mhurhangee/ep-ind-claims huggingface dataset:
A quilt comprising: first and second quilt parts (9, 10; 20, 21), wherein each quilt part (9, 10; 20, 21) has a thermal resistance and the thermal resistance of the first quilt part (9, 20) is different to the thermal resistance of the second quilt part (10; 21), and wherein each quilt part (9, 10; 20, 21) in use has uppermost and lowermost surfaces (5, 6) and a channel between the uppermost and lowermost surfaces (5, 6), wherein said channel has a channel wall (15; 30) disposed at a peripheral end of the quilt part (9, 10; 20, 21), wherein the channel wall (15; 30) consists of a flat surface that extends between respective peripheral ends of the uppermost and lowermost surfaces (5, 6) of the quilt part (9, 10; 20, 21) and is orientated substantially perpendicular to the uppermost and lowermost surfaces (5, 6); and characterised in that the flat surface of the channel wall (15; 30) of each quilt part (9, 10; 20, 21) comprises: i) a first surface section having a plurality of hook fasteners (13, 14; 22, 24) disposed on the first surface section; and ii) a second surface section having a plurality of loop fasteners (11, 12; 23, 25) on the second surface section; whereby, the hook fasteners (13; 24) and loop fasteners (12; 25) disposed on the flat surface of the channel wall (15; 30) of the first quilt part (9; 20) are releasably attachable to the hook fasteners (14; 22) and loop fasteners (11; 23) disposed on the flat surface of the channel wall (15; 30) of the second quilt part (10; 21) for releasably attaching the two quilt parts (9, 10; 20, 21) together. i) a first surface section having a plurality of hook fasteners (13, 14; 22, 24) disposed on the first surface section; and ii) a second surface section having a plurality of loop fasteners (11, 12; 23, 25) on the second surface section; whereby, the hook fasteners (13; 24) and loop fasteners (12; 25) disposed on the flat surface of the channel wall (15; 30) of the first quilt part (9; 20) are releasably attachable to the hook fasteners (14; 22) and loop fasteners (11; 23) disposed on the flat surface of the channel wall (15; 30) of the second quilt part (10; 21) for releasably attaching the two quilt parts (9, 10; 20, 21) together.
Composition comprising hexyl 5-ALA ester or a pharmaceutically acceptable salt thereof for use in a neoadjuvant therapy for muscular invasive bladder cancer (MIBC) or non-muscular invasive bladder cancer (NMIBC) with a high risk of progression in a bladder cancer patient who is scheduled for a cystectomy, the therapy comprises instilling said composition into the bladder of said patient and exposing the inside of said bladder to white light and blue light from a cystoscope, wherein the time between said neoadjuvant therapy and the cystectomy is zero to 6 weeks.
A protective textile sleeve for routing and protecting wires from exposure to abrasion, from exposure to EMI, and for viewing the wires contained in the sleeve, comprising: a woven wall having opposite edges (16, 18) extending lengthwise along a longitudinal axis between opposite ends (15, 17), said opposite edges (16, 18) being wrapped into overlapping relation with one another to contain the wires within a cavity of the sleeve, said wall having warp yarns extending along said longitudinal axis and fill yarns (24, 24') extending transversely to said warp yarns, said fill yarns (24, 24') being substantially transparent monofilaments and said warp yarns including a multifilament yarn and at least one conductive wire twisted or served about said multifilament yarn, said fill yarns (24, 24') being bonded with said at least one conductive wire.
A method comprising: in response to transitioning out of an asynchronous low power mode, transmitting, from a station to an access point, a message requesting data for the station that is buffered by the access point; and in response to transmitting the message, receiving an update message from the access point indicating at least one change in a configuration of the access point, wherein the update message includes information that identifies one or more parameter values in a current configuration of the access point that differ in value from the one or more parameter values in a previous configuration of the access point. in response to transitioning out of an asynchronous low power mode, transmitting, from a station to an access point, a message requesting data for the station that is buffered by the access point; and in response to transmitting the message, receiving an update message from the access point indicating at least one change in a configuration of the access point, wherein the update message includes information that identifies one or more parameter values in a current configuration of the access point that differ in value from the one or more parameter values in a previous configuration of the access point.
