mhurhangee/ep-ind-claims huggingface dataset:
A trainer device 1 for an autoinjector comprising: (i) a housing 2; (ii) a collet holder 3 that includes a track 31; (iii) a safety cap 4, comprising a pin 50, which is removably connected to the collet holder 3; (iv) a cover member 5; (v) a flex stem 7 having flex arm 8; and (vi) a cover member locking mechanism 9 having a first locking position 13 and a second locking position 14, wherein the housing 2 is partially received inside the cover member 5, characterized in that the cover member locking mechanism 9 comprises cam profiles 10a,10b and cam follower nuts 12a,12b, wherein each of the cam profiles 10a,10b has five vertices 11a,11b,11c,11d,11e and comprises: (a) a first angled cam track 24a formed by traversing of the cam profile 10a,10b from vertex 11a to vertices 11b,11c towards the proximal direction; (b) a vertical cam track 24b formed by traversing of the cam profile 10a,10b from vertex 11c to vertex 11d in the distal direction; (c) a second angled cam track 24c formed by traversing the cam profile 10a,10b from the vertices 11d,11e to vertex 11a in the distal direction; (d) a first integral snap lock member 25 formed by groove cut on the surface of first angled cam track 24a and comprising a protrusion head 25a towards distal end extending radially outward having the sloping surface 25b on the front projection surface; and (e) a second integral snap lock member 26 formed by groove cut on the surface of vertical cam track 24b and comprising a protrusion head 26a extending radially sideward having sloping surface 26b on the front projection surface, wherein each of the cam follower nuts 12a,12b comprises: a cam follower protrusion 27 on the distal end portion; a cam follower button 28 on the proximal end portion extending opposite to the cam follower protrusion 27; a cam follower body 29 extending between protrusion 27 and button 28, wherein the cam follower button 28 of the cam follower nuts 12a,12b is engaged with vertex 11a on the first angled cam track 24a in the first locking position 13 and the cam follower button 28 of the cam follower nuts 12a,12b is engaged with vertex 11d on the vertical cam track 24b in the second locking position 14, whereas integral snap lock members 25,26 provides the one-way traversing of cam follower nuts 12a,12b in the cam profiles 10a,10b during operation of trainer device 1, while maintaining the cover member 5 in the first locking potion 13 and second locking position 14.
Steam electrolysis system for the production of hydrogen, the system comprising: - at least one steam electrolyser cell comprising a positive electrode, a negative electrode and a gas-impermeable electrolyte, wherein the positive electrode is electrically connected to the negative electrode and the negative electrode is electrically connected to the positive electrode and wherein the electrolyte is arranged between the positive electrode and the negative electrode, - at least one feeding gas arrangement comprising at least one electric steam generator - at least one feeding gas supply route for supplying a flow of feeding gas comprising at least steam from the at least one feeding gas arrangement to the at least one steam electrolyser cell, - at least one gas moving device for removing hydrogen from the at least one steam electrolyser cell, and - at least one external power supply source for operating the system, wherein the at least one external power supply is electrically coupled to the at least one electric steam generator of the feeding gas arrangement and to the least one steam electrolyser cell, characterized in that the at least one steam electrolyser cell and the at least one electric steam generator are electrically connected in parallel. - at least one steam electrolyser cell comprising a positive electrode, a negative electrode and a gas-impermeable electrolyte, wherein the positive electrode is electrically connected to the negative electrode and the negative electrode is electrically connected to the positive electrode and wherein the electrolyte is arranged between the positive electrode and the negative electrode, - at least one feeding gas arrangement comprising at least one electric steam generator - at least one feeding gas supply route for supplying a flow of feeding gas comprising at least steam from the at least one feeding gas arrangement to the at least one steam electrolyser cell, - at least one gas moving device for removing hydrogen from the at least one steam electrolyser cell, and - at least one external power supply source for operating the system,
A terminal apparatus comprising: a display panel arranged on a housing configured to display an image thereon; a display processing unit that provides the image to be displayed on the display panel; an output unit configured to be connected to an external device that externally outputs the image to the external device; a touch-panel that detects a contact or approach of an object with or toward of the display panel; a motion sensor that detects a motion of the housing; and a control unit having circuitry that when the touch-panel detects the contact or approach of the object having a greater size than or equal to a predetermined size, controls the output unit to output an image and deactivates the touch-panel from detecting further contact or a approach of the object and activates the motion sensor to control the external image output by the output unit on the basis of the motion detected by the motion sensor. a display panel arranged on a housing configured to display an image thereon; a display processing unit that provides the image to be displayed on the display panel; an output unit configured to be connected to an external device that externally outputs the image to the external device; a touch-panel that detects a contact or approach of an object with or toward of the display panel; a motion sensor that detects a motion of the housing; and a control unit having circuitry that when the touch-panel detects the contact or approach of the object having a greater size than or equal to a predetermined size, controls the output unit to output an image and deactivates the touch-panel from detecting further contact or a approach of the object and activates the motion sensor to control the external image output by the output unit on the basis of the motion detected by the motion sensor.
