mhurhangee/ep-ind-claims huggingface dataset:
A spray arm assembly of a dishwasher, comprising: a fixed gear, defining a water inlet in communication with a water feeder; a main spray arm, connected to the fixed gear and pivotable about a central axis of the fixed gear, defining a first spray lumen in communication with the water inlet, and having an outer surface defining a thrust aperture and a plurality of first spray apertures both in communication with the first spray lumen; a moving gear, connected to the main spray arm, engaged with the fixed gear, and pivotable on its own central axis and about the central axis of the fixed gear; and an auxiliary spray arm, detachably connected to the moving gear and synchronously moving along with the moving gear, defining a second spray lumen in communication with the water inlet, and having an outer circumferential surface defining a plurality of second spray apertures in communication with the second spray lumen; the spray arm assembly being characterised in that the moving gear is connected to the auxiliary spray arm by means of threaded connection or snapping connection. a fixed gear, defining a water inlet in communication with a water feeder; a main spray arm, connected to the fixed gear and pivotable about a central axis of the fixed gear, defining a first spray lumen in communication with the water inlet, and having an outer surface defining a thrust aperture and a plurality of first spray apertures both in communication with the first spray lumen; a moving gear, connected to the main spray arm, engaged with the fixed gear, and pivotable on its own central axis and about the central axis of the fixed gear; and an auxiliary spray arm, detachably connected to the moving gear and synchronously moving along with the moving gear, defining a second spray lumen in communication with the water inlet, and having an outer circumferential surface defining a plurality of second spray apertures in communication with the second spray lumen; the spray arm assembly being characterised in that the moving gear is connected to the auxiliary spray arm by means of threaded connection or snapping connection.
A method of ultrasound welding a flat part with a joining part or a connection part, in which - a fastening element is captively and in a free running manner arranged on a flat part, and - a damping element is arranged at the fastening element in such a way that a relative movement between the fastening element and the flat part during the subsequent ultrasonic welding is restricted, wherein - the fastening element is pressed against the flat part by means of the damping element during the ultrasonic welding. - a fastening element is captively and in a free running manner arranged on a flat part, and - a damping element is arranged at the fastening element in such a way that a relative movement between the fastening element and the flat part during the subsequent ultrasonic welding is restricted, wherein - the fastening element is pressed against the flat part by means of the damping element during the ultrasonic welding.
A device comprising: a processor, a plurality of communication interfaces (124-2, 124-3, 124-4), wherein each communication interface is different from each other communications interface, wherein the plurality of communication interfaces (124-2, 124-3, 124-4) comprises a wireless local area network, 'WLAN', radio communication interface, a cell-phone radio interface, and a near field communication interface, the processor enabled to: transfer a data file via at least one communications network on a first communications interface of the plurality of communication interfaces and a second communications interface of the plurality of the communication interfaces; first transfer the data file on the first communications interface or the second communications interface until a respective threshold transfer rate is reached, the threshold transfer rate comprising one or more of a saturation data transfer rate or a given percentage of the saturation data transfer rate; the saturation data transfer rate comprising a maximum amount of data per second that can be transferred via a given interface, a respective access point and/or respective links (140, 142); and, then transfer the data file on the first communications interface and the second communications interface. transfer a data file via at least one communications network on a first communications interface of the plurality of communication interfaces and a second communications interface of the plurality of the communication interfaces; first transfer the data file on the first communications interface or the second communications interface until a respective threshold transfer rate is reached, the threshold transfer rate comprising one or more of a saturation data transfer rate or a given percentage of the saturation data transfer rate; the saturation data transfer rate comprising a maximum amount of data per second that can be transferred via a given interface, a respective access point and/or respective links (140, 142); and, then transfer the data file on the first communications interface and the second communications interface.
A corrosion inhibitor comprising: an Ammonium Iodide Ion Source, a first carbonyl containing compound having a general formula: and a second carbonyl containing compound having the general forpmula: wherein, the first carbonyl containing compound and the second carbonyl containing compounds are different, R 1 is an alkyl or aromatic group, R 2 is a hydrogen, alkyl or aromatic group, and R 3 is a hydrogen or an alkyl group having from 1 to 6 carbons.
