mhurhangee/ep-ind-claims huggingface dataset:
A sound absorber unit, wherein the sound absorber unit is adapted to be mounted on a moving part in a gas environment to reduce sound resonance, the sound absorber unit is constructed as a box body generally having a curved hexahedron shape and is formed as a three-layer Helmholtz resonance sound absorbing structure that combines double holes with single holes, and the box body has two side surfaces that define the boundaries of the two ends of the box body in the movement direction of the moving part, wherein an open end side surface is formed at one end and has an opening leading into a hollow cavity in the box body, and a closed end side surface (D') is formed at the other end; the interior of the box body is divided by a first partition plate and a second partition plate into a first hollow cavity, a second hollow cavity and a third hollow cavity, which are arranged in succession along the movement direction of the moving part; wherein, pipe orifices of two first hollow pipes (1, 1') are formed in the open end side surface, the pipe orifices of the first hollow pipes are open toward the gas environment space, and the first hollow pipes extend into the first hollow cavity by distances corresponding to the pipe lengths thereof; the pipe orifice of a second hollow pipe is formed in the first partition plate, the pipe orifice of the second hollow pipe is open toward the first hollow cavity, and the second hollow pipe extends into the second hollow cavity by a distance corresponding to the pipe length thereof; the pipe orifices of two third hollow pipes (7, 7') are formed in the second partition plate, the pipe orifices of the third hollow pipes are open toward the second hollow cavity, and the third hollow pipes extend into the third hollow cavity by distances corresponding to the pipe lengths thereof; and the first hollow cavity, the second hollow cavity and the third hollow cavity form three resonant cavities for layering of the three-layer Helmholtz resonance sound absorbing structure. pipe orifices of two first hollow pipes (1, 1') are formed in the open end side surface, the pipe orifices of the first hollow pipes are open toward the gas environment space, and the first hollow pipes extend into the first hollow cavity by distances corresponding to the pipe lengths thereof; the pipe orifice of a second hollow pipe is formed in the first partition plate, the pipe orifice of the second hollow pipe is open toward the first hollow cavity, and the second hollow pipe extends into the second hollow cavity by a distance corresponding to the pipe length thereof; the pipe orifices of two third hollow pipes (7, 7') are formed in the second partition plate, the pipe orifices of the third hollow pipes are open toward the second hollow cavity, and the third hollow pipes extend into the third hollow cavity by distances corresponding to the pipe lengths thereof; and the first hollow cavity, the second hollow cavity and the third hollow cavity form three resonant cavities for layering of the three-layer Helmholtz resonance sound absorbing structure.
A device for injection moulding and encapsulating objects, in particular for the production of lamination packets encapsulated within an insulating layer, having an upper element and a lower element which enclose a continuous volume of a filling space for receiving the object and of casting material as well as a sprue for receiving casting material, whereby the upper element is arranged movably in relation to the lower element and a piston that is movable with respect to the upper element is integrally arranged within the upper element such that the position of the piston is varied in an axial direction depending on a dimension of the object, characterised in that the piston has a section with a lesser thickness and a section with a greater thickness that are arranged coaxially with each other in the axial direction, whereby the section with the lesser thickness is arranged on the circumference of the section with the greater thickness, and the section with the greater thickness is formed as an indent for changing a volume as filling quantity compensation of the casting material within the sprue, so that, the total volume for the casting material within the device is constant independent of the dimension of the object in the axial direction and of a volume that varies with the dimension of the object in the axial direction.
A divided type dental polymeric core build-up material comprising a first paste and a second paste, wherein each of said first paste and said second paste is a paste that includes a (meth)acrylate monomer, a filler having a particle size distribution within a range of 0.5 through 30 μm and an average particle diameter of 0.7 through 10 μm, and a fine particle filler having an average particle diameter of primary particles of 0.001 through 0.050 μm, and has a viscosity at 25°C of 280 through 470 P, one of said first paste and said second paste includes an oxidant and the other includes a reductant, and at least one of said first paste and said second paste includes a photopolymerization catalyst.
