mhurhangee/ep-ind-claims huggingface dataset:
A printable recording material comprising: a. an opaque supporting substrate; b. a resin-rich barrier layer that includes from about 30 to about 80 wt % of polymer resin binder by total weight of the barrier layer; c. an ink vehicle-receiving layer having i. a first layer with porous inorganic particles and, at least, a binder, having a thickness ranging from about 3 to about 25 μm, ii. a second layer with nano-porous particles and, at least, a binder, that is disposed over the first layer, having a thickness ranging from about 0.3 to about 15 μm and having an average pore size that is smaller than the average pore size of the first layer; d. an ink colorant-receiving layer, disposed over the second layer, comprising inorganic particles wherein the average pore size of the ink colorant-receiving layer is smaller than the average pore size of the second layer. a. an opaque supporting substrate; b. a resin-rich barrier layer that includes from about 30 to about 80 wt % of polymer resin binder by total weight of the barrier layer; c. an ink vehicle-receiving layer having i. a first layer with porous inorganic particles and, at least, a binder, having a thickness ranging from about 3 to about 25 μm, ii. a second layer with nano-porous particles and, at least, a binder, that is disposed over the first layer, having a thickness ranging from about 0.3 to about 15 μm and having an average pore size that is smaller than the average pore size of the first layer; i. a first layer with porous inorganic particles and, at least, a binder, having a thickness ranging from about 3 to about 25 μm, ii. a second layer with nano-porous particles and, at least, a binder, that is disposed over the first layer, having a thickness ranging from about 0.3 to about 15 μm and having an average pore size that is smaller than the average pore size of the first layer; d. an ink colorant-receiving layer, disposed over the second layer, comprising inorganic particles wherein the average pore size of the ink colorant-receiving layer is smaller than the average pore size of the second layer.
Device for contactlessly detecting angles of rotation of a rotatable element, having at least one magnetoresistive sensor element which emits at least one magnetoresistive sensor signal (S M,1, S M,2), and having a first sensor element which operates according to the Hall principle and emits a first Hall sensor signal (S H,1), angles of rotation (Θ) of between 0 and 360° being able to be detected by combining the magnetoresistive sensor signal (S M,1, S M,2) with the first Hall sensor signal (S H,1), characterized in that at least one further sensor element which operates according to the Hall principle emits at least one further Hall sensor signal (S H,2) and angles of rotation (Θ) of more than 360° can be detected in such a manner that the combination of the first Hall sensor signal (S H,1) with the at least one further Hall sensor signal (S H,2) is used to increment or decrement the counting pulses generated by an edge change of the first Hall sensor signal (S H,1), and the device comprising a computer unit which is designed in such a manner that it activates or deactivates the first sensor element operating according to the Hall principle and the at least one further sensor element operating according to the Hall principle with the aid of a switching means.
A polyphenylene sulfide woven fabric for a water electrolyser, wherein the surface of the fiber constituting the polyphenylene sulfide woven fabric contains hydrophilic groups, wherein the hydrophilic groups consist of a carbon-oxygen group, a hydroxyl group, a sulfur-oxygen group, and an amino group, the oxygen content of the surface of the fiber is 15% by weight or more, the carbon-oxygen group is at least one of a carboxyl group, a carbonyl group and an aldehyde group, the content of the carbon-oxygen group is 62 to 72% of a total number of groups in the surface of the fiber, and the content of the sulfur-oxygen group is 6 to 10% of the total number of the groups in the surface of the fiber, wherein the oxygen content of the surface of the fiber and the content of the carbon-oxygen group, the sulfur-oxygen group, the hydroxyl group and the amino group are measured according to the methods in the description, wherein the total content of the carbon-oxygen group and the hydroxyl group is 61 to 80% of the total number of the groups in the surface of the fiber, and the content of the amino group is 2 to 10% of the total number of the groups in the surface of the fiber. the surface of the fiber constituting the polyphenylene sulfide woven fabric contains hydrophilic groups, wherein the hydrophilic groups consist of a carbon-oxygen group, a hydroxyl group, a sulfur-oxygen group, and an amino group, the oxygen content of the surface of the fiber is 15% by weight or more, the carbon-oxygen group is at least one of a carboxyl group, a carbonyl group and an aldehyde group, the content of the carbon-oxygen group is 62 to 72% of a total number of groups in the surface of the fiber, and the content of the sulfur-oxygen group is 6 to 10% of the total number of the groups in the surface of the fiber, wherein the oxygen content of the surface of the fiber and the content of the carbon-oxygen group, the sulfur-oxygen group, the hydroxyl group and the amino group are measured according to the methods in the description, wherein the total content of the carbon-oxygen group and the hydroxyl group is 61 to 80% of the total number of the groups in the surface of the fiber, and the content of the amino group is 2 to 10% of the total number of the groups in the surface of the fiber.
