mhurhangee/ep-ind-claims huggingface dataset:
A gas powered gun for discharge of projectiles, comprising: a valve arranged to exhaust compressed gas from a pressure chamber to thereby discharge a projectile inside a barrel; a hammer arranged to cooperate with a valve opening arrangement (63, 68) to thereby open said valve; a movable spring abutment; a spring arranged between said hammer and said spring abutment and arranged to spring load said hammer in a spring loading direction towards said valve opening arrangement; an adjustment knob including: a gripping portion, allowing a user to grip said adjustment knob and to turn said adjustment knob around an axis of rotation; characterized in that said axis of rotation is substantially perpendicular to said spring loading direction; and in that said adjustment knob further includes: a cam surface extending around said axis of rotation and having a varying radial distance from said axis of rotation; and a follower, coupled with said spring abutment and pressed by said spring in said spring loading direction to rest against said cam surface; so that, when said adjustment knob is turned, said follower will slide against said cam surface and move said follower and said spring abutment in said spring loading direction, to thereby adjust a pretension of said spring. a valve arranged to exhaust compressed gas from a pressure chamber to thereby discharge a projectile inside a barrel; a hammer arranged to cooperate with a valve opening arrangement (63, 68) to thereby open said valve; a movable spring abutment; a spring arranged between said hammer and said spring abutment and arranged to spring load said hammer in a spring loading direction towards said valve opening arrangement; an adjustment knob including: a gripping portion, allowing a user to grip said adjustment knob and to turn said adjustment knob around an axis of rotation; a gripping portion, allowing a user to grip said adjustment knob and to turn said adjustment knob around an axis of rotation; characterized in that said axis of rotation is substantially perpendicular to said spring loading direction; and in that said adjustment knob further includes: a cam surface extending around said axis of rotation and having a varying radial distance from said axis of rotation; and a follower, coupled with said spring abutment and pressed by said spring in said spring loading direction to rest against said cam surface; so that, when said adjustment knob is turned, said follower will slide against said cam surface and move said follower and said spring abutment in said spring loading direction, to thereby adjust a pretension of said spring. a cam surface extending around said axis of rotation and having a varying radial distance from said axis of rotation; and a follower, coupled with said spring abutment and pressed by said spring in said spring loading direction to rest against said cam surface; so that, when said adjustment knob is turned, said follower will slide against said cam surface and move said follower and said spring abutment in said spring loading direction, to thereby adjust a pretension of said spring.
An electrode system for deploying a conductive gel in an external medical device, comprising: a gel deployment receptacle configured to release a conductive gel onto a body of a subject; and a fluid pump in fluid communication with the gel deployment receptacle; a plurality of therapy electrodes (135, 140) for delivering electric shocks disposed in a garment, wherein the gel deployment receptacle is associated with at least one of the plurality of therapy electrodes; wherein the fluid pump is configured to be removable after use such that the fluid pump is reusable with a different electrode system; a control unit configured to direct the gel deployment receptacle to release the conductive gel onto the at least one of the plurality of therapy electrodes by actuation of the fluid pump that causes a working fluid to apply pressure directly or indirectly to the conductive gel such that the gel deployment receptacle releases the conductive gel prior to delivery of an electric shock. a gel deployment receptacle configured to release a conductive gel onto a body of a subject; and a fluid pump in fluid communication with the gel deployment receptacle; a plurality of therapy electrodes (135, 140) for delivering electric shocks disposed in a garment, wherein the gel deployment receptacle is associated with at least one of the plurality of therapy electrodes; wherein the fluid pump is configured to be removable after use such that the fluid pump is reusable with a different electrode system; a control unit configured to direct the gel deployment receptacle to release the conductive gel onto the at least one of the plurality of therapy electrodes by actuation of the fluid pump that causes a working fluid to apply pressure directly or indirectly to the conductive gel such that the gel deployment receptacle releases the conductive gel prior to delivery of an electric shock.
