mhurhangee/ep-ind-claims huggingface dataset:
A fortified plastic connector mount comprising: an elongated back nose with a distal end fluidly connected to a square interior channel formed axially therein; a wall with a predetermined thickness surrounding the square interior channel with an outer annular surface; a flat top affixed to or formed as part of a proximal end of the nose; four pairs of force buttressing ribs (120 & 120') affixed to both the flat top and along the length of the outer annular surface; wherein each force buttressing rib has an interior edge and outer edge; wherein each pair of force buttressing ribs have substantially parallel interior edges; and, wherein at each corner of the outer annular surface there are two force buttressing ribs, one member from each of two pairs, affixed at the corner offset by 90 degrees. an elongated back nose with a distal end fluidly connected to a square interior channel formed axially therein; a wall with a predetermined thickness surrounding the square interior channel with an outer annular surface; a flat top affixed to or formed as part of a proximal end of the nose; four pairs of force buttressing ribs (120 & 120') affixed to both the flat top and along the length of the outer annular surface; wherein each force buttressing rib has an interior edge and outer edge; wherein each pair of force buttressing ribs have substantially parallel interior edges; and, wherein at each corner of the outer annular surface there are two force buttressing ribs, one member from each of two pairs, affixed at the corner offset by 90 degrees.
Pair of rear signalling optical blocks for a motor vehicle comprising a first optical block and a second optical block with the same dimensions and designed to be positioned symmetrically relative to the longitudinal axis of said vehicle, of the driver side and the passenger side respectively, said optical blocks (10; 30) each comprising a housing (11; 31) the peripheral edge of which supports a covering glass (16; 36), the housing of said first optical block enclosing a brake light, a fog light spaced apart from said brake light by a distance, as well as an indicator light interposed between said two lights (12, 14), the housing of said second optical block enclosing a brake light, a reversing light, as well as an indicator light interposed between said two lights (32, 34); characterised in that the indicator light and fog light of said first optical block are separated by a non-illuminated style area, and in that the reversing light of said second optical block has a width corresponding to the combination of said fog light and said style area of the first optical block.
A stay mechanism for a turn-and-tilt casement of a window or a door, with a locking device, which can be arranged at the casement, and a base part, which can be fastened to the frame, on which base part a power transmission means, operated by means of a motorized driving device, is mounted, having a connecting link to the casement, wherein the connecting link is a drive-rod connecting element, wherein the drive-rod connecting element is arranged at a free end of the power transmission means and can be coupled with a drive-rod element having the locking device and locking pins movable thereon, wherein the casement can be brought into a locking position and into an unlocking position by means of the motorized driving device by displacement along the direction of displacement of the drive-rod element with the locking pin arranged thereon, characterized in that the stay mechanism has a device for aligning the base part, which can be fastened to the frame, with the power transmission means and the locking device, which can be fastened to the casement, which device consists of an engagement element of the stay mechanism fastened in a housing of the base part and a pin immovably fixed with the locking device, wherein the engagement element and the pin enter into a dimensionally stable connection and the pin has a constantly consistent distance, with a dimension, relative to the locking pin for each of the predetermined positions of closing or turning or tilting of the casement, wherein the pin, upon assembly at the casement, firmly connected with the locking device, permanently assumes the turning position and the engagement element is likewise firmly connected with the base part at the frame by a form- and/or force-fitting connection, and together they form the device.
A product management display system comprising: a tray having a front end, a rear end, and a floor configured to support a plurality of product, wherein the floor includes a plurality of grooves such that each groove of the plurality of grooves engages one of a plurality of divider walls, wherein each divider wall separates the tray into a plurality of product dispensing rows; a pusher mechanism configured to move product toward the front end of the tray within each product dispensing row of the plurality of product dispensing rows; wherein each divider wall is arranged to laterally shift within each groove as the product is moved forward by the pusher mechanism to allow the product and the product dispensing rows to be positioned closely together; wherein a plurality of forward support posts are positioned at the front end of the tray and a plurality of rear support posts are positioned at a rear end of the tray, and wherein each groove of the plurality of grooves extends vertically along the forward and rear support posts. a tray having a front end, a rear end, and a floor configured to support a plurality of product, wherein the floor includes a plurality of grooves such that each groove of the plurality of grooves engages one of a plurality of divider walls, wherein each divider wall separates the tray into a plurality of product dispensing rows; a pusher mechanism configured to move product toward the front end of the tray within each product dispensing row of the plurality of product dispensing rows; wherein each divider wall is arranged to laterally shift within each groove as the product is moved forward by the pusher mechanism to allow the product and the product dispensing rows to be positioned closely together; wherein a plurality of forward support posts are positioned at the front end of the tray and a plurality of rear support posts are positioned at a rear end of the tray, and wherein each groove of the plurality of grooves extends vertically along the forward and rear support posts.
