mhurhangee/ep-ind-claims huggingface dataset:
A positioning system for positioning a person on a surgical table with the intent to reduce the risk of developing decubitus ulcer, comprising at least one positioning pad having a water proof and breathable cover enclosing one or more layers of foam wherein the cover or a layer of foam comprises a data storage device adapted for providing individual identification of the positioning pad and capable of communicating with a data processing unit, characterised in that said data storage device is adapted to contain information about the use of said at least one positioning pad, thus allowing a staff at a hospital, care home or the like to always get updated information about said positioning pad, and additionally information relating to the history of said positioning pad in terms of how and where and when said positioning pad has been used.
Use of a precursor in printing wherein said precursor comprises: rubber; a material incorporated into said rubber, said material selected from the group consisting of thermoplastic vulcanizate, microparticles of TPV, thermoplastic incorporating microparticles of rubber, and any combination thereof; and at least one cross-linking agent. rubber; a material incorporated into said rubber, said material selected from the group consisting of thermoplastic vulcanizate, microparticles of TPV, thermoplastic incorporating microparticles of rubber, and any combination thereof; and at least one cross-linking agent.
Bathtub, having a suspension for height adjustment of the bathtub between a lower position and an upper position, and a shower which has a shower head connected to the bathtub, characterised in that the shower head is firmly fastened to the underside of the bathtub.
A fish farm comprising a float ring and a net fixed to the float ring, the float ring being flexible and having an exterior walkway and an internal room for personnel, with at least one door or hatch giving access between the exterior walkway and the interior room for personnel, wherein the float ring is made up of a plurality of arched elements fixedly connected by joint pieces; wherein the joint pieces form tight bulkheads between the arched elements; and wherein the tight bulkheads between the arched elements comprise doors or hatches which allow the movement of personnel from the interior room of an arched element to the interior room of the adjacent arched element. wherein the float ring is made up of a plurality of arched elements fixedly connected by joint pieces; wherein the joint pieces form tight bulkheads between the arched elements; and wherein the tight bulkheads between the arched elements comprise doors or hatches which allow the movement of personnel from the interior room of an arched element to the interior room of the adjacent arched element.
Signalling pillar with an electronic control unit and a housing with at least one lighting device connected to the electronic control unit and with a first locking element at a base end, which is provided with a closing device and can thus be secured, and with a base footing, wherein the first locking element co-operates with a second locking element of the fixedly mountable base footing, wherein the housing has a modular design concept and at least the lighting device and the first locking element are associated with different modules which can be connected to one another by means of a pulling device, wherein a head module of the housing is equipped with at least one switch-on device and is connected to a pull rod of the pulling device on the side facing the first locking element, wherein the head module forms an upper end of the housing of the signalling pillar and the pull rod extends from the head module through the plurality of modules arranged one above the other, which form the housing, up to the first locking element, to which it is also fixed.
Use of an aqueous composition comprising an alkanolamide ethoxylate and an alkylene oxide adduct of an alcohol for the cleaning of hard surfaces, wherein the weight ratio between alkanolamide ethoxylate and alkylene oxide adduct of an alcohol is from 1:20 to 3:1.
An air conditioner comprising: a tray; and a capsule installed to the tray to discharge a functional material, characterized in that the capsule includes: a main body defining an inner space for accommodation of an electrode; a first cover configured to cover the top of the inner space, the first cover having a first hole for discharge of the atomized functional material; and a second cover having a protrusion for accommodation of at least a portion of the electrode.
A method for wireless communication, comprising: determining a congestion level related to communicating with one or more devices in a wireless network; determining, based on the congestion level, a retransmission scheme for transmitting and/or retransmitting communications in the wireless network, wherein the retransmission scheme defines a number of blind retransmissions and a number of feedback-based number of retransmissions to attempt before dropping a communication; and transmitting or retransmitting the communication in the wireless network based on the retransmission scheme. determining a congestion level related to communicating with one or more devices in a wireless network; determining, based on the congestion level, a retransmission scheme for transmitting and/or retransmitting communications in the wireless network, wherein the retransmission scheme defines a number of blind retransmissions and a number of feedback-based number of retransmissions to attempt before dropping a communication; and transmitting or retransmitting the communication in the wireless network based on the retransmission scheme.