A method performed by an electronic device for displaying a page, said method comprising: detecting a slide input (820, 850) of a display mode, wherein the display mode is determined by a direction of the slide input, wherein the slide input is to an address area (810, 840) of a touch screen of the electronic device, and wherein the address area is adapted to display the address of a page being displayed or to be displayed by the electronic device, and wherein the display mode designates the layout of a page; in response to the detected slide input, transmitting a request for a page in said display mode to the server corresponding to the address; and displaying the page received from the server, wherein the page is displayed in accordance with the layout designated in said display mode; wherein transmitting a request for a page in said display mode comprises transmitting a User Agent, UA, associated with the display mode. detecting a slide input (820, 850) of a display mode, wherein the display mode is determined by a direction of the slide input, wherein the slide input is to an address area (810, 840) of a touch screen of the electronic device, and wherein the address area is adapted to display the address of a page being displayed or to be displayed by the electronic device, and wherein the display mode designates the layout of a page; in response to the detected slide input, transmitting a request for a page in said display mode to the server corresponding to the address; and displaying the page received from the server, wherein the page is displayed in accordance with the layout designated in said display mode; wherein transmitting a request for a page in said display mode comprises transmitting a User Agent, UA, associated with the display mode.
Medicament delivery device comprising: - a tubular distal housing (11; 112) having a first distal end wall (28; 154); - a tubular proximal housing (10; 110) having opposing proximal and distal ends; - a medicament container (12; 114) arranged inside said tubular proximal housing (10; 110), said medicament container comprising a collar (13; 113) with or for receiving a delivery member (18; 118), a medicament chamber in which a volume of medicament is enclosed, and an axially slidably and sealably stopper (20; 130); - a threaded hollow plunger rod (36; 128) having a first proximal end wall being in contact with said stopper; - a spring force means (46; 158) pre-tensioned arranged within said plunger rod (38; 128) between said first proximal end wall and said first distal end wall (28; 154); characterised in that said tubular distal housing (11; 112) further has a stop wall (16; 160); in that said device further comprises activation means (30, 122) arranged to be movable between a non-medicament delivery state when said activation means are engaged to said threaded hollow plunger rod and a medicament delivery state when said activation means are disengaged from said threaded hollow plunger rod; and in that the device further comprises dose setting means (44; 146) having a second proximal end and a second distal end, said dose setting means being threadedly arranged to said threaded hollow plunger rod (36; 128) and arranged to be rotationally moved by a user a stop position when said second proximal end is in contact with the stop wall of said a tubular distal housing (11; 112) and a set dose position when said second proximal end is at a certain distance from the stop wall such that said certain distance corresponds to a certain dose; and whereby upon activation of said activation means from the non-medicament delivery state to the medicament delivery state, said threaded hollow plunger rod is linearly displaced due to the force of the pre-tensioned spring means such that the dose setting means is also linearly displaced from the set dose position to the stop position. - a tubular distal housing (11; 112) having a first distal end wall (28; 154); - a tubular proximal housing (10; 110) having opposing proximal and distal ends; - a medicament container (12; 114) arranged inside said tubular proximal housing (10; 110), said medicament container comprising a collar (13; 113) with or for receiving a delivery member (18; 118), a medicament chamber in which a volume of medicament is enclosed, and an axially slidably and sealably stopper (20; 130); - a threaded hollow plunger rod (36; 128) having a first proximal end wall being in contact with said stopper; - a spring force means (46; 158) pre-tensioned arranged within said plunger rod (38; 128) between said first proximal end wall and said first distal end wall (28; 154);
A device for engaging tissue, comprising: a generally annular-shaped body defining a plane and disposed about a central axis extending substantially normal to the plane, the body being movable from a substantially planar configuration lying generally in the plane towards a transverse configuration extending at an angle through the plane, the body comprising a plurality of looped elements comprising alternating first and second curved regions (32,34); at least one first primary tine extending from a first curved region generally toward the central axis in the planar configuration and being deflectable out of the plane when the body is moved towards the transverse configuration, wherein the at least one first primary tine overlaps a first curved region which is opposite the first curved region from which the at least one first primary tine extends; and at least one second primary tine extending from another first curved region towards the central axis and being deflectable out of the plane when the body is moved towards the transverse configuration, wherein the at least one second primary tine overlaps a first curved region which is opposite the first curved region from which the at least one second primary tine extends, wherein each of the at least one first primary tine and the at least one second primary tine is offset from an axis of symmetry of the respective first curved region from which the primary tine extends by the provision of an intermediate connecting element connected between the tine and the axis of symmetry of the curved region from which the tine extends. a generally annular-shaped body defining a plane and disposed about a central axis extending substantially normal to the plane, the body being movable from a substantially planar configuration lying generally in the plane towards a transverse configuration extending at an angle through the plane, the body comprising a plurality of looped elements comprising alternating first and second curved regions (32,34); at least one first primary tine extending from a first curved region generally toward the central axis in the planar configuration and being deflectable out of the plane when the body is moved towards the transverse configuration, wherein the at least one first primary tine overlaps a first curved region which is opposite the first curved region from which the at least one first primary tine extends; and at least one second primary tine extending from another first curved region towards the central axis and being deflectable out of the plane when the body is moved towards the transverse configuration, wherein the at least one second primary tine overlaps a first curved region which is opposite the first curved region from which the at least one second primary tine extends, wherein each of the at least one first primary tine and the at least one second primary tine is offset from an axis of symmetry of the respective first curved region from which the primary tine extends by the provision of an intermediate connecting element connected between the tine and the axis of symmetry of the curved region from which the tine extends.