An unwinder of reels of web material wound around winding spindles (A1, A2), comprising: an unwinding station with at least one unwinding member to rotate a reel that is located in said unwinding station and feed the web material toward a delivery path; lifting members to lift a spindle (A1, A2) of a first exhausted reel from said unwinding station in a removal position; an insertion member to insert a second reel into said unwinding station; a pressing member to press the web material coming from the first reel in the removal position against the second reel in the unwinding station; a severing member arranged and controlled to sever the web material of said first reel in an area comprised between the removal position and said pressing member; characterized in that said pressing member is arranged and controlled to press the web material of the first reel against the lateral surface of the second reel so as: to generate friction between the lateral surface of the second reel and the web material, such that rotation of the second reel and the pressure exerted by the pressing member cause the first reel to be drawn into rotation and to deliver by pulling the web material remaining around the first reel, such that the residual web material is drawn from the first reel; and to provide pressure to cause adhesion of the web material of the first reel to the web material of the second reel, in particular by means of a double-sided adhesive tape interposed between the two web materials.
A negative electrode plate, wherein the negative electrode plate comprises: a negative current collector, a first active substance layer disposed on at least one surface of the negative current collector, and a second active substance layer disposed on the first active substance layer, wherein the first active substance layer comprises a first negative active substance, and the second active substance layer comprises a second negative active substance; and in the negative electrode plate, the following relationships are satisfied: 3.5 ≤ A/B ≤ 10.0, and 6.5 ≤ C/D ≤ 23.0, wherein A is gram capacity of the first negative active substance; B is thickness of the first active substance layer; C is gram capacity of the second negative active substance; D is thickness of the second active substance layer; wherein in the negative electrode plate, A > C; and wherein the first negative active substance and the second negative active substance are independently selected from one or more of artificial graphite, natural graphite, carbonaceous mesophase spherules, soft carbon, and hard carbon. a negative current collector, a first active substance layer disposed on at least one surface of the negative current collector, and a second active substance layer disposed on the first active substance layer, wherein the first active substance layer comprises a first negative active substance, and the second active substance layer comprises a second negative active substance; and in the negative electrode plate, the following relationships are satisfied: 3.5 ≤ A/B ≤ 10.0, and 6.5 ≤ C/D ≤ 23.0, wherein A is gram capacity of the first negative active substance; B is thickness of the first active substance layer; C is gram capacity of the second negative active substance; D is thickness of the second active substance layer; wherein in the negative electrode plate, A > C; and wherein the first negative active substance and the second negative active substance are independently selected from one or more of artificial graphite, natural graphite, carbonaceous mesophase spherules, soft carbon, and hard carbon.
A method for preparing an organic light-emitting device, comprising the steps of: 1) forming a spacer pattern on a first electrode formed on a substrate; 2) forming an organic material layer and a second electrode on the organic material layer, both of the organic material layer and the second electrode being formed on the first electrode and on the entire upper region of the spacer pattern formed in step 1); 3) forming an encapsulation thin film on the second electrode; 4) exposing the first electrode by etching at least one portion of the encapsulation thin film to thereby form a contact hole for contacting the first electrode; and 5) forming an auxiliary electrode on the encapsulation thin film and in the contact hole on the first electrode which auxiliary electrode is thereby electrically connected to the first electrode exposed in the step 4). 1) forming a spacer pattern on a first electrode formed on a substrate; 2) forming an organic material layer and a second electrode on the organic material layer, both of the organic material layer and the second electrode being formed on the first electrode and on the entire upper region of the spacer pattern formed in step 1); 3) forming an encapsulation thin film on the second electrode; 4) exposing the first electrode by etching at least one portion of the encapsulation thin film to thereby form a contact hole for contacting the first electrode; and 5) forming an auxiliary electrode on the encapsulation thin film and in the contact hole on the first electrode which auxiliary electrode is thereby electrically connected to the first electrode exposed in the step 4).
A method to maintain a uniform temperature of a printhead, the method comprising: selectively enabling at least two of a plurality of warming groups (24, 26) on the printhead, each of the plurality of warming groups (24, 26) include at least one heater; and alternating activation of the at least two of the plurality of warming groups (24, 26) by rotating each of the at least two of the plurality of warming groups (24, 26) between an on mode and an off mode to uniformly distribute heating power to the printhead, such that at a first time, a first warming group of the at least two of the plurality of warming groups (24, 26) is in the on mode and a second warming group of the at least two of the plurality of warming groups (24, 26) is in the off mode, and at a second time, the first warming group of the at least two of the plurality of warming groups (24, 26) is in the off mode and the second warming group of the at least two of the plurality of warming groups (24, 26) is in the on mode, characterised in that the at least one heater in each of the plurality of warming groups (24, 26) is configured to provide enough energy to warm the printhead but not enough to cause ejection of fluid from the printhead. selectively enabling at least two of a plurality of warming groups (24, 26) on the printhead, each of the plurality of warming groups (24, 26) include at least one heater; and alternating activation of the at least two of the plurality of warming groups (24, 26) by rotating each of the at least two of the plurality of warming groups (24, 26) between an on mode and an off mode to uniformly distribute heating power to the printhead, such that at a first time, a first warming group of the at least two of the plurality of warming groups (24, 26) is in the on mode and a second warming group of the at least two of the plurality of warming groups (24, 26) is in the off mode, and at a second time, the first warming group of the at least two of the plurality of warming groups (24, 26) is in the off mode and the second warming group of the at least two of the plurality of warming groups (24, 26) is in the on mode, characterised in that the at least one heater in each of the plurality of warming groups (24, 26) is configured to provide enough energy to warm the printhead but not enough to cause ejection of fluid from the printhead.