A safety razor, comprising: - a handle adapted to support a razor cartridge and - a razor cartridge mounted to the handle, the razor cartridge comprising: - a reservoir assembly adapted to contain a non-solid shaving aid, - a cartridge assembly that defines a shave plane and is adapted to move with relation to the reservoir assembly during normal shaving operation, and - a delivery channel that connects the reservoir assembly to the cartridge assembly, wherein the delivery channel is adapted to allow the non-solid shaving aid to flow between the reservoir assembly and the cartridge assembly during normal shaving operation, - wherein the delivery channel is further adapted to undergo an internal volume change that creates a pumping action as the cartridge assembly moves with relation to the reservoir assembly during normal shaving operation, characterized in that - the cartridge assembly is pivotally attached to the reservoir assembly at one or more pivot points to permit the cartridge assembly to pivot with relation to the reservoir assembly during normal shaving operation, and - the delivery channel compresses and expands in an arc concentric with the one or more pivot points. - a handle adapted to support a razor cartridge and - a razor cartridge mounted to the handle, the razor cartridge comprising: - a reservoir assembly adapted to contain a non-solid shaving aid, - a cartridge assembly that defines a shave plane and is adapted to move with relation to the reservoir assembly during normal shaving operation, and - a delivery channel that connects the reservoir assembly to the cartridge assembly, wherein the delivery channel is adapted to allow the non-solid shaving aid to flow between the reservoir assembly and the cartridge assembly during normal shaving operation, - a reservoir assembly adapted to contain a non-solid shaving aid, - a cartridge assembly that defines a shave plane and is adapted to move with relation to the reservoir assembly during normal shaving operation, and - a delivery channel that connects the reservoir assembly to the cartridge assembly, wherein the delivery channel is adapted to allow the non-solid shaving aid to flow between the reservoir assembly and the cartridge assembly during normal shaving operation, - wherein the delivery channel is further adapted to undergo an internal volume change that creates a pumping action as the cartridge assembly moves with relation to the reservoir assembly during normal shaving operation, - the cartridge assembly is pivotally attached to the reservoir assembly at one or more pivot points to permit the cartridge assembly to pivot with relation to the reservoir assembly during normal shaving operation, and - the delivery channel compresses and expands in an arc concentric with the one or more pivot points.
A crystalline form of the compound -(2-(6-chloro-7-methyl-1H-benzo[d]imidazol-2-yl)-2-methylpyrrolidin-1-yl)(5-methoxy-2-(2H-1,2,3-triazol-2-yl)phenyl)methanone; wherein said compound is present in form of the hydrochloric acid salt; wherein said crystalline salt form is characterized by the presence of peaks in the X-ray powder diffraction diagram at the following angles of refraction 2θ: 11.0°, 24.1° and 24.5°, wherein said X-ray powder diffraction diagram is obtained by using combined Cu Kα1 and Kα2 radiation, without Kα2 stripping; and the accuracy of the 2θ values is in the range of 2θ +/- 0.2°.
A raised animal bed comprising a cover (5, 15) and a core, wherein said cover defines an internal void in which said core is located, the cover (5, 15) being openable to permit the core to be inserted into said void; the bed further comprising a support surface 11 provided within said void between the core and a part of the cover (5, 15) that forms the underside of the bed in use, and a plurality of legs each having a leg fixing associated therewith, each leg fixing being insertable through said part of the cover (5, 15) and into engagement with said support surface to couple the legs to said support surface through the cover (5, 15); wherein the legs and support surface constitute a kit that is separable from the cover (5, 15) and core of the raised bed so that the raised bed can be reconfigured so as to be suitable for use as a floor-lying bed. the bed further comprising a support surface 11 provided within said void between the core and a part of the cover (5, 15) that forms the underside of the bed in use, and a plurality of legs each having a leg fixing associated therewith, each leg fixing being insertable through said part of the cover (5, 15) and into engagement with said support surface to couple the legs to said support surface through the cover (5, 15); wherein the legs and support surface constitute a kit that is separable from the cover (5, 15) and core of the raised bed so that the raised bed can be reconfigured so as to be suitable for use as a floor-lying bed.
Method for providing and operating an e-mail service, in which, in an e-mail system with a folder structure, Internet users are each assigned a user account with several folders (PE, PE1, PE2,...) (step 1100), in which, in the case that the respective user uses a further Internet service which sends information e-mails (A11, A12...) to the user account of the e-mail service, a services folder is provided by the e-mail system (step 1220), and in which at least the information e-mails (A11, A12...) arriving from the further Internet service are automatically inspected by the e-mail system in dependence on at least one specifiable criterion (ADR, IPA) (step 1310) and, if the at least one criterion (ADR, IPA) is met, are allocated to this services folder (step 1312), wherein the e-mails (A11, A12...) arriving from the Internet service concern different events, and the e-mails arriving from the Internet service are grouped according to the events and are displayed to the user in a corresponding view and wherein a manual allocation function is provided for the user, with which the e-mails not displayed in the view can be manually allocated to one of the already detected events (A1, A2), wherein a second overview is displayed to the user, in which the detected events (A1, A2) are itemized.