Use of an insulating multilayer sheet comprising: an electrically insulating resin film layer; and an adhesive layer that is provided on a single surface or both surfaces of the electrically insulating resin film layer, wherein the adhesive layer includes an epoxy group-containing ethylene based copolymer and at least one ethylene based copolymer (excluding the epoxy group-containing ethylene based copolymer) selected from the group consisting of an ethylene/polar monomer copolymer and an ethylene/α-olefin copolymer having a density of 920 kg/m 3 or lower, and wherein the insulating multilayer sheet is used for fixing a solar cell module to a fixing member and encapsulating an end portion of the solar cell module; or wherein the insulating multilayer sheet is used for fixing a solar cell element and an encapsulating resin layer to each other and/or fixing solar cell elements to each other. an electrically insulating resin film layer; and an adhesive layer that is provided on a single surface or both surfaces of the electrically insulating resin film layer, wherein the adhesive layer includes an epoxy group-containing ethylene based copolymer and at least one ethylene based copolymer (excluding the epoxy group-containing ethylene based copolymer) selected from the group consisting of an ethylene/polar monomer copolymer and an ethylene/α-olefin copolymer having a density of 920 kg/m 3 or lower, and wherein the insulating multilayer sheet is used for fixing a solar cell module to a fixing member and encapsulating an end portion of the solar cell module; or wherein the insulating multilayer sheet is used for fixing a solar cell element and an encapsulating resin layer to each other and/or fixing solar cell elements to each other.
Vehicle door system having (a) a door operating device which is designed to operate a vehicle door, and (b) an activating valve, which (i) to activate the door operating device, is connected to the latter, and (ii) can be moved by a switching signal - from an emergency position, in which the activating valve activates the door operating device such that the vehicle door can be operated manually - into an operating position, in which the activating valve activates the door operating device such that the vehicle door can be operated by the door operating device, the activating valve being monostable and pre-loaded into the emergency position, characterized in that the activating valve can be moved into the emergency position by briefly venting an emergency control line, wherein the emergency control line can be vented by means of an emergency vent valve, and wherein the activating valve is connected to a compressed air feed line and comprises a changeover device for changing the activating valve over from the emergency position into the operating position and a pneumatic self-holding circuit (32, 34), which has a restrictor and which is designed to hold the activating valve in the operating position following an activation of the changeover device. (a) a door operating device which is designed to operate a vehicle door, and (b) an activating valve, which (i) to activate the door operating device, is connected to the latter, and (ii) can be moved by a switching signal - from an emergency position, in which the activating valve activates the door operating device such that the vehicle door can be operated manually - into an operating position, in which the activating valve activates the door operating device such that the vehicle door can be operated by the door operating device, (i) to activate the door operating device, is connected to the latter, and (ii) can be moved by a switching signal - from an emergency position, in which the activating valve activates the door operating device such that the vehicle door can be operated manually - into an operating position, in which the activating valve activates the door operating device such that the vehicle door can be operated by the door operating device, - from an emergency position, in which the activating valve activates the door operating device such that the vehicle door can be operated manually - into an operating position, in which the activating valve activates the door operating device such that the vehicle door can be operated by the door operating device,
A controller for an end effector the end effector controlled by four cables of an open loop differential drive mechanism, the controller comprising: primary controller configured to receive a desired pose for the end effector in yaw, pitch, and jaw degrees-of-freedom, to generate a motor torque for each motor of an instrument drive unit to position the end effector in the desired pose, and to transmit the motor torques; characterized in that, a secondary controller configured to receive the motor torques from the primary controller, to generate null torques for each of the motors of the IDU to maintain tension in the cables of the differential drive mechanism; and an IDU configured to receive desired torques which include a sum of the motor torques and the null torques and to manipulate the end effector to the desired pose in response to receiving the desired torques. primary controller configured to receive a desired pose for the end effector in yaw, pitch, and jaw degrees-of-freedom, to generate a motor torque for each motor of an instrument drive unit to position the end effector in the desired pose, and to transmit the motor torques; characterized in that, a secondary controller configured to receive the motor torques from the primary controller, to generate null torques for each of the motors of the IDU to maintain tension in the cables of the differential drive mechanism; and an IDU configured to receive desired torques which include a sum of the motor torques and the null torques and to manipulate the end effector to the desired pose in response to receiving the desired torques.