An arm assembly, comprising: an arm support (1510, 1512) configured to support an arm of a seated user; an arm stalk extending downwardly from and supporting the arm support (1510, 1512); an arm base telescopingly receiving the arm stalk such that the arm stalk is movable between a first position and a second position; and a bearing arrangement positioned between the arm stalk and the arm base, the bearing arrangement comprising: a bearing member configured to abut the arm base; and a biasing member characterized in that the biasing member is configured to bias the bearing member from the arm stalk and into abutment with the arm base. an arm support (1510, 1512) configured to support an arm of a seated user; an arm stalk extending downwardly from and supporting the arm support (1510, 1512); an arm base telescopingly receiving the arm stalk such that the arm stalk is movable between a first position and a second position; and a bearing arrangement positioned between the arm stalk and the arm base, the bearing arrangement comprising: a bearing member configured to abut the arm base; and a biasing member characterized in that the biasing member is configured to bias the bearing member from the arm stalk and into abutment with the arm base. a bearing member configured to abut the arm base; and a biasing member characterized in that the biasing member is configured to bias the bearing member from the arm stalk and into abutment with the arm base.
Self-supporting polymer film comprising: a. a thermoplastic polymer, wherein the thermoplastic polymer is a polyester-based aliphatic thermoplastic polyurethane; b. between 0,1% and 12% of a solvent based on the weight of the self-supporting polymer film, the solvent selected from a ketone, wherein the solvent is imbibed in said thermoplastic polymer; and c. at least one organic photochromic molecule comprising a chromophore, wherein the organic photochromic molecule comprising a chromophore is soluble in said solvent at a concentration of at least 0,1% based on the weight of a solution of the solvent containing the dissolved organic photochromic molecule comprising a chromophore at a temperature of between 15°C and 30°C, wherein the at least one organic photochromic molecule comprising a chromophore is evenly distributed in the self-supporting polymer film. a. a thermoplastic polymer, wherein the thermoplastic polymer is a polyester-based aliphatic thermoplastic polyurethane; b. between 0,1% and 12% of a solvent based on the weight of the self-supporting polymer film, the solvent selected from a ketone, wherein the solvent is imbibed in said thermoplastic polymer; and c. at least one organic photochromic molecule comprising a chromophore, wherein the organic photochromic molecule comprising a chromophore is soluble in said solvent at a concentration of at least 0,1% based on the weight of a solution of the solvent containing the dissolved organic photochromic molecule comprising a chromophore at a temperature of between 15°C and 30°C,
A method of wireless communication at a mobile device, the method comprising: sending, to a network node, an indication of a capability of the mobile device for maintaining a phase relationship between a first Sounding Reference Signal, SRS, using a first Component Carrier, CC, and a second SRS using a second CC, wherein the capability comprises: an ability to maintain a phase characteristic below a threshold value, an ability to maintain the phase characteristic at a constant value, or an inability to maintain the phase characteristic, or any combination thereof; and transmitting the first SRS and the second SRS. sending, to a network node, an indication of a capability of the mobile device for maintaining a phase relationship between a first Sounding Reference Signal, SRS, using a first Component Carrier, CC, and a second SRS using a second CC, wherein the capability comprises: an ability to maintain a phase characteristic below a threshold value, an ability to maintain the phase characteristic at a constant value, or an inability to maintain the phase characteristic, or any combination thereof; and an ability to maintain a phase characteristic below a threshold value, an ability to maintain the phase characteristic at a constant value, or an inability to maintain the phase characteristic, or any combination thereof; and transmitting the first SRS and the second SRS.
A mineralocorticoid receptor antagonist for use in a method for the treatment of fluid accumulation in and/or under the retina associated with diabetic retinopathy, wherein the mineralocorticoid receptor antagonist is administered via a biodegradable ocular implant.