Cooking device lamp holder, - having a holder block, - having at least one power contact that serves to connect a connecting conductor to the power supply of a lamp, - having at least one holder contact that is electrically connected to the power contact and serves to connect a socket contact of the lamp, - having a contact cavity formed by the holder block, in which the holder contact is arranged, - having a fixing means, by means of which the supply contact is fixed to the holder block, - wherein the fixing means is a single-piece and/or materially bonded component of the power contact and - wherein the holder block has a fixing contour with which the fixing means of the power contact engages, characterised in that - the supply contact and the holder contact are two separate components from each other, - the holder contact is held by the power contact fixed to the holder block. - having a holder block, - having at least one power contact that serves to connect a connecting conductor to the power supply of a lamp, - having at least one holder contact that is electrically connected to the power contact and serves to connect a socket contact of the lamp, - having a contact cavity formed by the holder block, in which the holder contact is arranged, - having a fixing means, by means of which the supply contact is fixed to the holder block, - wherein the fixing means is a single-piece and/or materially bonded component of the power contact and - wherein the holder block has a fixing contour with which the fixing means of the power contact engages, - the supply contact and the holder contact are two separate components from each other, - the holder contact is held by the power contact fixed to the holder block.
A body fluid sampling system for use on a tissue site, the system comprising: a cartridge; a penetrating member driver; a plurality of penetrating members arranged in a radial configuration on the cartridge wherein sharpened distal tips of the penetrating members point radially outward; wherein an active one of said penetrating members is configured to be operatively coupled to said penetrating member driver; characterized in comprising an electromagnet arranged to control motion of the active one penetrating member by applying a magnetic field to an iron-loaded fluid that changes viscosity in response to the applied magnetic field; and a processor configured to control the magnetic field applied to said iron-loaded fluid by said electromagnet. a cartridge; a penetrating member driver; a plurality of penetrating members arranged in a radial configuration on the cartridge wherein sharpened distal tips of the penetrating members point radially outward; wherein an active one of said penetrating members is configured to be operatively coupled to said penetrating member driver; characterized in comprising an electromagnet arranged to control motion of the active one penetrating member by applying a magnetic field to an iron-loaded fluid that changes viscosity in response to the applied magnetic field; and a processor configured to control the magnetic field applied to said iron-loaded fluid by said electromagnet.
A display apparatus comprising: a display module that is bendable and is configured to display an image; a bending structure (20,20') configured to deform the display module by moving at least one of a centre and both side ends of the display module relative to each other to form one of a flat surface form and a curved surface form of the display module; and a case formed to surround the rear surface and edges of the display module, wherein the bending structure is disposed between the display module and the case and is arranged to cause the display module to bend between the flat surface form and the curved surface form while remaining inside the case. a display module that is bendable and is configured to display an image; a bending structure (20,20') configured to deform the display module by moving at least one of a centre and both side ends of the display module relative to each other to form one of a flat surface form and a curved surface form of the display module; and a case formed to surround the rear surface and edges of the display module, wherein the bending structure is disposed between the display module and the case and is arranged to cause the display module to bend between the flat surface form and the curved surface form while remaining inside the case.
A display apparatus comprising: a display; a communicator configured to perform wireless communication with at least one device external to the display apparatus (200, 300); and a processor configured to: control the display to display a user interface on the display, control the display to display a map showing an installation space of the display apparatus, and a plurality of menu items corresponding to a plurality of candidate obstacles, control the display to move and place at least two menu items of the plurality of menu items on the map based on a user's input, a first item among the at least two menu items depicting the display apparatus, and a second item among the at least two menu items depicting an obstacle from the plurality of candidate obstacles; identify a material of an obstacle present in a vicinity of the display apparatus by obtaining information about the material of the obstacle based on the user's input on the map on the displayed user interface, and control the communicator to adjust the strength of a transmission signal for the wireless communication based on the identified material of the obstacle. a display; a communicator configured to perform wireless communication with at least one device external to the display apparatus (200, 300); and a processor configured to: control the display to display a user interface on the display, control the display to display a map showing an installation space of the display apparatus, and a plurality of menu items corresponding to a plurality of candidate obstacles, control the display to move and place at least two menu items of the plurality of menu items on the map based on a user's input, a first item among the at least two menu items depicting the display apparatus, and a second item among the at least two menu items depicting an obstacle from the plurality of candidate obstacles; identify a material of an obstacle present in a vicinity of the display apparatus by obtaining information about the material of the obstacle based on the user's input on the map on the displayed user interface, and control the communicator to adjust the strength of a transmission signal for the wireless communication based on the identified material of the obstacle. control the display to display a user interface on the display, control the display to display a map showing an installation space of the display apparatus, and a plurality of menu items corresponding to a plurality of candidate obstacles, control the display to move and place at least two menu items of the plurality of menu items on the map based on a user's input, a first item among the at least two menu items depicting the display apparatus, and a second item among the at least two menu items depicting an obstacle from the plurality of candidate obstacles; identify a material of an obstacle present in a vicinity of the display apparatus by obtaining information about the material of the obstacle based on the user's input on the map on the displayed user interface, and control the communicator to adjust the strength of a transmission signal for the wireless communication based on the identified material of the obstacle.