An air inlet for a turbine engine comprising: an inlet including an opening and a passageway extending between the opening and the turbine engine when installed; an acoustic splitter supported within the passageway for attenuating noise within the inlet; and an inlet door movable between a closed position and a fully open position, wherein a portion of the inlet door aligns with a part of the passageway in at least a first position and divides the passageway to deflect ice and noise in at least a second position, characterized in that the acoustic splitter comprises a plurality of splitters (26, 28, 30) dividing the passageway into a plurality of channels (58, 60), wherein the plurality of splitters comprises a central splitter and the inlet door aligns with the central splitter when in the second position to divide the passageway into a forward portion that is forward of the inlet door and an aft portion that is aft of the inlet door, and preferably including a forward splitter disposed within the passageway forward of the central splitter and an aft splitter disposed aft of the central splitter. an inlet including an opening and a passageway extending between the opening and the turbine engine when installed; an acoustic splitter supported within the passageway for attenuating noise within the inlet; and an inlet door movable between a closed position and a fully open position, wherein a portion of the inlet door aligns with a part of the passageway in at least a first position and divides the passageway to deflect ice and noise in at least a second position,
An in vitro method for determining if an individual is infected by a bacterium of the Propionibacterium genus wherein the infection is a prosthesis infection comprising: - detecting antibodies directed against at least one protein of sequence SEQ ID NO: 2, in a biological sample of the individual, wherein said biological sample is selected from the group consisting of blood, serum, plasma, mucosa-associated lymphoid tissue, cephalorachidian fluid, articular liquid, pleural liquid, saliva, and urine and - deducing therefrom that the individual is infected by a bacterium of the Propionibacterium genus. - detecting antibodies directed against at least one protein of sequence SEQ ID NO: 2, in a biological sample of the individual, wherein said biological sample is selected from the group consisting of blood, serum, plasma, mucosa-associated lymphoid tissue, cephalorachidian fluid, articular liquid, pleural liquid, saliva, and urine and - deducing therefrom that the individual is infected by a bacterium of the Propionibacterium genus.
Disc brake for a commercial vehicle, comprising a) a brake calliper encompassing a brake disc, b) an application device which is arranged in the brake calliper for pressing brake pads onto the brake disc, c) two control spindles which are arranged parallel to one another and at a distance from one another and are mounted rotatably by means of a correspondence thread in a bridge, on which the application device acts, d) an adjusting device which is positioned in the brake calliper and by way of which a wear-induced change in a clearance between the brake pad and the brake disc can be compensated for substantially via an axial adjustment of the control spindles, and e) a synchronising device with a traction mechanism drive, by way of which the two control spindles can be adjusted synchronously, f) the traction mechanism drive having a traction mechanism which acts in a force-transmitting manner on drive wheels which are in non-rotatable operative connection with the control spindles, characterised in that g) each drive wheel is designed in two parts and consists of an outer wheel and an inner wheel non-rotatably held on the control spindle, which are held non-rotatably relative to one another by a meshing toothing system, and h) a potentiometer for wear detection is located within the brake calliper. a) a brake calliper encompassing a brake disc, b) an application device which is arranged in the brake calliper for pressing brake pads onto the brake disc, c) two control spindles which are arranged parallel to one another and at a distance from one another and are mounted rotatably by means of a correspondence thread in a bridge, on which the application device acts, d) an adjusting device which is positioned in the brake calliper and by way of which a wear-induced change in a clearance between the brake pad and the brake disc can be compensated for substantially via an axial adjustment of the control spindles, and e) a synchronising device with a traction mechanism drive, by way of which the two control spindles can be adjusted synchronously, f) the traction mechanism drive having a traction mechanism which acts in a force-transmitting manner on drive wheels which are in non-rotatable operative connection with the control spindles, g) each drive wheel is designed in two parts and consists of an outer wheel and an inner wheel non-rotatably held on the control spindle, which are held non-rotatably relative to one another by a meshing toothing system, and h) a potentiometer for wear detection is located within the brake calliper.