A lighting device providing a sparkling visual effect, said lighting device comprising: at least one solid state light-emitting element (3, 4) mounted on a carrier substrate, each solid state light-emitting element configured to emit light from a light emitting surface; an encapsulant comprising a luminescent material, the encapsulant enclosing the light emitting surface(s) of said at least one solid state light-emitting element, and being configured to at least partly convert light emitted by the solid state light-emitting element to wavelength converted light; and a plurality of light-transmissive particles contained at least partly within said encapsulant, said light-transmissive particles having an average longest dimension extension in the range 0.4 to 1.5 times a layer thickness of said encapsulant over the light emitting surface(s), and wherein the carrier substrate is light transmissive and the encapsulant is provided on both planar surfaces of the carrier substrate. at least one solid state light-emitting element (3, 4) mounted on a carrier substrate, each solid state light-emitting element configured to emit light from a light emitting surface; an encapsulant comprising a luminescent material, the encapsulant enclosing the light emitting surface(s) of said at least one solid state light-emitting element, and being configured to at least partly convert light emitted by the solid state light-emitting element to wavelength converted light; and a plurality of light-transmissive particles contained at least partly within said encapsulant, said light-transmissive particles having an average longest dimension extension in the range 0.4 to 1.5 times a layer thickness of said encapsulant over the light emitting surface(s), and wherein the carrier substrate is light transmissive and the encapsulant is provided on both planar surfaces of the carrier substrate.
A method of transforming red microalgae, comprising: (a) culturing red microalgae cells under predetermined light conditions, wherein said predetermined light conditions comprise (i) 16 hours of continuous darkness or (ii) repeated dark/light cycles having a cumulative dark period of at least 12 hours to thereby generate competent red microalgae cells; and (b) introducing at least one circular expression vector into said competent red microalgae cells by agitation in microparticles or electroporation, said microparticles being beads, said expression vector comprising a promoter which directs an expression of an exogenous polynucleotide in the red microalgae cells, thereby transforming the red microalgae. (a) culturing red microalgae cells under predetermined light conditions, wherein said predetermined light conditions comprise (i) 16 hours of continuous darkness or (ii) repeated dark/light cycles having a cumulative dark period of at least 12 hours to thereby generate competent red microalgae cells; and (b) introducing at least one circular expression vector into said competent red microalgae cells by agitation in microparticles or electroporation, said microparticles being beads, said expression vector comprising a promoter which directs an expression of an exogenous polynucleotide in the red microalgae cells, thereby transforming the red microalgae.
Method for carrying out a virtual operation for training purposes, in particular virtual ophthalmological surgery, wherein the method is defined by an operation program and comprises the following method steps, which can be decentrally executed by a trainee by means of a computer, preferably by means of a PC: - displaying an operating field for a human or animal body, in particular an eye, on a display, - virtually carrying out a particular surgical procedure using at least one specific medical operating device, optionally using peripheral equipment, an imitation dummy, wherein the dummy or the movement and actuation of the dummy is projected into the operating field, - interactively displaying the operation steps or the operation result on the display, - comparing the result of the simulated operation carried out by the trainee, step by step, with an ideal operation result, - providing suggestions for improvement regarding the individual operation steps from the operation program, wherein the operation program is provided via a data medium or via the Internet and can be loaded from the data medium using an access authorisation or can be downloaded and activated via the Internet, and wherein the connection of the relevant dummy to the computer requires preselection of the operations in question. - displaying an operating field for a human or animal body, in particular an eye, on a display, - virtually carrying out a particular surgical procedure using at least one specific medical operating device, optionally using peripheral equipment, an imitation dummy, wherein the dummy or the movement and actuation of the dummy is projected into the operating field, - interactively displaying the operation steps or the operation result on the display, - comparing the result of the simulated operation carried out by the trainee, step by step, with an ideal operation result, - providing suggestions for improvement regarding the individual operation steps from the operation program,
Washer comprising a horizontal rotary drum in which the materials to be treated are introduced through a feed hopper together with a water flow admitted through treatment nozzles so as to form a suspension of water and materials, inside said drum there being arranged inclined paddles that move forward the heavy materials deposited on the bottom of the drum towards an exit end where an extractor conveys them towards concentric screening means, a nozzle for the admission of water for the counter-current washing of the treated materials being arranged just upstream from said extractor, characterized in that it further includes a stop ring arranged transversally inside the drum so as to leave only a peripheral annular passage having a height lower than the level of the suspension of water and materials present on the bottom of the drum.
