mhurhangee/ep-ind-claims huggingface dataset:
Sorting device for sorting workpieces in the correct position, comprising at least one container (2, 60, 70) which is arranged so as to be able to pivot about a horizontal pivot axis and has, on its underside, at least one slot (5, 62, 71, 72) that opens into an outlet opening, with a means being provided for setting the slot width, which means is adjustable relative to a wall in order to adjust the width of the slot, which is arranged in the region of the means, characterized in that a means is provided for setting the size of the outlet opening, which means is designed as a rail which has a recess and can be adjusted in parallel with an end wall of the container (2, 60, 70) and can be moved into the region of the outlet opening, for example to reduce its cross section.
A hoop lock for two wheelers having a lock body and a substantially U-shaped hoop which is selectively releasable from the lock body or latchable to the lock body, characterized in that the hoop has at least two wire sections which extend along the U shape of the hoop alongside one another and which are surrounded, at least regionally, by a sleeve.
A passenger seat with a deployable cup holder comprising linkage (24, 26, 28, 30) arranged such that a portion of the linkage is movable between a folded configuration positioned within a space defined in the seat, and a deployed configuration forming a closed loop defining an opening within the linkage, wherein the linkage comprises: a four-bar linkage including a ground link, first and second grounded links (26, 28), and a coupler link, wherein the ground link and the coupler link are pivotably connected to each of the first and second grounded links (26, 28). a four-bar linkage including a ground link, first and second grounded links (26, 28), and a coupler link, wherein the ground link and the coupler link are pivotably connected to each of the first and second grounded links (26, 28).
A method for determining the amount of one or more tamoxifen metabolites in a human sample by mass spectrometry, comprising: (a) extracting one or more tamoxifen metabolites from the human sample by protein precipitation followed by filtration; (b) ionizing said one or more tamoxifen metabolites to produce one or more ions detectable by mass spectrometry; (c) detecting the amount of the ion(s) from step (b) by mass spectrometry; wherein the amount of the ion(s) detected is related to the amount of each of tamoxifen metabolites in said sample, wherein said metabolite(s) comprise norendoxifen. (a) extracting one or more tamoxifen metabolites from the human sample by protein precipitation followed by filtration; (b) ionizing said one or more tamoxifen metabolites to produce one or more ions detectable by mass spectrometry; (c) detecting the amount of the ion(s) from step (b) by mass spectrometry; wherein the amount of the ion(s) detected is related to the amount of each of tamoxifen metabolites in said sample, wherein said metabolite(s) comprise norendoxifen.
An apparatus, comprising: a control module configured to: control a transceiver which is enabled to communicate using at least two specific transmission resources (18, 20), wherein a first of said resources is useable for a device-to-device communication, detect a request signal received via the first resource, the request signal triggering initiation of a device-to-device communication; verify that the request signal contains a first identity which identifies a device associated to the apparatus, responsive thereto, cause the transceiver to broadcast a first response containing the first identity, detect a second response received via the first resource and containing a second identity which identifies another device, and responsive thereto, start a device-to-device communication via the first resource between the devices (10, 50) having the first and second identities; wherein the request signal comprises at least two predetermined address fields, wherein a first predetermined one of those address fields contains the first identity; and wherein the control module is further configured to verify that the request signal contains the first identity in the first predetermined address field; wherein a second predetermined one of those address fields contains the second identity; and wherein the control module is further configured to confirm that the second identity contained in the second response is identical to the second identity contained in the request signal. control a transceiver which is enabled to communicate using at least two specific transmission resources (18, 20), wherein a first of said resources is useable for a device-to-device communication, detect a request signal received via the first resource, the request signal triggering initiation of a device-to-device communication; verify that the request signal contains a first identity which identifies a device associated to the apparatus, responsive thereto, cause the transceiver to broadcast a first response containing the first identity, detect a second response received via the first resource and containing a second identity which identifies another device, and responsive thereto, start a device-to-device communication via the first resource between the devices (10, 50) having the first and second identities; wherein the request signal comprises at least two predetermined address fields, wherein a first predetermined one of those address fields contains the first identity; and wherein the control module is further configured to verify that the request signal contains the first identity in the first predetermined address field; wherein a second predetermined one of those address fields contains the second identity; and wherein the control module is further configured to confirm that the second identity contained in the second response is identical to the second identity contained in the request signal.
Disc brake for a utility vehicle, having a brake caliper which reaches over a brake disc and is configured as a sliding caliper, two brake linings which are arranged therein, can be moved in opposite directions and in each case have a lining carrier plate and a friction lining fastened thereon, of which an action-side friction lining can be pressed against the brake disk by means of a brake application device via at least one brake ram, and having at least one restoring device, by way of which the brake caliper can be returned after a braking-induced displacement and release of the brake, characterized in that the restoring device is provided with a friction element which is mounted in the brake lining such that it can be displaced to a limited extent in a pressure-loaded manner in the axial direction of the brake disc and which bears against the brake disc during application and release of the brake, on which friction element an elastic pressure element acts which is held in the brake caliper and/or brake ram.
Rotor blade for a wind turbine comprising a body in the form of a hollow body, the hollow body having one wall as a pressure side and one wall as a suction side, which extend between a leading edge of the rotor blade and a trailing edge of the rotor blade, comprising at least one shearing element, which extends between the pressure side and the suction side, the walls being formed by wall elements (126, 138) of a wood material, characterized in that in the outer side there is arranged in at least one of the walls at least one depression, in which a stiffening element that extends in the direction of the span of the body is arranged.