Multi-axis vehicle for transporting at least one passenger having a drive unit (110, 510) and a steering unit (120, 520) which is coupled to the drive unit (110, 510), wherein the drive unit (110, 510) is formed for coupling to the steering unit (120, 520) to transport the at least one passenger and having the following: - a chassis which is formed as a carrier structure of the drive unit (110, 510), - a drive module having a motor (117, 517) and a first axis having wheels to drive the vehicle (100, 500), - a coupling device for coupling the drive unit (110, 510) to the steering unit (120, 520), - an operating element for operating the drive module, - a seating arrangement for supporting the passenger, wherein the drive unit (110, 510) is configured in such a way that a total centre of mass of the drive unit (110, 510) is arranged in front of the first axis in the longitudinal direction of the vehicle (110, 500), the chassis comprises suspension of the first (113, 513a) axis, and the coupling device comprises a spherical head coupling for connecting the drive unit (110, 510) to the steering unit (120, 520), wherein the steering unit is formed for coupling to the drive unit (110, 510), and the coupling device comprises a spherical head coupling for connecting the drive unit (110, 510) to the steering unit (120, 520), wherein the steering unit (120, 520) comprises at least one axis (121, 521) having wheels, wherein the steering unit (120, 520), in a state decoupled from the drive unit (110, 510), forms an independently useable, moveable vehicle having at least one axis (121, 521), characterised in that the steering unit (120, 520) is formed as a golf trolley for receiving golf bags. - a chassis which is formed as a carrier structure of the drive unit (110, 510), - a drive module having a motor (117, 517) and a first axis having wheels to drive the vehicle (100, 500), - a coupling device for coupling the drive unit (110, 510) to the steering unit (120, 520), - an operating element for operating the drive module, - a seating arrangement for supporting the passenger,
A duct element comprising: • a deformable tubular covering in the form of a bellows having inwardly projecting annular projections; • a protective sleeve comprising an end segment fastened in the tubular covering and having a free end that projects towards the inside of the tubular covering, wherein the protective sleeve further comprises a plurality of other segments (6, 16, 17, 18, 20) engaged in part one within another, characterized in that each of said other segments (6, 16, 17, 18, 20) includes at a periphery of an outside surface thereof at least one attachment element that is fastened to said outside surface and that co-operates with at least one annular projection. • a deformable tubular covering in the form of a bellows having inwardly projecting annular projections; • a protective sleeve comprising an end segment fastened in the tubular covering and having a free end that projects towards the inside of the tubular covering, wherein the protective sleeve further comprises a plurality of other segments (6, 16, 17, 18, 20) engaged in part one within another, characterized in that each of said other segments (6, 16, 17, 18, 20) includes at a periphery of an outside surface thereof at least one attachment element that is fastened to said outside surface and that co-operates with at least one annular projection.
Dapansutrite, or a pharmaceutically acceptable solvate thereof, as a pharmaceutical compound for use in a method for treating asthma, wherein said compound is administered by oral administration.