Method performed by an access point for controlling mobile terminal access to a wireless local area network, comprising the steps of: - receiving from the mobile terminal a request to access the wireless local area network; - transmitting to the mobile terminal an identity request message; - receiving from the mobile terminal, if the mobile terminal utilizes an IEEE 802.1x protocol, a response to the identity request message; and - selecting an authentication mechanism, utilizing IEEE 802.1x, if said mobile terminal is IEEE 802.1 x compliant; - determining that said mobile terminal is not IEEE 802.1 x compliant based on timing out of a timer before the access point receives a response to the identity request message; - redirecting an authentication request to an HTTP server to utilize a browser based authentication protocol based on the determination that the mobile terminal is not IEEE 802.1x compliant. - receiving from the mobile terminal a request to access the wireless local area network; - transmitting to the mobile terminal an identity request message; - receiving from the mobile terminal, if the mobile terminal utilizes an IEEE 802.1x protocol, a response to the identity request message; and - selecting an authentication mechanism, utilizing IEEE 802.1x, if said mobile terminal is IEEE 802.1 x compliant; - determining that said mobile terminal is not IEEE 802.1 x compliant based on timing out of a timer before the access point receives a response to the identity request message; - redirecting an authentication request to an HTTP server to utilize a browser based authentication protocol based on the determination that the mobile terminal is not IEEE 802.1x compliant.
A connecting device having an external function device for connecting to an arrangement containing the connecting device - a receptacle device for accommodating the external function device - an outer carrier, an essentially cylindrical inner carrier, and a movable middle carrier - a pressure-measuring unit for measuring the pressure in the external function device and/or - a length-measuring unit for measuring a distance, - a force-transmitting device for continuous displacement of the movable middle carrier along the distance, wherein - the external function device is a clamping device for closing a flow path, - the clamping device has a housing, a fluid-carrying element and clamping elements, and - the pressure-measuring unit for detecting a clamping force, and/or - the length-measuring unit is adjusted for measuring the distance between a first end point and a second end point, - and thus permits monitoring of the condition of the clamping device, characterized in that - the fluid-carrying element is a flow-through chamber, - the clamping elements are formed by sealing contours in the housing, - the housing has a lower side, which faces the sealing contours and is delimited by a flexible membrane, and an upper side formed by a rigid wall. - a receptacle device for accommodating the external function device - an outer carrier, an essentially cylindrical inner carrier, and a movable middle carrier - a pressure-measuring unit for measuring the pressure in the external function device and/or - a length-measuring unit for measuring a distance, - a force-transmitting device for continuous displacement of the movable middle carrier along the distance, wherein - the external function device is a clamping device for closing a flow path, - the clamping device has a housing, a fluid-carrying element and clamping elements, and - the pressure-measuring unit for detecting a clamping force, and/or - the length-measuring unit is adjusted for measuring the distance between a first end point and a second end point, - and thus permits monitoring of the condition of the clamping device, characterized in that - the fluid-carrying element is a flow-through chamber, - the clamping elements are formed by sealing contours in the housing, - the housing has a lower side, which faces the sealing contours and is delimited by a flexible membrane, and an upper side formed by a rigid wall.
Security element (2, 14) for securing value documents (1, 13) having a carrier, a layer construction arranged on the carrier via an embossing lacquer layer and an adhesive layer suitable for bonding the security element (2, 14) to a value article (1, 13), wherein the layer construction comprises opaque metallic regions, semitransparent regions, which give an observer a different color impression when observed in incident light and when observed in transmitted light, and transparent regions, wherein both the transparent regions and the opaque metallic regions are each in the form of patterns, signs or a code and the semitransparent regions constitute a background, wherein the embossing lacquer layer is provided with an embossed relief structure, characterized in that the embossing lacquer layer having an embossed relief structure in the regions each in the form of patterns, signs or a code has the same relief structure and in the regions constituting a background has a further relief structure.