A method for applying a Real Michael Addition crosslinked coating with improved adhesion, comprising the steps of I. providing a RMA crosslinkable composition comprising a) one or more crosslinkable components comprising a reactive component A with at least two acidic protons C-H in activated methylene or methine groups, preferably predominantly malonate b) a reactive component B with at least two activated unsaturated C=C groups, preferably acryloyl and c) a catalyst C for catalyzing the RMA crosslinking reaction between components A and B, preferably a carbondioxide blocked strong base, d) optional reactivity moderator D and e) optional organic solvent T, II. applying on the substrate surface a layer of an epoxy primer comprising an epoxy functional polymer binder and a crosslinker, wherein adhesion of the RMA crosslinked coating to the epoxy primer layer is improved by said primer comprising after curing functional groups X reactable with crosslinkable component A or B of the RMA crosslinkable composition or a precursor of functional groups X, preferably a moisture deblockable precursor, III. at least partial curing of the primer layer, IV. applying, over the at least partially cured primer layer, a coating layer of the RMA crosslinkable composition and V. curing the coating layer. I. providing a RMA crosslinkable composition comprising a) one or more crosslinkable components comprising a reactive component A with at least two acidic protons C-H in activated methylene or methine groups, preferably predominantly malonate b) a reactive component B with at least two activated unsaturated C=C groups, preferably acryloyl and c) a catalyst C for catalyzing the RMA crosslinking reaction between components A and B, preferably a carbondioxide blocked strong base, d) optional reactivity moderator D and e) optional organic solvent T, a) one or more crosslinkable components comprising a reactive component A with at least two acidic protons C-H in activated methylene or methine groups, preferably predominantly malonate b) a reactive component B with at least two activated unsaturated C=C groups, preferably acryloyl and c) a catalyst C for catalyzing the RMA crosslinking reaction between components A and B, preferably a carbondioxide blocked strong base, d) optional reactivity moderator D and e) optional organic solvent T, II. applying on the substrate surface a layer of an epoxy primer comprising an epoxy functional polymer binder and a crosslinker, wherein adhesion of the RMA crosslinked coating to the epoxy primer layer is improved by said primer comprising after curing functional groups X reactable with crosslinkable component A or B of the RMA crosslinkable composition or a precursor of functional groups X, preferably a moisture deblockable precursor, III. at least partial curing of the primer layer, IV. applying, over the at least partially cured primer layer, a coating layer of the RMA crosslinkable composition and V. curing the coating layer.
A container comprising - a receiving space for receiving articles each provided with a RFID transponder, - a shielding for shielding the receiving space against radiation, and - a RFID antenna device arranged in the receiving space and having at least one antenna for communicating with the transponders, characterised in that the container comprises holding means, which provide predefined receiving positions for the articles to be selectively received in the receiving space, the antenna is formed by an element extending continuously across the receiving positions, or in that a respective plurality of individual antennae is provided, and further transponders are arranged, distributed in the receiving space for detecting the occupancy of individual receiving positions, wherein their communication link with the RFID antenna unit deteriorates in dependence of the occupancy of the individual receiving positions. - a receiving space for receiving articles each provided with a RFID transponder, - a shielding for shielding the receiving space against radiation, and - a RFID antenna device arranged in the receiving space and having at least one antenna for communicating with the transponders,
A pipe coupling system, in particular for a drying device, comprising a first connecting pipe, a second connecting pipe which can be connected to the first connecting pipe via a connecting element, and a securing sleeve, wherein the connecting element can be inserted into a receiving area of the first connecting pipe, and wherein the securing sleeve can be positioned over the receiving area, wherein the securing sleeve on its inner wall has an insertion area into which a latching element arranged on the outer side of the first connecting pipe or the second connecting pipe can be inserted or is inserted, characterized in that the insertion area is designed as a groove and in that the groove runs parallel to the main extension direction of the securing sleeve.