A gear mounting structure used in a reciprocating mechanism of a fishing reel, and to which rotation of a handle is transmitted, the gear mounting structure comprising: a worm shaft having a shaft body, and a gear locking portion with a non-circular cross section, the shaft body having intersecting spiral grooves disposed on an outer perimeter surface thereof, and the gear locking portion having a planar engaged portion disposed on at least a portion of an outer surface thereof; a gear having a gear body to which the rotation of the handle is transmitted, and a boss portion protruding from the gear body, the gear body having teeth disposed on an outer surface thereof, and the boss portion having an engagement portion engaging the engaged portion of the gear locking portion; and an elastic member mounted so as to abut an outer surface of the boss portion of the gear, and at least a portion of the gear locking portion other than the engaged portion. a worm shaft having a shaft body, and a gear locking portion with a non-circular cross section, the shaft body having intersecting spiral grooves disposed on an outer perimeter surface thereof, and the gear locking portion having a planar engaged portion disposed on at least a portion of an outer surface thereof; a gear having a gear body to which the rotation of the handle is transmitted, and a boss portion protruding from the gear body, the gear body having teeth disposed on an outer surface thereof, and the boss portion having an engagement portion engaging the engaged portion of the gear locking portion; and an elastic member mounted so as to abut an outer surface of the boss portion of the gear, and at least a portion of the gear locking portion other than the engaged portion.
An apparatus comprising a processor and a memory, the apparatus further including computer-executable instructions stored in the memory of the apparatus which, when executed by the processor of the apparatus, cause the apparatus to: receive past history data from a data collection module concerning a node of a Machine-to-Machine, M2M, network; estimate if the node will be up or down at a certain time using the past history data; and provide the estimate to a node availability service provisioning module of the apparatus, wherein the node availability service provisioning module is configured to provide the estimate to clients as node availability estimation services. receive past history data from a data collection module concerning a node of a Machine-to-Machine, M2M, network; estimate if the node will be up or down at a certain time using the past history data; and provide the estimate to a node availability service provisioning module of the apparatus, wherein the node availability service provisioning module is configured to provide the estimate to clients as node availability estimation services.
A culture medium mixture to be applied to a device having a flat surface, said culture medium mixture comprising: a. an adhesive; b. a gelling agent; c. a bacterial nutritive ingredient; d. a fibrous material; e. a liquid organic solvent comprising more than 50% alcohol; and f. a hydrophilic cellulose ester, and wherein upon drying or evaporation of the mixture on the device, the mixture forms a colloidal slurry matrix free of a mesh or weave and having a uniform distribution of bacterial growth media adapted to absorb and evenly diffuse a liquid sample throughout the absorbent matrix. a. an adhesive; b. a gelling agent; c. a bacterial nutritive ingredient; d. a fibrous material; e. a liquid organic solvent comprising more than 50% alcohol; and f. a hydrophilic cellulose ester, and
A dental implant set comprising a fixture (4, 104) for insertion into a bore hole arranged in bone tissue having first indexing means, a dental component (2, 3a-3c) having second indexing means and being arrangeable to the fixture in an engaged position where the first and second indexing means (100, 200) mate and in an intermediate position where the dental component (2, 3a-3c) and the fixture (4, 104) are in contact with each other but the first and the second indexing means do not mate, and a fixation screw being adapted for fixating the dental component to the fixture, wherein in the intermediate position: a first contacting surface of the fixation screw is arranged to abut a second contacting surface of the dental component and a third contacting surface of the dental component is arranged to abut a fourth contacting surface of the fixture, and the fixture further comprises an axis, characterized in that at least one of the first and second contacting surfaces (71, 72) forms a smaller angle to the axis than at least one of the third and fourth contacting surfaces (73, 74), and at least one of the first and second contacting surfaces (71, 72) forms a first angle of 5° - 30° relative to the axis of the fixture, and wherein at least one of the third and fourth contacting surfaces (73, 74) forms a second angle of 50° - 70° relative to the axis of the fixture, wherein the dental implant set is arranged such that the maximum capacity to transmit torque is greater between the first and second contacting surfaces (71, 72) than between the third and fourth contacting surfaces (73, 74), so that when the fixation screw is subject to a torque and an axial force applied by a user, the dental component (2, 3a-3c) will rotate with the fixation screw. a first contacting surface of the fixation screw is arranged to abut a second contacting surface of the dental component and a third contacting surface of the dental component is arranged to abut a fourth contacting surface of the fixture, and the fixture further comprises an axis,