Plug connection, having a plug connector and a mating plug connector, wherein the plug connector and the mating plug connector can be plugged together to form the plug connection, wherein the plug connector has a contact carrier with at least one contact chamber for receiving a contact partner, and the contact carrier is inserted into an outer housing of the plug connector, wherein each contact partner undergoes primary locking in its contact chamber and a secondary locking bar is provided for secondary locking of the contact partners in their contact chambers, wherein the outer housing has at least one locking hook cooperating with the contact carrier, wherein the contact carrier has a hook mating geometry, characterized in that the at least one locking hook is aligned at an angle to a centre axis of the outer housing, wherein the free end of the at least one locking hook and the hook mating geometry form a mutually corresponding undercut contour.
A medical connector, comprising: a connector body crossed by a cavity, the connector body having a first end which surrounds the cavity and a second end which surrounds the cavity; the first end defining an insertion axis of an external tubular element into the cavity; the connector body having a lateral surface exhibiting a recess; an engaging element having a manoeuvring portion at least partially housed in the recess and an engaging portion configured for coupling with the external tubular element; the engaging element being mobile with a possibility of assuming at least an engaged position, in which it is coupled with the external tubular element, and at least an inserted position, in which the external tubular element can insert into the cavity; and at least a signal associated to an external surface of the manoeuvring portion, characterized in that the manoeuvring portion emerges from the recess in the engaged position and returns into the recess in the inserted position; and the signal is conformed and arranged such as to exit from the recess in the engaged position in order to be visible to an external observer, and such as to return into the recess in the inserted position in order to be hidden from view. a connector body crossed by a cavity, the connector body having a first end which surrounds the cavity and a second end which surrounds the cavity; the first end defining an insertion axis of an external tubular element into the cavity; the connector body having a lateral surface exhibiting a recess; an engaging element having a manoeuvring portion at least partially housed in the recess and an engaging portion configured for coupling with the external tubular element; the engaging element being mobile with a possibility of assuming at least an engaged position, in which it is coupled with the external tubular element, and at least an inserted position, in which the external tubular element can insert into the cavity; and at least a signal associated to an external surface of the manoeuvring portion, characterized in that the manoeuvring portion emerges from the recess in the engaged position and returns into the recess in the inserted position; and the signal is conformed and arranged such as to exit from the recess in the engaged position in order to be visible to an external observer, and such as to return into the recess in the inserted position in order to be hidden from view.
A lug member for a wear member retention system for an implement, the lug member comprising: an elongated body having a length dimension; a wear member engagement portion extending toward a distal end of the elongated body; a wear member engaging protrusion extending from the wear member engagement portion adjacent the distal end, the wear member engaging protrusion including a generally frustoconical profile; and a compression bolt assembly engaging portion adjacent a proximal end of the elongated body, wherein the compression bolt assembly engaging portion defines at least one bore configured to receive a compression bolt. an elongated body having a length dimension; a wear member engagement portion extending toward a distal end of the elongated body; a wear member engaging protrusion extending from the wear member engagement portion adjacent the distal end, the wear member engaging protrusion including a generally frustoconical profile; and a compression bolt assembly engaging portion adjacent a proximal end of the elongated body, wherein the compression bolt assembly engaging portion defines at least one bore configured to receive a compression bolt.
Pneumatic braking device of an at least two-axle, steered front axle trailer vehicle of a towing vehicle/trailer combination, comprising a first valve device for controlling a passive brake at a rear axle of the trailer vehicle and a second valve device for controlling an active brake at a front axle or a front axle assembly of the trailer vehicle, characterised in that the second valve device is exclusively controlled by pneumatic signals which are at least partially modulated by the first valve device.
Aerodynamic deflector device for a motor vehicle wheel, comprising: • a deflecting panel movably mounted relative to a fixed frame between a retracted position in which the deflecting panel is raised and an extended position in which the deflecting panel is lowered relative to the fixed frame, characterized in that it also comprises an elastically deformable elastic module, arranged so as to move the deflecting panel to the extended position when the deflecting panel is no longer in the extended position, the elastic module being arranged in force-engagement with a mobile frame bearing a mechanism for extending the deflecting panel. • a deflecting panel movably mounted relative to a fixed frame between a retracted position in which the deflecting panel is raised and an extended position in which the deflecting panel is lowered relative to the fixed frame, characterized in that it also comprises an elastically deformable elastic module, arranged so as to move the deflecting panel to the extended position when the deflecting panel is no longer in the extended position, the elastic module being arranged in force-engagement with a mobile frame bearing a mechanism for extending the deflecting panel.