Apparatus comprising a sheet supporting: a plurality of user input devices which are touch switches; at least one output device; and a controller; wherein the controller is configured, in response to receiving an input signal from a one of the plurality of user input devices, to cause an output device to produce an output signal in dependence upon an updatable parameter indicating one of at least two states and wherein the controller is configured to select a response to actuation of a user input device from a first set of responses when the user input device is actuated by touching a part of the sheet a first time and when the updateable parameter indicates a first state of the at least two states, and to select a response to actuation of the user input device from a second set of responses when the given user input device is actuated by touching the same part of the sheet a second time and when the updateable parameter indicates a second, different state of the at least two states. a plurality of user input devices which are touch switches; at least one output device; and a controller;
A mobile studio for being mounted onto a vehicle, comprising: a lower framework constructed by a steel frame structure; an upper framework constructed by an aluminum frame structure; and a bracket for connecting the lower framework with a vehicle, wherein the mobile studio is formed into a rectangular parallelepiped box shape, wherein the lower framework includes a planar upper-tier frame constructed by putting longitudinal beams and lateral beams together, a planar lower-tier frame constructed by putting longitudinal beams and lateral beams together, and a plurality of columns for connecting the upper-tier frame and the lower-tier frame, the bracket being connected to the upper-tier frame without interfering with the lower-tier frame. a lower framework constructed by a steel frame structure; an upper framework constructed by an aluminum frame structure; and a bracket for connecting the lower framework with a vehicle, wherein the mobile studio is formed into a rectangular parallelepiped box shape, wherein the lower framework includes a planar upper-tier frame constructed by putting longitudinal beams and lateral beams together, a planar lower-tier frame constructed by putting longitudinal beams and lateral beams together, and a plurality of columns for connecting the upper-tier frame and the lower-tier frame, the bracket being connected to the upper-tier frame without interfering with the lower-tier frame.
Use of a marker for determining sensitivity of a subject having cancer to an anti-cancer agent in a biological sample derived from the subject, said marker being cysteine-glutathione, and said anti-cancer agent being selected from fluorouracil and a salt thereof.
An access control terminal, comprising an electronic circuit and an ultra-wideband transceiver connected to the electronic circuit; wherein the electronic circuit is configured to transmit, via the ultra-wideband transceiver, to a mobile device a request message, to receive, via the ultra-wideband transceiver, from the mobile device a response message, to determine a distance (d) of the mobile device from the access control terminal, using the response message, to determine, using the distance (d), if the mobile device is within a pre-determined proximity range, and to transmit to the mobile device one or more update messages configured to update access rights data in the mobile device, if the mobile device is within the pre-determined proximity range.
A modular ceiling kit comprising a luminaire arrangement and a mounting frame, wherein the luminaire arrangement comprises a luminaire having a first light exit window framed by a rim, wherein the mounting frame comprises an aperture for receiving the luminaire, wherein the luminaire arrangement further comprises a component that is mountable in between the mounting frame and the luminaire, wherein the component comprises a second light exit window delimited by a side wall arrangement extending away from the second light exit window, and wherein the component is dimensioned such that when the component is positioned on the luminaire, the component extends over the rim and the sidewall arrangement creates a clearance between the first light exit window and the second light exit window, and wherein the second light exit window comprises a translucent sheet from which the side wall arrangement extends.
Adapter for fixing an optical fibre or bundle of optical fibres, with respect to an end section of a tube accommodating the fibre or fibre bundle, comprising: a tube holding section at a proximal end of the adapter, the tube holding section being adapted to fix the adapter to the tube, a fibre holding section providing a substantially tubular receptacle for receiving the fibre or bundle of fibres, the receptacle having a distal opening at a distal end of the adapter, and a sealing component located between the fibre or bundle of fibres and the fibre holding section, wherein the sealing component is plastically deformable for fixing the fibre or bundle of fibres to the adapter, characterised in that a reduction section is arranged between the tube holding section and the fibre holding section, the reduction section having an outer shape that tapers towards the smaller diameter of the fibre holding section, and wherein a shaft portion of the fibre holding section abuts the reduction section and is enforced by having an increased wall thickness as compared to the remaining fibre holding section. a tube holding section at a proximal end of the adapter, the tube holding section being adapted to fix the adapter to the tube, a fibre holding section providing a substantially tubular receptacle for receiving the fibre or bundle of fibres, the receptacle having a distal opening at a distal end of the adapter, and a sealing component located between the fibre or bundle of fibres and the fibre holding section, wherein
