mhurhangee/ep-ind-claims huggingface dataset:
Sanitary module, comprising a folding alcove, for an aircraft, having: a side wall which forms a stationary vertical portion of an outer wall of the sanitary module; an alcove wall which forms a movable vertical portion of the outer wall of the sanitary module and can be moved into an inner space of the sanitary module; and two folding connections, which each connect a vertical longitudinal edge of the cubicle alcove wall to a vertical longitudinal edge of the side wall and form the folding alcove together with the alcove wall; wherein the folding connections can be folded out into the inner space of the sanitary space so that the alcove wall can be moved into the inner space of the sanitary module to create a folded-out state of the folding alcove in such a way that an alcove is formed in the outer wall of the sanitary module by the alcove wall and the folding connections; and wherein the folding connections can be folded in to create a folded-in state of the folding alcove in such a way that the alcove wall is in contact with the side wall. a side wall which forms a stationary vertical portion of an outer wall of the sanitary module; an alcove wall which forms a movable vertical portion of the outer wall of the sanitary module and can be moved into an inner space of the sanitary module; and two folding connections, which each connect a vertical longitudinal edge of the cubicle alcove wall to a vertical longitudinal edge of the side wall and form the folding alcove together with the alcove wall; wherein the folding connections can be folded out into the inner space of the sanitary space so that the alcove wall can be moved into the inner space of the sanitary module to create a folded-out state of the folding alcove in such a way that an alcove is formed in the outer wall of the sanitary module by the alcove wall and the folding connections; and wherein the folding connections can be folded in to create a folded-in state of the folding alcove in such a way that the alcove wall is in contact with the side wall.
A physical quantity measuring device comprising: a sensor module comprising a diaphragm provided with a detector configured to detect a pressure of a fluid to be measured; and a joint on which the sensor module is attached, the joint comprising a pressure inlet configured to deliver the fluid to be measured to the sensor module, characterized in that the joint is made of a synthetic resin and comprises: a joint body attachable to a target member, and an elastically deformable claw provided to the joint body and configured to lock the sensor module. a sensor module comprising a diaphragm provided with a detector configured to detect a pressure of a fluid to be measured; and a joint on which the sensor module is attached, the joint comprising a pressure inlet configured to deliver the fluid to be measured to the sensor module, characterized in that the joint is made of a synthetic resin and comprises: a joint body attachable to a target member, and an elastically deformable claw provided to the joint body and configured to lock the sensor module.
An article of footwear (100; 200) comprising: an upper (101; 201) having a medial side and a lateral side; a sole (102; 202) having a medial side and a lateral side; and a unitary strap (120; 220) attached at a medial end to at least one of the medial side of the upper (101; 201) and the medial side of the sole (102; 202), and at a lateral end to at least one of the lateral side of the upper (101; 201) and the lateral side of the sole (102; 202); wherein the unitary strap (120; 220) comprises a layer of reactive material; and wherein the layer of reactive material increases in at least one of thickness and width when the strap (120; 220) is under longitudinal tension. an upper (101; 201) having a medial side and a lateral side; a sole (102; 202) having a medial side and a lateral side; and a unitary strap (120; 220) attached at a medial end to at least one of the medial side of the upper (101; 201) and the medial side of the sole (102; 202), and at a lateral end to at least one of the lateral side of the upper (101; 201) and the lateral side of the sole (102; 202); wherein the unitary strap (120; 220) comprises a layer of reactive material; and wherein the layer of reactive material increases in at least one of thickness and width when the strap (120; 220) is under longitudinal tension.
An electronic apparatus comprising: a first surface having at least one electronic display; a second surface having at least one electronic display; and a third surface; wherein said first, second and third surface form an outer surface of the apparatus in such a way that a cross section of the apparatus formed by said three surfaces (101, 102, 103) generally resembles a triangle; characterized in that said displays (110,120) form one continuous bigger display, wherein the formed display extends over at least one border between the first and second surface. a first surface having at least one electronic display; a second surface having at least one electronic display; and a third surface; wherein
A method of operating a client device that is adapted to receive from a server device via a broadcast communication network at least one media stream comprising individual media segments, the method comprising: - receiving first availability information, the first availability information indicating a predicted availability time of one or more media segments of a first media stream or a first part of the first media stream at the client device, wherein the predicted availability time of a media segment is a prediction indicative of when the media segment is available at the client device or for download by the client device; - determining, based on the first availability information and for at least one media segment of the first media stream or the first part of the first media stream received at the client device, a time difference between the predicted availability time and an actual availability time at the client device; and - transmitting difference information reflecting the determined time difference for the at least one media segment to the server device. - receiving first availability information, the first availability information indicating a predicted availability time of one or more media segments of a first media stream or a first part of the first media stream at the client device, wherein the predicted availability time of a media segment is a prediction indicative of when the media segment is available at the client device or for download by the client device; - determining, based on the first availability information and for at least one media segment of the first media stream or the first part of the first media stream received at the client device, a time difference between the predicted availability time and an actual availability time at the client device; and - transmitting difference information reflecting the determined time difference for the at least one media segment to the server device.
