered structure.
A method for processing a common search area, comprising: receiving first resource indication information about a first common search area and second resource indication information about a second common search area; determining according to the first resource indication information, a location of the first common search area; determining according to the second resource indication information, a location of the second common search area; characterized in that, wherein types of control signaling carried in the first common search area and the second common search area comprise power control signaling, signaling for scheduling a system message, signaling for scheduling a paging message, and signaling for scheduling a random access signaling, wherein the first common search area carries the signaling for scheduling the system message, and the control signaling which is carried in the second common search area is of the types comprising: the power control signaling, the signaling for scheduling the paging message, and the signaling for scheduling the random access signaling. receiving first resource indication information about a first common search area and second resource indication information about a second common search area; determining according to the first resource indication information, a location of the first common search area; determining according to the second resource indication information, a location of the second common search area; characterized in that, wherein types of control signaling carried in the first common search area and the second common search area comprise power control signaling, signaling for scheduling a system message, signaling for scheduling a paging message, and signaling for scheduling a random access signaling, wherein the first common search area carries the signaling for scheduling the system message, and the control signaling which is carried in the second common search area is of the types comprising: the power control signaling, the signaling for scheduling the paging message, and the signaling for scheduling the random access signaling.
Method for encapsulating a micro-component arranged on and/or in a substrate, including at least the following steps: - depositing at least one sacrificial material covering the micro-component, - making a cap covering the sacrificial material, - removing the sacrificial material via at least one opening formed through the cap, forming a cavity in which the micro-component is arranged, - depositing, at least on the cap, at least one layer (110, 112) of plugging material capable of plugging the opening, - localized deposition without etching of at least one portion of mechanically reinforcing material (118, 128, 138) of the cap, covering at least the cap. - depositing at least one sacrificial material covering the micro-component, - making a cap covering the sacrificial material, - removing the sacrificial material via at least one opening formed through the cap, forming a cavity in which the micro-component is arranged, - depositing, at least on the cap, at least one layer (110, 112) of plugging material capable of plugging the opening, - localized deposition without etching of at least one portion of mechanically reinforcing material (118, 128, 138) of the cap, covering at least the cap.
Fibre channel insert which is insertable into the mounting opening of an opening roller housing of an open-end spinning arrangement, wherein the fibre channel insert comprises a fibre channel body and contains a section of a fibre channel, characterized in that the fibre channel body with its major axis extends primarily transversely to the major axis of the fibre channel and that the fibre channel insert is insertable into the mounting opening primarily axially parallel to the axis of the opening roller.
A display drive apparatus for driving a display having a backlight 105) and a transmittance panel comprising transmittance elements for modulating the light from the backlight, the display drive apparatus comprising: a receiver for receiving a plurality of time sequential frames to be displayed by the display, a display controller arranged to generate backlight intensity values for the backlight and transmittance drive values for the transmittance elements for the time sequential frames in response to image data for the time sequential frames and a global relationship between image data values and backlight intensity values and transmittance drive values, the transmittance drive values comprising a desired transmittance component and an overdrive component, a compensator for introducing a locally adapted overdrive compensation value to the transmittance drive values to generate compensated transmittance drive values, a backlight driver for driving the backlight in accordance with the backlight intensity values, and a transmittance panel driver for driving the transmittance panel in accordance with the compensated transmittance drives values, characterized in that the compensator is arranged to determine the locally adapted overdrive compensation value in response to a display position of a transmittance element for which the locally adapted overdrive compensation value is determined. a receiver for receiving a plurality of time sequential frames to be displayed by the display, a display controller arranged to generate backlight intensity values for the backlight and transmittance drive values for the transmittance elements for the time sequential frames in response to image data for the time sequential frames and a global relationship between image data values and backlight intensity values and transmittance drive values, the transmittance drive values comprising a desired transmittance component and an overdrive component, a compensator for introducing a locally adapted overdrive compensation value to the transmittance drive values to generate compensated transmittance drive values, a backlight driver for driving the backlight in accordance with the backlight intensity values, and a transmittance panel driver for driving the transmittance panel in accordance with the compensated transmittance drives values, characterized in that the compensator is arranged to determine the locally adapted overdrive compensation value in response to a display position of a transmittance element for which the locally adapted overdrive compensation value is determined.
A developing device for insertion into an image forming apparatus having a housing to removably receive and mount the developing device, the developing device comprising: a body having a leading end for insertion into an image forming apparatus, a trailing end to be grasped by a user during insertion of the body into, or during removal from, an image forming apparatus, the body comprising an upper surface; a photosensitive element located in the body between the leading and trailing ends which engages with a transfer roller of the image forming apparatus when the body is mounted in the image forming apparatus, wherein the body comprises a rotation guide part between the photosensitive element and the leading end to guide pivotal movement of the body relative to said housing of an image forming apparatus during insertion and/or removal of said body, characterised in that the body has a terminal for the supply of power to a memory in the body from a power terminal in the image forming apparatus when the body is mounted therein, the terminal being disposed on said upper surface of the body between the rotation guide part and the leading edge of the body so that the terminal moves downwardly to disengage the terminal from the power terminal in the image forming apparatus when the trailing end of the body is grasped by a user and pivoted in an upward direction to disengage the photosensitive element from the transfer roller during removal of the inserted body from the image forming apparatus. a body having a leading end for insertion into an image forming apparatus, a trailing end to be grasped by a user during insertion of the body into, or during removal from, an image forming apparatus, the body comprising an upper surface; a photosensitive element located in the body between the leading and trailing ends which engages with a transfer roller of the image forming apparatus when the body is mounted in the image forming apparatus, wherein the body comprises a rotation guide part between the photosensitive element and the leading end to guide pivotal movement of the body relative to said housing of an image forming apparatus during insertion and/or removal of said body, characterised in that the body has a terminal for the supply of power to a memory in the body from a power terminal in the image forming apparatus when the body is mounted therein, the terminal being disposed on said upper surface of the body between the rotation guide part and the leading edge of the body so that the terminal moves downwardly to disengage the terminal from the power terminal in the image forming apparatus when the trailing end of the body is grasped by a user and pivoted in an upward direction to disengage the photosensitive element from the transfer roller during removal of the inserted body from the image forming apparatus.
An article of manufacture comprising a dosage form, the dosage form comprising an effective amount of a Bryoid and an effective amount of a Retinoid for use in the treatment of a disease responsive to increases in alpha secretase activity, wherein the disease is selected from the group consisting of neuro-degenerative diseases, virus latencies, cancers and optical diseases, wherein the Bryoid and the Retinoid are held in a plurality of spheres, wherein said spheres comprise a biopolymer, and wherein said spheres have diameters of 1 to 1000 nanometers.
A coating agent for use in forming an inkjet ink-receiving layer, comprising a crosslinked vinyl emulsion including water or water containing a hydrophilic organic solvent; and a resin particle formed by emulsion polymerization of a monomer mixture containing: a monomer having two or more ethylenically unsaturated groups; a monomer of ethylenically unsaturated carboxylic acid or anhydride or salt thereof having one ethylenically unsaturated group; and a monomer having a hydrophobic group having 1 to 12 carbon atoms and one ethylenically unsaturated group. a monomer having two or more ethylenically unsaturated groups; a monomer of ethylenically unsaturated carboxylic acid or anhydride or salt thereof having one ethylenically unsaturated group; and a monomer having a hydrophobic group having 1 to 12 carbon atoms and one ethylenically unsaturated group.