A physical layer, PHY, device, comprising: a transmit buffer configured to buffer first media independent interface, MII, data received from a MAC controller over a first path; a receive buffer configured to buffer second MII data for transmission to the MAC controller over a second path; a transmitter configured to process the first MII data buffered by the transmit buffer to form a transmit signal for transmission over a single-pair cable to a remote Ethernet transceiver in an in-vehicle network; a receiver configured to process a receive signal received over the single-pair cable from the remote Ethernet transceiver in the in-vehicle network to provide the second MII data to the receive buffer for buffering; and a time-division duplex, TDD, controller configured to control when the transmitter starts transmitting the transmit signal during a TDD frame over the single-pair cable to the remote Ethernet transceiver in the in-vehicle network; the PHY device being characterized by the TDD controller being further configured to provide a control signal to the components of the PHY device to prevent adapting any filter used by the receiver during times when the PHY device is to transmit. a transmit buffer configured to buffer first media independent interface, MII, data received from a MAC controller over a first path; a receive buffer configured to buffer second MII data for transmission to the MAC controller over a second path; a transmitter configured to process the first MII data buffered by the transmit buffer to form a transmit signal for transmission over a single-pair cable to a remote Ethernet transceiver in an in-vehicle network; a receiver configured to process a receive signal received over the single-pair cable from the remote Ethernet transceiver in the in-vehicle network to provide the second MII data to the receive buffer for buffering; and a time-division duplex, TDD, controller configured to control when the transmitter starts transmitting the transmit signal during a TDD frame over the single-pair cable to the remote Ethernet transceiver in the in-vehicle network; the PHY device being characterized by the TDD controller being further configured to provide a control signal to the components of the PHY device to prevent adapting any filter used by the receiver during times when the PHY device is to transmit.
A method of recognizing a user context, the method comprising: recognizing at least one unit behavior sequentially generated by an object by analyzing a signal obtained by at least one sensor from among a plurality of sensors included in a user device, wherein a unit behavior refers to a unit of a motion of a user; generating a state transition graph by combining of unit behaviors; and recognizing a current context of the user from context information corresponding to a reference state transition graph that is most similar to the generated state transition graph, from among reference state transition graphs that are previously stored. recognizing at least one unit behavior sequentially generated by an object by analyzing a signal obtained by at least one sensor from among a plurality of sensors included in a user device, wherein a unit behavior refers to a unit of a motion of a user; generating a state transition graph by combining of unit behaviors; and recognizing a current context of the user from context information corresponding to a reference state transition graph that is most similar to the generated state transition graph, from among reference state transition graphs that are previously stored.
A data processing method of overlaying angiographic information over a fluoroscopic image of a patient, the method comprising the steps of: - acquiring one or more image pair data, each image pair data representing an image pair and comprising fluoroscopic image data and angiographic image data representing a fluoroscopic image (F1, F2, F3) and an angiographic image (A1, A2, A3), respectively, of a part of the patient, the fluoroscopic image and the angiographic image of an image pair being taken from the same position and the same viewing direction onto the patient and each being a non-stitched image, - acquiring live fluoroscopic image data representing a live fluoroscopic image of the patient, - registering the live fluoroscopic image data with the fluoroscopic image data of at least one of the one or more image pairs, thus obtaining the spatial orientation between the live fluoroscopic image and the image pair, - determining angiographic overlay image data from the angiographic image data based on the spatial orientation between the live fluoroscopic image and the at least one of the one or more image pairs, and - overlaying the angiographic overlay image data over the live fluoroscopic image. - acquiring one or more image pair data, each image pair data representing an image pair and comprising fluoroscopic image data and angiographic image data representing a fluoroscopic image (F1, F2, F3) and an angiographic image (A1, A2, A3), respectively, of a part of the patient, the fluoroscopic image and the angiographic image of an image pair being taken from the same position and the same viewing direction onto the patient and each being a non-stitched image, - acquiring live fluoroscopic image data representing a live fluoroscopic image of the patient, - registering the live fluoroscopic image data with the fluoroscopic image data of at least one of the one or more image pairs, thus obtaining the spatial orientation between the live fluoroscopic image and the image pair, - determining angiographic overlay image data from the angiographic image data based on the spatial orientation between the live fluoroscopic image and the at least one of the one or more image pairs, and - overlaying the angiographic overlay image data over the live fluoroscopic image.