Pressure roll (1, 101, 201, 301, 401) for pressing a tire layer on a tire building drum in a pressing direction, wherein the pressure roll (1, 101, 201, 301, 401) comprises a shaft (2, 102, 202, 302, 402) that defines a roll axis extending in an axial direction and a plurality of discs juxtaposed in the axial direction on said shaft (2, 102, 202, 302, 402), wherein each disc (3, 503) comprises an interior part (31, 531) that is non-rotatably supported on the shaft (2, 102, 202, 302, 402) and an exterior part that is rotatable with respect to the interior part (31, 531) about the roll axis, wherein each interior part (31, 531) is provided with a recess for receiving the shaft (2, 102, 202, 302, 402) in the axial direction through the respective disc (3, 503), wherein the recess is larger than the shaft (2, 102, 202, 302, 402) in the pressing direction for allowing movement of the respective disc (3, 503) with respect to said shaft (2, 102, 202, 302, 402) in the pressing direction, wherein the pressure roll (1, 101, 201, 301, 401) comprises for each disc (3, 503) one or more actuators (4, 104, 105, 204, 205, 304, 404, 504) for individually moving the respective disc (3, 503) with respect to the other discs, wherein one of the one or more actuators (4, 104, 105, 204, 205, 304, 404, 504) is arranged for moving the respective disc (3, 503) with respect to the shaft (2, 102, 202, 302, 402) in the pressing direction and wherein the same or another one of the one or more actuators (4, 104, 105, 204, 205, 304, 404, 504) is arranged for moving the respective disc (3, 503) with respect to the shaft (2, 102, 202, 302, 402) in a retraction direction opposite to the pressing direction, characterized in that at least one of the one or more actuators (4, 104, 105, 204, 205, 304, 404, 504) is provided with a coupling element (44, 154, 254, 544) for coupling said at least one actuator to the interior part of the respective disc in the pressing direction.
Connecting arrangement for force-transmitting connection of a first force-absorbing structure part to a second force-absorbing structure part, comprising tensile-force-transmitting means, transverse-force-transmitting means and compressive-force-transmitting means, wherein the compressive-force-transmitting means comprise at least one compression element (8, 45) with a bar-shaped portion, wherein the bar-shaped portion is intended for arrangement in a separating joint between the structure parts (2, 3), and wherein the bar-shaped portion consists of a metallic material, characterized in that the bar-shaped portion has a flow portion (23, 23') with constant cross-sectional area, wherein the cross-sectional area of the flow portion (23, 23') is reduced in relation to the largest cross-sectional area of the bar-shaped portion, wherein the cross section of the flow portion (23, 23') and the length of the bar-shaped portion are matched to one another in such a way that the material in the flow portion (23, 23'), under compressive loading, reaches its yield point before the bar-shaped portion buckles.
A light-emitting device comprising a base, and a light-emitting element that is disposed on the base and that emits primary light, wherein the light-emitting element comprises a plurality of semiconductor layers (9, 10, 11) including a light-emitting layer, the light-emitting element is covered with a wavelength converting portion that includes a wavelength converting material that absorbs part of the primary light and emits secondary light, the light-emitting device comprises a primary light intensity distribution control means for setting an intensity distribution of the primary light within the wavelength converting portion such that a mixing ratio of the primary light and the secondary light that are emitted from a light extraction surface of the wavelength converting portion is uniform, the light-emitting element includes two regions (5a, 5b) of a light extraction surface (5 = {5a; 5b}) provided on one principal surface of the light-emitting element, that are an edge portion and an inner region located inside the edge portion, characterised in that a luminance of the primary light emitted from the edge portion is set higher than a luminance of the primary light emitted from the inner region.