A lock and key combination including a lock of the kind comprising: - a housing having a cylindrical bore, - a cylindrical key plug being rotatably journalled in said cylindrical bore, said key plug having a longitudinal key slot and a number of locking pins (205a-205h) in a row along a key plug axis for locking the key plug against rotation in the cylindrical bore, - each locking pin in said row comprising a body part being guided for elevational movement in a cylindrical chamber (250a-250h), and a key sensing part (207, 208; 210,207, 208) projecting downwards from said body part for contacting one or more code patterns (103, 104) on a key, and a key of the kind comprising: - a longitudinally extending, substantially flat key blade, which is insertable into said key slot in the key plug of said lock, - at least two longitudinally extending formations on said key blade, forming said code patterns (103, 104), characterized in that - said key blade comprises an upper portion having a first code pattern and a lower portion having a second code pattern, - at least one of said locking pins in said row being a short pin (205a, 205b, 205c) comprising a first, relatively short key sensing part cooperating with said first code pattern, and - at least another one of said locking pins in said row being a long pin (205f, 205g, 205h) comprising a second, relatively long key sensing part (210, 207, 208) cooperating with said second code pattern. - a housing having a cylindrical bore, - a cylindrical key plug being rotatably journalled in said cylindrical bore, said key plug having a longitudinal key slot and a number of locking pins (205a-205h) in a row along a key plug axis for locking the key plug against rotation in the cylindrical bore, - each locking pin in said row comprising a body part being guided for elevational movement in a cylindrical chamber (250a-250h), and a key sensing part (207, 208; 210,207, 208) projecting downwards from said body part for contacting one or more code patterns (103, 104) on a key, and - a longitudinally extending, substantially flat key blade, which is insertable into said key slot in the key plug of said lock, - at least two longitudinally extending formations on said key blade, forming said code patterns (103, 104), - said key blade comprises an upper portion having a first code pattern and a lower portion having a second code pattern, - at least one of said locking pins in said row being a short pin (205a, 205b, 205c) comprising a first, relatively short key sensing part cooperating with said first code pattern, and - at least another one of said locking pins in said row being a long pin (205f, 205g, 205h) comprising a second, relatively long key sensing part (210, 207, 208) cooperating with said second code pattern.
A method for performing a performance measurement on a packet flow transmitted along a path through a packet switched communication network, wherein said packet flow is divided into a sequence of blocks, each block comprising a number of packets, said packets of said packet flow are marked for dividing said packet flow into first blocks comprising first packets comprising a first marking value and second blocks comprising second packets comprising a second marking value, said first blocks alternating in time with said second blocks, said method comprising, at each one of at least two measurement points (MP1, MP2) implemented on said path: a) calculating a sampling signature, SS, for each packet of said packet flow by applying a hash function to a mask of bits of said packet; b) identifying in said packet flow a sub-flow of measurement samples based on a predefined sampling value, H*, of said sampling signature, SS, each packet being identified as a measurement sample if its sampling signature, SS, is equal to said predefined sampling value, H*, and calculating an identification signature, IS, for at least one measurement sample by applying a further hash function to a further mask of a packet identified as said at least one measurement sample, wherein said further mask comprises more bits than said mask; and c) providing measurement parameters relating to said measurement samples and associating said calculated identification signature, IS, to a measurement parameter relating to said at least one measurement sample, said method further comprising performing said performance measurement of said packet flow using said measurement parameters relating to said measurement samples. a) calculating a sampling signature, SS, for each packet of said packet flow by applying a hash function to a mask of bits of said packet; b) identifying in said packet flow a sub-flow of measurement samples based on a predefined sampling value, H*, of said sampling signature, SS, each packet being identified as a measurement sample if its sampling signature, SS, is equal to said predefined sampling value, H*, and calculating an identification signature, IS, for at least one measurement sample by applying a further hash function to a further mask of a packet identified as said at least one measurement sample, wherein said further mask comprises more bits than said mask; and c) providing measurement parameters relating to said measurement samples and associating said calculated identification signature, IS, to a measurement parameter relating to said at least one measurement sample,
An anomaly detection electronic control unit (100; 2100) that performs anomaly detection processing and that is connected to a bus which a plurality of electronic control units use for communication to communicate following a CAN (Controller Area Network) protocol, the anomaly detection electronic control unit comprising: an anomaly detection processing requesting unit that decides an anomaly detection processing timing based on an ID of a data frame acquired from the bus; and an anomaly detection processing unit that performs anomaly detection processing regarding the data frame at the anomaly detection processing timing decided by the anomaly detection processing requesting unit. an anomaly detection processing requesting unit that decides an anomaly detection processing timing based on an ID of a data frame acquired from the bus; and an anomaly detection processing unit that performs anomaly detection processing regarding the data frame at the anomaly detection processing timing decided by the anomaly detection processing requesting unit.