A clamping device, in particular for use with an installation device, comprising a first component having an internal thread and having a side which forms a first clamping surface either directly or indirectly via a separate part; a second component which has an internal thread and an external thread and which is axially displaceably but rotationally fixedly attachable to the first component, with the respective internal threads of the first component and of the second component being designed to be jointly fastened in a vertically adjustable manner or with an adjustable spacing to a carrier by means of a bolt element having an external thread; and a counter nut which can be screwed onto the external thread of the second component and whose side facing the first-named clamping surface forms a second clamping surface either directly or indirectly via a second part, with the first and second mutually facing clamping surfaces (66, 78) being designed for the clamping reception of an article or of the clamping region of the installation device.
An energy harvester device adapted to be positioned into an in-ear device and harvesting energy from dynamic motion of a wall of an outer ear canal receiving the in-ear device therein, when the inear device is placed inside the outer ear canal of a user and having an external sheath substantially assuming a contour of the wall of the outer ear canal, said energy harvester device being characterized by: - an energy harvesting module configured for mounting on an inner portion of the in-ear device adjacent the external sheath, said energy harvesting module being at least partially elastically deformable under a displacement of the wall of the outer ear canal during expansion and/or contraction thereof and generating energy corresponding to the displacement of the wall; and - an energy storage module configured for mounting on the in-ear device and connecting to said energy harvesting module to receive energy therefrom, said energy storage module storing the received energy and supplying the stored energy to an electronic device of the in-ear device. - an energy harvesting module configured for mounting on an inner portion of the in-ear device adjacent the external sheath, said energy harvesting module being at least partially elastically deformable under a displacement of the wall of the outer ear canal during expansion and/or contraction thereof and generating energy corresponding to the displacement of the wall; and - an energy storage module configured for mounting on the in-ear device and connecting to said energy harvesting module to receive energy therefrom, said energy storage module storing the received energy and supplying the stored energy to an electronic device of the in-ear device.
An apparatus for communicating packets in a network environment, comprising: a first network element that includes a first neighbour list, the first network element being coupled to a second network element and a third network element, the first network element being operable to receive a second neighbour list from the second network element and a third neighbour list from the third network element, wherein the first network element is further operable to determine one or more overlaps provided by the second and third neighbour lists when compared to the first neighbour list, the first network element relaying an update that it receives based on the one or more overlaps. a first network element that includes a first neighbour list, the first network element being coupled to a second network element and a third network element, the first network element being operable to receive a second neighbour list from the second network element and a third neighbour list from the third network element, wherein the first network element is further operable to determine one or more overlaps provided by the second and third neighbour lists when compared to the first neighbour list, the first network element relaying an update that it receives based on the one or more overlaps.
Security system with a base plate and a tarpaulin, wherein in a security position a packaging material is mounted on the base plate and enclosed by the tarpaulin, wherein the tarpaulin is secured by means of an electrically conductive cable, which is encircling in circumferential direction of the base plate, to this, that the tarpaulin has an electrically conductive structure extending over the area of the tarpaulin, wherein a sensor (15, 16) is provided, by means of which interruptions of this structure are detectable, that the cable forms together with the sensor (15, 16) and an alarm device a closed security circuit and that the alarm device issues check signals on the safety circuit, wherein in a fault-free state a check signal, which transits the security circuit and is read back to the alarm device, agrees with a target value predetermined in the alarm device and wherein in a fault case in the safety circuit a departure of the read-back check signal from the target value is registered in the alarm device, whereupon an alarm report is generated in the alarm device, characterised in that the alarm device is electrically contacted with the free ends of the cable by way of a tightening device.