A power receiving apparatus (111, 112) that complies with at least two power transfer methods and receives power wirelessly from a power transmitting apparatus through one of said power transfer methods, comprising: detecting means for detecting power transmitted from another power transmitting apparatus which is different from the power transmitting apparatus while a first power transfer method is used out of the at least two power transfer methods; control means (302, 306) for controlling, when the power transmitted from the other power transmitting apparatus is detected, the power receiving apparatus so that a second power transfer method different from the first power transfer method out of the at least two power transfer methods is used; and communication means capable of transmitting a signal to the power transmitting apparatus and receiving a signal from the power transmitting apparatus; characterized in that when the power transmitted from the other power transmitting apparatus is detected while the first power transfer method is used, the control means controls the communication means so that a signal requesting a confirmation whether the power transmitting apparatus complies with power transmission by the second power transfer method is transmitted to the power transmitting apparatus, and when the communication means receives, from the power transmitting apparatus, in response to said signal a signal indicating that the power transmitting apparatus complies with the power transmission by the second power transfer method, the control means switches the power transfer method of the power receiving apparatus to the second power transfer method. detecting means for detecting power transmitted from another power transmitting apparatus which is different from the power transmitting apparatus while a first power transfer method is used out of the at least two power transfer methods; control means (302, 306) for controlling, when the power transmitted from the other power transmitting apparatus is detected, the power receiving apparatus so that a second power transfer method different from the first power transfer method out of the at least two power transfer methods is used; and communication means capable of transmitting a signal to the power transmitting apparatus and receiving a signal from the power transmitting apparatus; characterized in that when the power transmitted from the other power transmitting apparatus is detected while the first power transfer method is used, the control means controls the communication means so that a signal requesting a confirmation whether the power transmitting apparatus complies with power transmission by the second power transfer method is transmitted to the power transmitting apparatus, and when the communication means receives, from the power transmitting apparatus, in response to said signal a signal indicating that the power transmitting apparatus complies with the power transmission by the second power transfer method, the control means switches the power transfer method of the power receiving apparatus to the second power transfer method.
An electric power steering device intended to be mounted to a vehicle, the electric power steering device having a rotating machine and a control unit, and being configured to mesh with a gear along a rack shaft, the electric power steering device comprising a breathing device (22, 24); the rotating machine including a motor housing and an output shaft, a distal end of the output shaft protruding from an end surface of the motor housing and being intended to mesh with the gear of the vehicle, the breathing device (22, 24) comprising a ventilation part (22b, 24b), which is provided to the electric power steering device, and is arranged so as to protrude from an inside of the electric power steering device to an outside of the electric power steering device, the ventilation part (22b, 24b) being configured to provide a breathing action through ventilation between the inside and the outside of the electric power steering device, the control unit being configured to drive the rotating machine, characterized in that: the control unit and the rotating machine being integrated with each other so as to have waterproof structure, the rotating machine being intended to be arranged so that its axial direction is in the horizontal, the electric power steering device being intended to be mounted along the rack shaft and at a position closer to the ground than said rack shaft wherein the ventilation part having a tubular shape, and the breathing device are arranged at a position close to the power supply connector, or wherein the ventilation part (22b, 24b) is formed of a gap defined between a terminal and a connector housing in said power supply connector provided on an end surface of the control unit on a side opposite to an output shaft of the rotating machine, so configured that a pipe or tube can be added to a distal end portion of the ventilation part (22b, 24b) to extend along, or be fixed together with, a vehicle side harness comprising a vehicle side power supply connector to the inside of the vehicle cabin. the control unit and the rotating machine being integrated with each other so as to have waterproof structure, the rotating machine being intended to be arranged so that its axial direction is in the horizontal, the electric power steering device being intended to be mounted along the rack shaft and at a position closer to the ground than said rack shaft wherein the ventilation part having a tubular shape, and the breathing device are arranged at a position close to the power supply connector, or wherein the ventilation part (22b, 24b) is formed of a gap defined between a terminal and a connector housing in said power supply connector provided on an end surface of the control unit on a side opposite to an output shaft of the rotating machine, so configured that a pipe or tube can be added to a distal end portion of the ventilation part (22b, 24b) to extend along, or be fixed together with, a vehicle side harness comprising a vehicle side power supply connector to the inside of the vehicle cabin.