A method of transmitting data by an access point supporting a multi-user multiple input/multiple output, briefly MU-MIMO, transmission as well as a single-user multiple input/multiple output, briefly SU-MIMO, transmission to a receiver in a wireless local area network, the method comprising: transmitting, by the access point, a data packet, and transmitting, by the access point, a management frame including group information to assign or change a position of a spatial stream intended for the receiver to at least one of a plurality of groups, the position of the spatial stream indicating which spatial stream the receiver should receive when the data packet is received at the receiver, wherein the group information includes a plurality of group indicators and a plurality of spatial stream, briefly SS, indicators, each of the plurality of group indicators indicating whether or not the receiver is a member of a respective group, each of the plurality of SS indicators indicating a position of a spatial stream of the respective group, wherein the data packet comprises a header including group ID indication information, wherein the group ID indication information has a length of M bits representing 2 M different states each indicating either SU-MIMO transmission or a group ID, characterized in that only one of the 2 M states is used for indicating SU-MIMO transmission by the access point. transmitting, by the access point, a data packet, and transmitting, by the access point, a management frame including group information to assign or change a position of a spatial stream intended for the receiver to at least one of a plurality of groups, the position of the spatial stream indicating which spatial stream the receiver should receive when the data packet is received at the receiver, wherein the group information includes a plurality of group indicators and a plurality of spatial stream, briefly SS, indicators, each of the plurality of group indicators indicating whether or not the receiver is a member of a respective group, each of the plurality of SS indicators indicating a position of a spatial stream of the respective group, wherein the data packet comprises a header including group ID indication information, wherein the group ID indication information has a length of M bits representing 2 M different states each indicating either SU-MIMO transmission or a group ID, characterized in that only one of the 2 M states is used for indicating SU-MIMO transmission by the access point.
A lighting arrangement comprising a plurality of solid state lighting elements mounted on a grid of conductive wires, the grid comprising a plurality of grid segments, each grid segment being defined by respective portions of adjacent conductive wires, wherein each grid segment comprises a pair of reinforcement members (24, 26) affixed to said portions and delimiting the grid segment, wherein for at least some of the grid segments a solid state lighting element is mounted on said portions in between the reinforcement members on at least two adjacent conductive wires, the pair of reinforcement members surrounding the solid state lighting element.
A rail vehicle, comprising a device, comprising - an electrically conductive profile body, in particular comprising or consisting of metal, - an electrical line, which is arranged in or on the profile body, - at least one electrically conductive grounding clamp surrounding the profile body externally, wherein a current can be transferred from the outside of the profile body to the grounding clamp, - at least one fastening means, whereby the profile body is fastened to a portable object or substrate, characterised in that - a flexible grounding line is coupled to the grounding clamp, and the grounding clamp is connected via the flexible grounding line to a conductive part of the rail vehicle, - the fastening means is electrically conductive and the fastening means has a higher resistance than the grounding clamp. - an electrically conductive profile body, in particular comprising or consisting of metal, - an electrical line, which is arranged in or on the profile body, - at least one electrically conductive grounding clamp surrounding the profile body externally, wherein a current can be transferred from the outside of the profile body to the grounding clamp, - at least one fastening means, whereby the profile body is fastened to a portable object or substrate, characterised in that - a flexible grounding line is coupled to the grounding clamp, and the grounding clamp is connected via the flexible grounding line to a conductive part of the rail vehicle, - the fastening means is electrically conductive and the fastening means has a higher resistance than the grounding clamp.