A method of manufacturing at least part of a security device, the method comprising: conveying a substrate web comprising a photosensitive film along a transport path, the photosensitive film being adapted to exhibit an increase in optical density upon exposure to radiation of a predetermined wavelength and concurrent or subsequent heating, the increase in optical density being due to the formation of bubbles within the photosensitive film; exposing the photosensitive film to radiation of the predetermined wavelength through a mask, wherein the mask comprises a predetermined pattern of regions which are substantially opaque to radiation of the predetermined wavelength and at least semi-transparent to radiation of the predetermined wavelength, respectively; during the exposure, moving the mask alongside the substrate web along at least a portion of the transport path at substantially the same speed as the substrate web, such that there is substantially no relative movement between the mask and the substrate web; and heating the substrate web comprising the exposed photosensitive film; whereby regions of the photosensitive film exposed to the radiation of the predetermined wavelength undergo an increase in optical density such that the photosensitive film displays a reproduction of the predetermined pattern. conveying a substrate web comprising a photosensitive film along a transport path, the photosensitive film being adapted to exhibit an increase in optical density upon exposure to radiation of a predetermined wavelength and concurrent or subsequent heating, the increase in optical density being due to the formation of bubbles within the photosensitive film; exposing the photosensitive film to radiation of the predetermined wavelength through a mask, wherein the mask comprises a predetermined pattern of regions which are substantially opaque to radiation of the predetermined wavelength and at least semi-transparent to radiation of the predetermined wavelength, respectively; during the exposure, moving the mask alongside the substrate web along at least a portion of the transport path at substantially the same speed as the substrate web, such that there is substantially no relative movement between the mask and the substrate web; and heating the substrate web comprising the exposed photosensitive film;
Method for connecting a device (1,2; 21, 22) with a tubular element, which device (1, 2; 21, 22) comprises a body having a connection end (2; 22) and a tubular element insertion end (1; 21), having a cylindrical channel (3, 4; 23, 24) extending from the connection end (2; 22) to the tubular element insertion end (1; 21), where the connection end (2; 22) serves the purpose of connecting to another part of the hydraulic or pneumatic system, and wherein the cylindrical channel (3, 4; 23, 24) comprises a first part (3; 23) and a second part (4; 24), wherein the first part (3; 23) is arranged in the tubular element insertion end (1; 21) and wherein the second part (4; 24) is arranged in the connection end (2; 22), wherein the tubular element insertion end (1; 21) comprises at a middle section a recess (5; 25) extending radially from the first part of the cylindrical channel (3; 23), along the entire circumference and which recess (5; 25) borders the second part of the cylindrical channel (4; 24); and wherein the tubular element insertion end (1; 21) comprises at least one bore (6; 26) connecting said recess (5; 25) with the outer surface of the body, wherein the method comprises the steps of: - providing a tubular element having a tubular channel; - providing the device (1,2; 21, 22); - inserting the tubular element into the tubular element insertion end (1; 21) and at least partially along the recess (5; 25); - sealing the recess (5; 25) from the tubular channel and the second part (4; 24) of the cylindrical channel of the device (1,2; 21, 22); - providing a bonding compound; - filling the recess (5; 25) supplying the bonding compound via the at least one bore (6; 26) characterized by the steps of: - providing a sealing body; - inserting the sealing body into the cylindrical channel (3, 4; 23, 24) sealing the second part (4; 24) of the cylindrical channel; wherein the sealing body is inserted partially into the tubular channel to seal the tubular channel from the recess (5; 25); - after filling the recess (5; 25) with the bonding compound, removing the sealing body from the second part (4; 24) of the cylindrical channel. - providing a tubular element having a tubular channel; - providing the device (1,2; 21, 22); - inserting the tubular element into the tubular element insertion end (1; 21) and at least partially along the recess (5; 25); - sealing the recess (5; 25) from the tubular channel and the second part (4; 24) of the cylindrical channel of the device (1,2; 21, 22); - providing a bonding compound; - filling the recess (5; 25) supplying the bonding compound via the at least one bore (6; 26) characterized by - providing a sealing body; - inserting the sealing body into the cylindrical channel (3, 4; 23, 24) sealing the second part (4; 24) of the cylindrical channel; wherein the sealing body is inserted partially into the tubular channel to seal the tubular channel from the recess (5; 25); - after filling the recess (5; 25) with the bonding compound, removing the sealing body from the second part (4; 24) of the cylindrical channel.