Method for applying a seal to a surface of a device housing (1, 2) for a motor vehicle, in particular a motor vehicle door lock housing surface, comprising the following method steps: 1.1) the surface is at least partly cleaned and microstructured by a heat source having a two-dimensionally delimited surface area; 1.2) the surface of the device housing (1, 2) is subjected to the treatment described only in the region of a sealing compound that is applied subsequently; 1.3) the sealing compound is applied directly by adhesion to the surface regions that have been treated in this manner, wherein the microstructures facilitate the adhesion of the sealing compound without the need for additional bonding agents. 1.1) the surface is at least partly cleaned and microstructured by a heat source having a two-dimensionally delimited surface area; 1.2) the surface of the device housing (1, 2) is subjected to the treatment described only in the region of a sealing compound that is applied subsequently; 1.3) the sealing compound is applied directly by adhesion to the surface regions that have been treated in this manner, wherein the microstructures facilitate the adhesion of the sealing compound without the need for additional bonding agents.
An indoor unit of an air conditioner, comprising: a main body including an outlet; and a blade unit coupled with the main body, the blade unit being rotatable at the outlet, wherein the blade unit comprises: a rectangular blade having longitudinal side edges and end edges and a coupling member formed with the rectangular blade; a motor including a rotation transfer member (151, 152, 341), and configured to generate a force driving the rectangular blade; and a buffer member coupled with the coupling member of the rectangular blade, and covering a part of the rotation transfer member (151,152, 341), wherein the coupling member includes a coupling groove disposed on a rotation axis of the rectangular blade and wherein a part of the buffer member is inserted into the coupling groove, the indoor unit being characterised in that the coupling groove is disposed between the end edges of the rectangular blade. a main body including an outlet; and a blade unit coupled with the main body, the blade unit being rotatable at the outlet, a rectangular blade having longitudinal side edges and end edges and a coupling member formed with the rectangular blade; a motor including a rotation transfer member (151, 152, 341), and configured to generate a force driving the rectangular blade; and a buffer member coupled with the coupling member of the rectangular blade, and covering a part of the rotation transfer member (151,152, 341), wherein the coupling member includes a coupling groove disposed on a rotation axis of the rectangular blade and wherein a part of the buffer member is inserted into the coupling groove, the indoor unit being characterised in that the coupling groove is disposed between the end edges of the rectangular blade.
An image processing apparatus (72, 74) for generating binary or multiple-value image data for forming an image on a recording medium by ejecting droplets from nozzles of nozzle rows of a recording head while relative movement between the recording medium and the recording head is caused, the nozzles serving as ejection ports for ejecting the droplets, the image processing apparatus (72, 74) comprising a multiple value conversion means which carries out quantization processing of original image data having multiple tones (M values) so as to convert the original image data to image data of N values having fewer tones than the original image data (where M and N are integers satisfying M > N ≥ 2), wherein: the recording head has a two-dimensional nozzle arrangement in which the nozzle rows are arranged in a first direction which is a direction of the relative movement between the recording head and the recording medium, and the multiple value conversion means generates the image data of N values representing a dot pattern having blue noise characteristics in the first direction and green noise characteristics in a second direction which is a direction perpendicular to the first direction on the recording medium so as to achieve tonal representation based on the dot pattern having these frequency characteristics. the recording head has a two-dimensional nozzle arrangement in which the nozzle rows are arranged in a first direction which is a direction of the relative movement between the recording head and the recording medium, and the multiple value conversion means generates the image data of N values representing a dot pattern having blue noise characteristics in the first direction and green noise characteristics in a second direction which is a direction perpendicular to the first direction on the recording medium so as to achieve tonal representation based on the dot pattern having these frequency characteristics.
A method for controlling a washing machine comprising a tub, a vibration sensor provided at the tub and a drum configured to accommodate laundry therein and rotatably provided in the tub, characterized in that the method comprises: measuring a value of multi-axis vibration of the tub during a detection section of a dewatering process in which the drum rotates at a predetermined rotational speed; determining a predicted value of maximum vibration displacement of the tub expected to be generated during the dewatering process based on the measured value; and determining whether to restart the dewatering process after the detection section, based on the predicted value of the maximum vibration displacement and a predetermined reference value. measuring a value of multi-axis vibration of the tub during a detection section of a dewatering process in which the drum rotates at a predetermined rotational speed; determining a predicted value of maximum vibration displacement of the tub expected to be generated during the dewatering process based on the measured value; and determining whether to restart the dewatering process after the detection section, based on the predicted value of the maximum vibration displacement and a predetermined reference value.