mhurhangee/ep-ind-claims huggingface dataset:
Vehicle brake system, which comprises: - a frame, - a brake pad, which is moveable relative to the frame between a braking position and a retracted position, - a piston device which is moveable over an operational stroke to move the brake pad from the retracted position into the braking position, which piston device comprises a first engagement surface, - a retractor which is adapted to move the piston device over a return stroke, thereby moving the brake pad from the braking position into the retracted position, - a stop which is in engagement with the first engagement surface of the piston device at the end of the return stroke, which stop is arranged to prevent movement of the first engagement surface past the stop in the direction of the return stroke, and wherein the stop is moveable by the piston device in the direction of the operational stroke of the piston device, wherein the piston device further comprises a second engagement surface adapted to engage the stop at the end of the operational stroke, characterised in that, the vehicle brake system further comprises an intermediate element, which intermediate element comprises the stop, which intermediate element is moveably arranged into a housing (42, 46), wherein the intermediate element is cup-shaped and has a central opening, and at least part of the piston device is accommodated in the central opening. - a frame, - a brake pad, which is moveable relative to the frame between a braking position and a retracted position, - a piston device which is moveable over an operational stroke to move the brake pad from the retracted position into the braking position, which piston device comprises a first engagement surface, - a retractor which is adapted to move the piston device over a return stroke, thereby moving the brake pad from the braking position into the retracted position, - a stop which is in engagement with the first engagement surface of the piston device at the end of the return stroke, which stop is arranged to prevent movement of the first engagement surface past the stop in the direction of the return stroke, and wherein the stop is moveable by the piston device in the direction of the operational stroke of the piston device, wherein the piston device further comprises a second engagement surface adapted to engage the stop at the end of the operational stroke, characterised in that, the vehicle brake system further comprises an intermediate element, which intermediate element comprises the stop, which intermediate element is moveably arranged into a housing (42, 46), wherein the intermediate element is cup-shaped and has a central opening, and at least part of the piston device is accommodated in the central opening.
A washing or cleaning agent containing at least one glycerol ester, characterized in that the glycerol in the glycerol ester is esterified with one or two branched or unbranched, saturated or unsaturated C 12-20 fatty acids, at least one further hydroxyl group of the glycerol being esterified with a C 2-6 carboxylic acid.
An electronic device for controlling a screen, the electronic device comprising: a touch screen display; and a controller configured to: display a first screen via the touch screen display; detect an input for splitting the touch screen display into a plurality of areas including a first area and a second area, the input being input via the touch screen display; and in response to detecting the input, display the first screen with a reduced size within the first area, and display at least one recommended function within the second area, wherein the controller is configured to determine, based on a distance of a movement of the input, a number of the plurality of areas. a touch screen display; and a controller configured to: display a first screen via the touch screen display; detect an input for splitting the touch screen display into a plurality of areas including a first area and a second area, the input being input via the touch screen display; and in response to detecting the input, display the first screen with a reduced size within the first area, and display at least one recommended function within the second area, wherein the controller is configured to determine, based on a distance of a movement of the input, a number of the plurality of areas. display a first screen via the touch screen display; detect an input for splitting the touch screen display into a plurality of areas including a first area and a second area, the input being input via the touch screen display; and in response to detecting the input, display the first screen with a reduced size within the first area, and display at least one recommended function within the second area, wherein the controller is configured to determine, based on a distance of a movement of the input, a number of the plurality of areas.
A device for negative pressure wound therapy comprising (a) a cover material for air-tight sealing the wound and the wound surroundings; (b) a means suitable for the generation of a negative pressure in the wound area; and (c) an open-cell foam on the basis of a cross-linked polyorganosiloxane as a wound dressing. (a) a cover material for air-tight sealing the wound and the wound surroundings; (b) a means suitable for the generation of a negative pressure in the wound area; and (c) an open-cell foam on the basis of a cross-linked polyorganosiloxane as a wound dressing.
Sealing element for an injection-moulding machine for sealing at least one electrical contact element (21, 21a) of a plug-in contact during partial encapsulation with a plastics moulding compound that is formed from a flexible material and under the action of a compressive force is elastically deformed in such a way that it comes to lie against the contact element (21, 21a) with a sealing effect, characterized in that it is formed as a single part and has at least one slot (2, 2a), into which the contact element (21, 21a) can be inserted in a form-fitting manner in such a way that it can be completely enclosed circumferentially by the sealing element.