An LED controller, for connecting to an LED string of an LED matrix system, comprising: an input terminal configured to receive a light-control-signal representative of a received-profile-identifier; an output terminal for connecting to the LED string; a local memory configured to store a plurality of light-change-profile-data, wherein each of the plurality of light-change-profile-data defines an association between a plurality of different, non-zero light-values and a plurality of sequence-numbers; a processor configured to: determine one of the plurality of light-change-profile-data as selected-profile-data in accordance with the received-profile identifier; and determine a set of LED control signals for the LED string in accordance with different non-zero light-values of the selected-profile-data for a set of sequentially applied sequence-numbers. an input terminal configured to receive a light-control-signal representative of a received-profile-identifier; an output terminal for connecting to the LED string; a local memory configured to store a plurality of light-change-profile-data, wherein each of the plurality of light-change-profile-data defines an association between a plurality of different, non-zero light-values and a plurality of sequence-numbers; a processor configured to: determine one of the plurality of light-change-profile-data as selected-profile-data in accordance with the received-profile identifier; and determine a set of LED control signals for the LED string in accordance with different non-zero light-values of the selected-profile-data for a set of sequentially applied sequence-numbers. determine one of the plurality of light-change-profile-data as selected-profile-data in accordance with the received-profile identifier; and determine a set of LED control signals for the LED string in accordance with different non-zero light-values of the selected-profile-data for a set of sequentially applied sequence-numbers.
Tyre made of rubbery material comprising α sidewall and α pattern formed on this sidewall, this pattern comprising α plurality of openings and intermediate zones separating these openings, and in order for the pattern to contrast with the sidewall, the openings occupy at least 60% of the pattern, these openings being distributed through the pattern at α density at least equal to five openings per square millimetre (mm 2), these openings having equivalent diameters of between 0.03 mm and 0.5 mm, characterized in that the openings are circular and in that these openings extend into the depth of the sidewall to form cavities, and all or some of these cavities have α cross section that decreases into the depth of this sidewall and in that all or some of the cavities have α depth of between 0.2 mm and 0.6 mm.
Road module for regulating the passability of vehicles on a roadway where the road module comprises: - an elongated container immersed across the roadway and having an upper plane being essentially at level with the roadway, - at least a part of the upper plane of the container formed as a lid pivotally arranged and hinged along an edge of the container, and said edge extending along the longitudinal side of the container facing vehicles approaching the road module, characterized in that: - the lid is, at the opposite longitudinal side of the container, supported by an eccentrically mounted cylindrical roller, which can be rotated to occupy an upper or a lower position, whereby a rotation of the roller by means of an actuator lowers or raises the lid, so that a downward ramp is formed in the passing direction of the vehicle when the roller is in its lower position. - an elongated container immersed across the roadway and having an upper plane being essentially at level with the roadway, - at least a part of the upper plane of the container formed as a lid pivotally arranged and hinged along an edge of the container, and said edge extending along the longitudinal side of the container facing vehicles approaching the road module, - the lid is, at the opposite longitudinal side of the container, supported by an eccentrically mounted cylindrical roller, which can be rotated to occupy an upper or a lower position, whereby a rotation of the roller by means of an actuator lowers or raises the lid, so that a downward ramp is formed in the passing direction of the vehicle when the roller is in its lower position.
System for removing equipment from inside oil wells, comprising: - a rod string positionable at least partially inside an oil well; - a fishing element connected to the bottom portion of the rod string, said fishing element comprising means for rotatably attaching to an equipment to be removed from the oil well by rotating the rod string; - a circular manipulator fixed to the top portion of the rod string, positionable external to the oil well, wherein the circular manipulator is formed from two semicircles fixed together and fixed removably at any point of the top portion of the rod string. - a rod string positionable at least partially inside an oil well; - a fishing element connected to the bottom portion of the rod string, said fishing element comprising means for rotatably attaching to an equipment to be removed from the oil well by rotating the rod string; - a circular manipulator fixed to the top portion of the rod string, positionable external to the oil well,
A method for wireless communications, comprising: detecting, in a first module comprising a first portion of a receive path, whether a radio frequency, RF, signal has been received; and if the received RF signal is detected, sending a control signal to wake up a second module comprising a second portion of the receive path that was previously powered down; wherein sending a control signal comprises: multiplexing the received RF signal with the control signal to generate a multiplexed signal; and transmitting the multiplexed signal to the second portion of the receive path, wherein the first portion of the receive path is coupled in series with the second portion of the receive path. detecting, in a first module comprising a first portion of a receive path, whether a radio frequency, RF, signal has been received; and if the received RF signal is detected, sending a control signal to wake up a second module comprising a second portion of the receive path that was previously powered down; wherein sending a control signal comprises: multiplexing the received RF signal with the control signal to generate a multiplexed signal; and transmitting the multiplexed signal to the second portion of the receive path, wherein the first portion of the receive path is coupled in series with the second portion of the receive path. multiplexing the received RF signal with the control signal to generate a multiplexed signal; and transmitting the multiplexed signal to the second portion of the receive path, wherein the first portion of the receive path is coupled in series with the second portion of the receive path.