A resist underlayer film composition, wherein the resist underlayer film composition is used for a multilayer resist method, the composition comprising: one, or two or more, of a compound represented by following general formula; and an organic solvent, wherein "n 01 " represents an integer of 1 to 10; when "n 01 " is 2, W represents a sulfinyl group, a sulfonyl group, an ether group, or a divalent organic group having 2 to 50 carbon atoms; when "n 01 " is an integer other than 2, W represents an n 01 -valent organic group having 2 to 50 carbon atoms; and Y represents a methylene group, -OCH 2 CH CH 2 OC(=O)-,-CH 2 CH CH 2 OC(=O)-, - OCH 2 CH CH 2 OC(=O)CH 2 -, or -CH 2 CH CH 2 OC(=O)CH 2 -. one, or two or more, of a compound represented by following general formula; and an organic solvent,
A data setting system that includes an image forming apparatus having a scanning unit with an image sensor and a communication terminal apparatus having a light irradiating part, characterized in that the image forming apparatus has an optical-communication receive part that receives an external light signal by using the image sensor, and an optical-communication execution part that performs a setup of an adjustment value corresponding to the light signal being received, in an internal memory; and the communication terminal apparatus has an optical-communication sending part that sends the light signal corresponding to the adjustment value, by using the light irradiating part, wherein the optical-communication receive part starts reception of the external light signal, when an input of instructions by an operator is received or when there is no data for the setup to an area of a predetermined memory.
A method performed by a computing device for enabling arbitrary applications on the computing device to print to arbitrary 3D manufacturing devices connected with the computing device, the method comprising: executing an operating system, the operating system receiving requests from the arbitrary applications that are directed to a 3D manufacturing device; characterized by receiving a request from an application, the request comprising a 3D model in a standard format recognized by one or more printing components of the operating system; exporting, by the arbitrary application, the 3D model data; packaging the 3D model data and a print ticket in a print package for printing, the print ticket specifying the 3D manufacturing device; the operating system directing the requests to a device driver of the 3D manufacturing device; and the device driver interpreting the requests into machine instructions of the 3D manufacturing device. executing an operating system, the operating system receiving requests from the arbitrary applications that are directed to a 3D manufacturing device;
A granular welding flux delivery device, comprising: a hopper having an intake opening to receive granular welding flux, a chute, and an output opening to output the granular welding flux to an electroslag strip cladding process, a submerged arc welding process, or a submerged arc strip cladding process; and an adjustable output cover attached to the chute proximate to the output opening; characterized in that it further comprises: a chute divider positioned within the chute to reduce an intake rate of granular material through the intake opening by reducing a cross-section of the chute based on a dimension of the chute divider; and in that the adjustable output cover is attached to the chute proximate to the output opening to extend or retract a length of the chute by adjusting a location of the output opening along the chute. a chute divider positioned within the chute to reduce an intake rate of granular material through the intake opening by reducing a cross-section of the chute based on a dimension of the chute divider; and in that the adjustable output cover is attached to the chute proximate to the output opening to extend or retract a length of the chute by adjusting a location of the output opening along the chute.
An item of packaging for single-dose films or patches which contain an active ingredient, comprising an upper packaging-material element and a lower packaging-material element which are connected to one another by means of an encircling sealing face or sealing seam, respectively, in such a manner that a cavity, enclosed on all sides, for receiving the film or patch is formed, wherein i.) the upper packaging-material element and the lower packaging-material element in the region of the sealing face or the sealing seam, respectively, display in each case at least one incision (7, 8) which are congruent, and ii.) at least one incision (7, 8) is intersected by a fold or kink line, characterized in that iii.) the incision in the upper packaging-material element and the congruent incision in the lower packaging-material element is configured such that the respective terminal point (15, 16) of the incisions (7, 8) displays a spacing from the cavity which corresponds to at least the width of the sealing seam. i.) the upper packaging-material element and the lower packaging-material element in the region of the sealing face or the sealing seam, respectively, display in each case at least one incision (7, 8) which are congruent, and ii.) at least one incision (7, 8) is intersected by a fold or kink line, characterized in that iii.) the incision in the upper packaging-material element and the congruent incision in the lower packaging-material element is configured such that the respective terminal point (15, 16) of the incisions (7, 8) displays a spacing from the cavity which corresponds to at least the width of the sealing seam.