A composition comprising: copper particles; and organic solvents, wherein the organic solvents comprise one or more first organic solvent(s) having a vapor pressure at 20°C of 200 Pa or more and 20 kPa or less, and one or more second organic solvent(s) having a vapor pressure at 20°C of 0.5 Pa or more and less than 200 Pa; wherein the total content of the organic solvents is 30 to 70 parts by mass with respect to 100 parts by mass of the total mass of the composition; and wherein the mass ratio of the total content of the first organic solvent(s) (B 1) to the total content of the second organic solvent(s) (B 1B2) in the composition is 0.25 to 4.0. copper particles; and organic solvents, wherein the organic solvents comprise one or more first organic solvent(s) having a vapor pressure at 20°C of 200 Pa or more and 20 kPa or less, and one or more second organic solvent(s) having a vapor pressure at 20°C of 0.5 Pa or more and less than 200 Pa; wherein the total content of the organic solvents is 30 to 70 parts by mass with respect to 100 parts by mass of the total mass of the composition; and wherein the mass ratio of the total content of the first organic solvent(s) (B 1) to the total content of the second organic solvent(s) (B 1B2) in the composition is 0.25 to 4.0.
A sensor system comprising: a movable member including a pattern having a pattern length; a sensor configured to generate a first output signal and a second output signal based on the pattern, the first output signal having a first phase angle, the second output signal having a second phase angle, a first difference between the first phase angle and the second phase angle having a first value, the first value of the first difference including an offset related to a physical misalignment between the sensor and the movable member; and a controller including a sensor signal compensation module (625, 725, 825, 830), the controller configured to receive the first output signal and the second output signal from the sensor, the controller operable to apply, using the compensation module (625, 725, 825, 830), a compensation value to generate a third signal having a third phase angle, and generate a fourth signal having a fourth phase angle, a second difference between the third phase angle and the fourth phase angle having a second value, the second value of the second difference substantially equaling the first value of the first difference, the compensation value resulting from the physical misalignment between the sensor and the movable member. a movable member including a pattern having a pattern length; a sensor configured to generate a first output signal and a second output signal based on the pattern, the first output signal having a first phase angle, the second output signal having a second phase angle, a first difference between the first phase angle and the second phase angle having a first value, the first value of the first difference including an offset related to a physical misalignment between the sensor and the movable member; and a controller including a sensor signal compensation module (625, 725, 825, 830), the controller configured to receive the first output signal and the second output signal from the sensor, the controller operable to apply, using the compensation module (625, 725, 825, 830), a compensation value to generate a third signal having a third phase angle, and generate a fourth signal having a fourth phase angle, a second difference between the third phase angle and the fourth phase angle having a second value, the second value of the second difference substantially equaling the first value of the first difference, the compensation value resulting from the physical misalignment between the sensor and the movable member.
A composition comprising a PDGF and a buffer for use in treating a tendinopathy wherein the composition is administered by direct injection to a tendon or an osseous-tendon junction.
A compound of the general formula: wherein: R 1, R 2, R 3, R 4 and R 5 are independently selected from the group consisting of hydrogen, optionally substituted alkyl groups, halogens, optionally substituted alkoxy groups, hydroxyl group, substituted carbonyl groups, optionally substituted acyloxy groups, and optionally substituted amino groups, or wherein two, three, four or five of R 1, R 2, R 3, R 4 and R 5 in adjacent positions may be linked to form one or more rings, wherein the remaining of R 1, R 2, R 3, R 4 and R 5 is/are independently selected from the above group. R 1, R 2, R 3, R 4 and R 5 are independently selected from the group consisting of hydrogen, optionally substituted alkyl groups, halogens, optionally substituted alkoxy groups, hydroxyl group, substituted carbonyl groups, optionally substituted acyloxy groups, and optionally substituted amino groups, or wherein two, three, four or five of R 1, R 2, R 3, R 4 and R 5 in adjacent positions may be linked to form one or more rings, wherein the remaining of R 1, R 2, R 3, R 4 and R 5 is/are independently selected from the above group.
A wall holder for a wall-mounted object, particularly a sanitary object, especially a toilet bowl, comprising a housing that encloses a cavity, a clamping device with two clamping elements (30, 32) that can be spread apart by a spring force, and an actuating element that acts upon the clamping device, wherein the clamping device can, in a compressed state, be inserted into the cavity along an inserting direction through an insertion opening and, when the actuating element is released, spreads apart in said cavity as a result of the spring force in such a way that a movement out of the cavity is blocked, and wherein the clamping device inserted into the cavity can be compressed by means of the actuating element in such a way that a mounting rod, which is anchored in a wall with a fixed end and protrudes into the cavity with a free end, is non-positively and/or positively fixed between the clamping elements (30, 32).