Method of operating a user equipment in a radio access network, the method comprising transmitting feedback signaling pertaining to a plurality of cells, the feedback signaling representing Acknowledgment/Negative Acknowledgement, A/N, bits according to a Hybrid Acknowledgement Repeat Request, HARQ, codebook, and being transmitted at a power level, characterised in that the power level is based on a term (( V - U)mod 4) · NB, the value V being a largest received Downlink Assignment Indicator value received in a scheduling assignment and being indicative of a total number of scheduling assignments the user equipment is expected to receive for the plurality of cells, and the value U being indicative of a total number of scheduling assignments for the plurality of cells received by the user equipment for the HARQ codebook, and NB being indicative of a number of bits of A/N per transport block to be included in the feedback signaling per missed scheduling assignment.
A mobile terminal performing wireless communication with a video output device for outputting a received broadcast content, the mobile terminal comprising: a wireless communication unit capable of transmitting a media content outputtable by the video output device to the video output device; a touch screen divided into a first region outputting an icon corresponding to the media content, and a second region including a time bar extending in one direction to indicate a time, and a channel bar indicating output time information related to each of a plurality of broadcast contents and extending in the one direction; and a controller capable of controlling the touch screen to output an output bar indicating a reproduction time of the media content on a part of the second region, when a drag touch applied to the icon is released on the second region, wherein the output bar is output at a time point corresponding to a released point of the drag touch, wherein the controller generates a control command for outputting the media content on the video output device, at a time corresponding to an output position of the output bar within the second region, instead of broadcast content corresponding to a channel being viewed by a user at this time, wherein the broadcast content is the one originally present in the second region before the drag touch. a wireless communication unit capable of transmitting a media content outputtable by the video output device to the video output device; a touch screen divided into a first region outputting an icon corresponding to the media content, and a second region including a time bar extending in one direction to indicate a time, and a channel bar indicating output time information related to each of a plurality of broadcast contents and extending in the one direction; and a controller capable of controlling the touch screen to output an output bar indicating a reproduction time of the media content on a part of the second region, when a drag touch applied to the icon is released on the second region, wherein the output bar is output at a time point corresponding to a released point of the drag touch, wherein the controller generates a control command for outputting the media content on the video output device, at a time corresponding to an output position of the output bar within the second region, instead of broadcast content corresponding to a channel being viewed by a user at this time, wherein the broadcast content is the one originally present in the second region before the drag touch.
A dryer comprising a drum for receiving laundry items to be dried and a process air circuit for passing process air through the drum, the process air circuit including a blower for driving the process air; a condensing device for condensing moisture from the process air coming from the drum; a condensate collecting vessel; a condensate tank for receiving water transferred from the condensate collecting vessel; an overflow container in which the condensate tank is placed; an electric pump unit associated to the condensate collecting vessel for pumping water contained in the condensate collecting vessel to the condensate tank; a pump conduit fluidly connecting a pump outlet to a condensate tank inlet; an overflow conduit fluidly connecting the overflow container to the condensate collecting vessel; a condensate collecting vessel level sensor is provided in the condensate collecting vessel; and characterized in that a siphon is located in the overflow conduit to limit air transfer through the overflow conduit and in that the dryer comprises a bypass conduit which directly connects the pump conduit and the overflow conduit and in that the pump conduit comprises at a bypass conduit entry point a flap system including a flap, wherein the flap system including the flap is adapted to cause by means of the operation of the pump unit a flow of condensate from the pump outlet directly to the condensate tank in that the bypass conduit is closed by the flap, and to cause a flow of condensate in the opposite direction and into the bypass conduit and into the siphon in the overflow conduit, which is an overflow siphon in that the bypass conduit is no longer closed by the flap when the flow direction has changed.