Handheld cutting device for cutting food, in particular roasted meat on a spit, comprising a knife head, the knife head having a rotating cutting element, characterized in that the knife head forms a flat surface for the cutting element, which surface is delimited between a first fastening device for a splash guard, a locking lip, and a recess between the first fastening device and the locking lip and/or a recess between the first fastening device and a further fastening device (34; 35) for the splash guard, and in that the recess between the fastening device and the locking lip and/or the recess between the fastening device and a further fastening device (34; 35), together with the splash guard, forms an ejection window (23; 24; 25) for meat drawn along by the cutting element.
A packaged product, comprising: a product that requires authentication or activation for use as intended; and finished goods packaging, comprising: a receiving portion configured to receive the product; and the finished goods packaging being characterized by further comprising a passive data chip, wherein the passive data chip includes data that is uniquely associated with the product and with a target user account; wherein the passive data chip is configured to initiate an authentication or activation process by transmitting the data to a personal mobile device that is associated with the target user account, upon the passive data chip being brought within range of a data reader of the personal mobile device wherein the passive data chip is configured to not initiate an authentication or activation process, upon the passive data chip being brought within range of a data reader of a personal mobile device that is associated with a non-target user. a product that requires authentication or activation for use as intended; and finished goods packaging, comprising: a receiving portion configured to receive the product; and the finished goods packaging being characterized by further comprising a passive data chip, wherein the passive data chip includes data that is uniquely associated with the product and with a target user account; a receiving portion configured to receive the product; and the finished goods packaging being characterized by further comprising a passive data chip, wherein the passive data chip includes data that is uniquely associated with the product and with a target user account; wherein the passive data chip is configured to initiate an authentication or activation process by transmitting the data to a personal mobile device that is associated with the target user account, upon the passive data chip being brought within range of a data reader of the personal mobile device wherein the passive data chip is configured to not initiate an authentication or activation process, upon the passive data chip being brought within range of a data reader of a personal mobile device that is associated with a non-target user.
A membrane electrode assembly with gas diffusion layer comprising: a membrane electrode assembly including an electrolyte membrane, a catalyst layer located on one surface of said electrolyte membrane, and a subgasket bonded to said one surface of said electrolyte membrane at a position on said one surface of said electrolyte membrane external to said catalyst layer; and a gas diffusion layer covering said catalyst layer on one side of said catalyst layer and bonded to said membrane electrode assembly through a bonding part, wherein said gas diffusion layer includes: a gas diffusion layer base material; and a microporous layer adhesively bonded to said gas diffusion layer base material and located between said gas diffusion layer base material and said catalyst layer, and power of adhesion of said microporous layer to said gas diffusion layer base material determined by a test under ISO 29862:2007 is equal to or greater than 0.392 N/25 mm (40 gf/25 mm). a membrane electrode assembly including an electrolyte membrane, a catalyst layer located on one surface of said electrolyte membrane, and a subgasket bonded to said one surface of said electrolyte membrane at a position on said one surface of said electrolyte membrane external to said catalyst layer; and a gas diffusion layer covering said catalyst layer on one side of said catalyst layer and bonded to said membrane electrode assembly through a bonding part, wherein said gas diffusion layer includes: a gas diffusion layer base material; and a microporous layer adhesively bonded to said gas diffusion layer base material and located between said gas diffusion layer base material and said catalyst layer, and power of adhesion of said microporous layer to said gas diffusion layer base material determined by a test under ISO 29862:2007 is equal to or greater than 0.392 N/25 mm (40 gf/25 mm). a gas diffusion layer base material; and a microporous layer adhesively bonded to said gas diffusion layer base material and located between said gas diffusion layer base material and said catalyst layer, and power of adhesion of said microporous layer to said gas diffusion layer base material determined by a test under ISO 29862:2007 is equal to or greater than 0.392 N/25 mm (40 gf/25 mm).
Device for speech therapy, administration of inhalation medication and for treatment of otitis, sinusitis and barotrauma, the device comprising a patient interface adapted to cover at least mouth and nose of a patient and a visual and/or audio feedback mechanism which is connected to the patient interface and adapted to provide feedback to the patient on an internal air pressure in a compartment of the device, the compartment being adapted to be in fluid communication with the patient mouth and nose during operation of the device, the visual and/or audio feedback mechanism being adapted to be in fluid communication with the patient interface via the compartment, characterised in that the device comprises a supervisor interface adapted to cover at least mouth and/or nose of a supervisor and wherein the compartment is adapted to be in fluid communication with the supervisor mouth and nose, during operation of the device.