An electronic device that is able to operate in water, comprising: communication means adapted to receive a radio wave; water detection means adapted to detect whether the electronic device is immersed in water or not; control means adapted to make the water detection means operate in the case where intensity of a reception signal of a radio wave received by the communication means is lower than a threshold level; and image capturing means, wherein the electronic device is able to be set to be in a first operation mode or a second operation mode by the control means, the first operation mode specifying whether or not a first predetermined function of the electronic device for use out of water is enabled, the second operation mode specifying whether or not a second predetermined function of the electronic device for use in water is enabled, upon detection of immersion of the electronic device in water by the water detection means, the control means sets the second operation mode on the electronic device, the first operation mode further specifies a first image parameter of the image capturing means for use out of water, and the second operation mode further specifies a second image parameter of the image capturing means for use in water, characterized in that the image parameter is shutter speed of the image capturing means, and shutter speed specified in the second operation mode is faster than shutter speed specified in the first operation mode. communication means adapted to receive a radio wave; water detection means adapted to detect whether the electronic device is immersed in water or not; control means adapted to make the water detection means operate in the case where intensity of a reception signal of a radio wave received by the communication means is lower than a threshold level; and image capturing means, wherein the electronic device is able to be set to be in a first operation mode or a second operation mode by the control means, the first operation mode specifying whether or not a first predetermined function of the electronic device for use out of water is enabled, the second operation mode specifying whether or not a second predetermined function of the electronic device for use in water is enabled, upon detection of immersion of the electronic device in water by the water detection means, the control means sets the second operation mode on the electronic device, the first operation mode further specifies a first image parameter of the image capturing means for use out of water, and the second operation mode further specifies a second image parameter of the image capturing means for use in water, characterized in that the image parameter is shutter speed of the image capturing means, and shutter speed specified in the second operation mode is faster than shutter speed specified in the first operation mode.
A drive assembly for a kart, comprising: an electric motor including an output shaft; an assembly housing at least partially surrounding the electric motor, the assembly housing defining an aperture; an intermediate shaft rotatably disposed within the assembly housing; a driving gear removably disposed on the output shaft within the assembly housing; a reduction gear removably disposed on the intermediate shaft within the assembly housing, the reduction gear being driven by the driving gear; and a panel removably connected to the assembly housing for selectively covering the aperture, the driving gear and the reduction gear being removable from the motor and the assembly housing via the aperture when the panel is removed from the assembly housing, and characterised in that the panel, the driving gear, and the reduction gear being disposed above a maximum level of transmission oil contained within the assembly housing when the electric motor is not operating. an electric motor including an output shaft; an assembly housing at least partially surrounding the electric motor, the assembly housing defining an aperture; an intermediate shaft rotatably disposed within the assembly housing; a driving gear removably disposed on the output shaft within the assembly housing; a reduction gear removably disposed on the intermediate shaft within the assembly housing, the reduction gear being driven by the driving gear; and a panel removably connected to the assembly housing for selectively covering the aperture, the driving gear and the reduction gear being removable from the motor and the assembly housing via the aperture when the panel is removed from the assembly housing, and characterised in that the panel, the driving gear, and the reduction gear being disposed above a maximum level of transmission oil contained within the assembly housing when the electric motor is not operating.
A method in an electronic device comprising one or more motion detectors and a fingerprint sensor, the method comprising: detecting, with the one or more motion detectors whether the electronic device is rotating in three-dimensional space; detecting, with the fingerprint sensor, rotation of an object contacting the fingerprint sensor and, where the object is rotating, an object rotation direction; selecting, with one or more processors operable with the fingerprint sensor and the one or more motion detectors: a first control operation for the electronic device when the electronic device is stationary and the object rotation direction is clockwise; or a second control operation, different from the first control operation, when the electronic device is rotating and the object rotation direction is clockwise; and performing, with the one or more processors, the selected one of either the first control operation or the second control operation. detecting, with the one or more motion detectors whether the electronic device is rotating in three-dimensional space; detecting, with the fingerprint sensor, rotation of an object contacting the fingerprint sensor and, where the object is rotating, an object rotation direction; selecting, with one or more processors operable with the fingerprint sensor and the one or more motion detectors: a first control operation for the electronic device when the electronic device is stationary and the object rotation direction is clockwise; or a second control operation, different from the first control operation, when the electronic device is rotating and the object rotation direction is clockwise; and a first control operation for the electronic device when the electronic device is stationary and the object rotation direction is clockwise; or a second control operation, different from the first control operation, when the electronic device is rotating and the object rotation direction is clockwise; and performing, with the one or more processors, the selected one of either the first control operation or the second control operation.
Balloon catheter for treating enteroatmospheric fistulae in an open abdomen, consisting of an insertion tube having a distal balloon arranged around the shaft and a proximal balloon arranged thereunder for sealing off the fistula, and having at least one injection line for filling the distal and the proximal balloons (3, 4) with filling medium, characterised by a passage tube arranged transversely to the insertion tube at the bottom end thereof, the lumen of which passage tube is connected to the lumen of the insertion tube and can be inserted into the intestinal canal.