A method of impregnating a fiber preform with an impregnation composition, the method including the following step: a) applying a liquid on a structure, the structure comprising: - a chamber in which a fiber preform for impregnating is present, the chamber being defined between a rigid support on which the fiber preform is placed and a wall, the wall having a face situated facing the fiber preform; and - an impregnation composition, for impregnating the fiber preform, the impregnation composition being present in the chamber; the liquid being applied against the wall on its side opposite from the chamber, the wall being configured so that its face situated facing the fiber preform conserves its shape during the application of the liquid, the applied liquid enabling sufficient pressure to be created to move the wall towards the rigid support and impregnate the fiber preform with the impregnation composition, the method including, prior to step a), a step of injecting the impregnation composition into the chamber. a) applying a liquid on a structure, the structure comprising: - a chamber in which a fiber preform for impregnating is present, the chamber being defined between a rigid support on which the fiber preform is placed and a wall, the wall having a face situated facing the fiber preform; and - an impregnation composition, for impregnating the fiber preform, the impregnation composition being present in the chamber; - a chamber in which a fiber preform for impregnating is present, the chamber being defined between a rigid support on which the fiber preform is placed and a wall, the wall having a face situated facing the fiber preform; and - an impregnation composition, for impregnating the fiber preform, the impregnation composition being present in the chamber;
A watch device for a conductor of a railway vehicle including driving means, comprising: - first watch means, comprising: • computer means for recovering computer driving information function of an actuation of the driving means, • computer means for analyzing the recovered computer information, able to detect the absence of variations in the computer information during a first predefined period, characterized in that the watch device comprises second watch means, independent of the first watch means, and comprising: • electronic means for recovering by relaying mechanical driving information relative to the actuation of the driving means, and • electronic means for analyzing recovered mechanical information, able to detect the absence of actuation of the driving means for a second predefined period, such that the first predefined period is less than the second predefined period. - first watch means, comprising: • computer means for recovering computer driving information function of an actuation of the driving means, • computer means for analyzing the recovered computer information, able to detect the absence of variations in the computer information during a first predefined period, characterized in that the watch device comprises second watch means, independent of the first watch means, and comprising: • electronic means for recovering by relaying mechanical driving information relative to the actuation of the driving means, and • electronic means for analyzing recovered mechanical information, able to detect the absence of actuation of the driving means for a second predefined period, such that the first predefined period is less than the second predefined period. • computer means for recovering computer driving information function of an actuation of the driving means, • computer means for analyzing the recovered computer information, able to detect the absence of variations in the computer information during a first predefined period, • electronic means for recovering by relaying mechanical driving information relative to the actuation of the driving means, and • electronic means for analyzing recovered mechanical information, able to detect the absence of actuation of the driving means for a second predefined period, such that the first predefined period is less than the second predefined period.
A method for transmitting a scheduling request, SR, by a user equipment, UE, (10, 20), the method comprising: configuring, on a primary cell, Pcell, belonging to a Pcell group among a plurality of cells for the UE, a first physical uplink control channel, PUCCH, resource for acknowledgement/negative acknowledgement, ACK/NACK, feedback for the Pcell group, where the plurality of cells include the Pcell and one or more secondary cells, Scells, and the Pcell group is comprised of the Pcell and zero or more Scells among the plurality of cells; configuring, on a PUCCH Scell belonging to an Scell group among the plurality of cells, a second PUCCH resource for the SR, where the Scell group is comprised of one or more Scells among the plurality of cells not belonging to the Pcell group, and where the PUCCH Scell refers to a specific Scell in which PUCCH transmission is configured; and transmitting the SR in a time interval including the second PUCCH resource, wherein the SR is transmitted on only the first PUCCH resource in the time interval by: - adding 1-bit for the SR to the ACK/NACK feedback for the Pcell group, and - transmitting the 1-bit added ACK/NACK feedback on the first PUCCH resource in the time interval. configuring, on a primary cell, Pcell, belonging to a Pcell group among a plurality of cells for the UE, a first physical uplink control channel, PUCCH, resource for acknowledgement/negative acknowledgement, ACK/NACK, feedback for the Pcell group, where the plurality of cells include the Pcell and one or more secondary cells, Scells, and the Pcell group is comprised of the Pcell and zero or more Scells among the plurality of cells; configuring, on a PUCCH Scell belonging to an Scell group among the plurality of cells, a second PUCCH resource for the SR, where the Scell group is comprised of one or more Scells among the plurality of cells not belonging to the Pcell group, and where the PUCCH Scell refers to a specific Scell in which PUCCH transmission is configured; and transmitting the SR in a time interval including the second PUCCH resource, wherein the SR is transmitted on only the first PUCCH resource in the time interval by: - adding 1-bit for the SR to the ACK/NACK feedback for the Pcell group, and - transmitting the 1-bit added ACK/NACK feedback on the first PUCCH resource in the time interval. - adding 1-bit for the SR to the ACK/NACK feedback for the Pcell group, and - transmitting the 1-bit added ACK/NACK feedback on the first PUCCH resource in the time interval.
Inscription label strip for a series of electrical terminals arranged side by side, with - inscription labels which are formed separately and arranged side by side in a series arrangement, and - connectors which connect adjacent inscription labels and are elastically stretchable, such that the series arrangement of inscription labels can be expanded in the longitudinal direction, wherein the connectors are formed on a rear of the series arrangement of inscription labels and extending in a longitudinal direction of the series arrangement, and wherein the connectors are each molded in a fastening area on the rear side of the inscription label, characterized in that the series arrangement of inscription labels is configured as an endless tape, wherein each of the connectors is arranged on the rear side of the inscription labels exposed in an stretch area. - inscription labels which are formed separately and arranged side by side in a series arrangement, and - connectors which connect adjacent inscription labels and are elastically stretchable, such that the series arrangement of inscription labels can be expanded in the longitudinal direction,
An anti-influenza virus agent that: - suppresses expression of a JAK1 gene that encodes a protein involved in incorporation of an influenza virus vRNA or an NP protein into influenza virus-like particles in host cells, or - suppresses the enzyme function of the JAK1 protein, for the prevention and/or the treatment of influenza virus infection. - suppresses expression of a JAK1 gene that encodes a protein involved in incorporation of an influenza virus vRNA or an NP protein into influenza virus-like particles in host cells, or - suppresses the enzyme function of the JAK1 protein, for the prevention and/or the treatment of influenza virus infection.
Housingless electric motor, in particular brushless electric motor, comprising a rotor, a stator having a laminated stator core, and an A-side end shield and a B-side end shield face-mounted on the laminated stator core, wherein the two end shields (6, 7) are each designed in the form of a cap (9, 9'), characterised in that the A-side end shield and the B-side end shield are designed the same in respect of their dimensions and their shape, the end shields (6, 7) each have a circumferential flange with which the end shields (6, 7) butt against the face of the laminated stator core in each case, the cap (9, 9') ends in the circumferential flange, and stiffening elements are designed on the outside of the two end shields (6, 7) at the transition between the cap (9, 9') and the flange.
Method for determining the position of a mobile device, in particular in a store, comprising: - determining a position of the mobile device in a room using at least a first indoor positioning method, - acquiring image information with the mobile device, - comparing the acquired image information with at least one simulated image of the room, - adjusting the position depending on the comparison, characterized in that together with the image information an orientation information of the mobile device is acquired and that depending on the orientation information the image of the room is simulated. - determining a position of the mobile device in a room using at least a first indoor positioning method, - acquiring image information with the mobile device, - comparing the acquired image information with at least one simulated image of the room, - adjusting the position depending on the comparison,
A transfer unit for horizontally shifting an article group or article layer, which is formed from a plurality of articles (16,) between at least two adjacent modules (12, 14, 30) while largely maintaining the relative positions of said articles in the article group or article layer relative to each other, said transfer unit comprising a horizontal support surface for the article layer, which support surface is connected to the transfer unit, at least one first bar or pusher bar engaging with the articles from the back as seen in conveying direction or transfer direction for the purpose of horizontally shifting the article layer onto an adjacent module (14, 30) into a rest position, as well as at least one second bar or contact bar engaging with the article layer from the front, which contact bar is at least temporarily coupled with the pusher bar or first bar while moving in transfer direction and which moves ahead of the article group or article layer at a slight distance from or abutting on the foremost articles at least shortly before or upon reaching the rest position, wherein a first section of the horizontal movement of the first bar or pusher bar for producing the horizontal pushing movement on a level with the article layer that is being moved on the support surface is longer than a second section of the horizontal movement of the second bar or contact bar for producing the horizontal contact movement for the article layer.