A display control device, comprising: an imaging unit (15; 15; 25; 35; 45; 55) for receiving image data in an imaging direction; a display unit (13; 23; 33; 43; 53) for displaying an image based on the image data; characterized by circuitry configured to cause the display unit (13; 23; 33; 43; 53), in response to receiving an indication that the display unit (13; 23; 33; 43; 53) and the imaging unit (15; 15; 25; 35; 45; 55) are in a predetermined positional relationship, to display a first function icon arrangement for performing correction of the image obtained by the imaging unit (15; 15; 25; 35; 45; 55) in a first imaging state, in which a displaying direction of the display unit (13; 23; 33; 43; 53) and the imaging direction are parallel to each other and the image data are first image data. an imaging unit (15; 15; 25; 35; 45; 55) for receiving image data in an imaging direction; a display unit (13; 23; 33; 43; 53) for displaying an image based on the image data; characterized by circuitry configured to cause the display unit (13; 23; 33; 43; 53), in response to receiving an indication that the display unit (13; 23; 33; 43; 53) and the imaging unit (15; 15; 25; 35; 45; 55) are in a predetermined positional relationship, to display a first function icon arrangement for performing correction of the image obtained by the imaging unit (15; 15; 25; 35; 45; 55) in a first imaging state, in which a displaying direction of the display unit (13; 23; 33; 43; 53) and the imaging direction are parallel to each other and the image data are first image data.
A medical implant, said implant comprising: a first and a second ring member, each ring member comprising a resilient framework, with each said resilient framework having a generally cylindrical shape, that narrows towards the middle of the implant and; a tubular sleeve coupled to the first and second ring members (22, 24); characterized in that it further comprises a constricting element fit around the sleeve at a location intermediate the first and the second ring members (22, 24) so as to reduce diameter of the lumen at the location, and in that said cylindrical shape widens at ends of said implant, and said tubular sleeve is fixed to the first and second ring members (22, 24) so as to hold the ring members in mutual longitudinal alignment, thereby defiling a lumen passing through the ring members (22, 24) and leaving a longitudinal gap between inner ends of the two ring members (22, 24) so that the first and second ring members (22, 24) are not in direct contact with one another. a first and a second ring member, each ring member comprising a resilient framework, with each said resilient framework having a generally cylindrical shape, that narrows towards the middle of the implant and; a tubular sleeve coupled to the first and second ring members (22, 24); characterized in that it further comprises a constricting element fit around the sleeve at a location intermediate the first and the second ring members (22, 24) so as to reduce diameter of the lumen at the location, and in that said cylindrical shape widens at ends of said implant, and said tubular sleeve is fixed to the first and second ring members (22, 24) so as to hold the ring members in mutual longitudinal alignment, thereby defiling a lumen passing through the ring members (22, 24) and leaving a longitudinal gap between inner ends of the two ring members (22, 24) so that the first and second ring members (22, 24) are not in direct contact with one another.
A vacuum plasma gun comprising: a rear gun body section comprising an electrode; and a cascade section configured to connect to the rear gun body section, wherein the cascade section comprises a plurality of neutrodes (20, 50) arranged to form a neutrode stack (8, 30), wherein the neutrodes have a disk-shaped body having an outer peripheral surface and a central bore; and a plurality of cooling channels (22, 52) formed at least one of in or on the outer peripheral surface, characterized in that the plurality of cooling channels comprises axial bores extending through the disk (20,50). a rear gun body section comprising an electrode; and a cascade section configured to connect to the rear gun body section, wherein the cascade section comprises a plurality of neutrodes (20, 50) arranged to form a neutrode stack (8, 30), wherein the neutrodes have a disk-shaped body having an outer peripheral surface and a central bore; and a plurality of cooling channels (22, 52) formed at least one of in or on the outer peripheral surface, characterized in that the plurality of cooling channels comprises axial bores extending through the disk (20,50).
Pressure sealing means for a cable transit, said means comprises; - two wedge shaped pressure applying elements placed vertically opposite each other with their acute sides facing towards each other and; - two wedge-shaped tensioning elements placed horizontally opposite each other between the pressure applying elements with their acute sides facing each other, - at least one tensioning member arranged between the two tensioning elements, the tensioning member is at least one screw provided with a right hand thread on one side of the securing means and a left hand thread on the opposite side of the securing means; characterised in that the at least one screw is secured in axial direction by a securing means in the pressure applying elements. - two wedge shaped pressure applying elements placed vertically opposite each other with their acute sides facing towards each other and; - two wedge-shaped tensioning elements placed horizontally opposite each other between the pressure applying elements with their acute sides facing each other, - at least one tensioning member arranged between the two tensioning elements, the tensioning member is at least one screw provided with a right hand thread on one side of the securing means and a left hand thread on the opposite side of the securing means;
A meter apparatus, comprising a housing, characterized in that the housing has first and second housing portions (11, 12), the first housing portion mounting meter circuitry arranged to be connected to a mains supply of electricity and arranged to monitor data associated with the mains supply, the meter apparatus is configured to connect to a communications apparatus mounted in the second housing portion and arranged for communicating data with the meter, the communications apparatus being electrically isolated from the mains supply of electricity to enable access to the communications apparatus without affecting the mains supply to the meter, the first and second housing portions (11, 12) comprising first and second access means respectively, such that access can be had to the second housing portion, to access the communication apparatus via the second access means, without requiring access to the first housing portion, wherein power is provided to the communications apparatus via a switch mode power supply that has a transformer with two separate windings (105, 106) from which two separate low voltage DC supplies are derivable wherein one winding supplies the power to run the meter circuitry and the other winding is provided to the communications apparatus.
A spacer (1, 100) for forming a spacing between glass panes, wherein said spacer (1, 100) comprises a body comprising a first and a second side surface (3, 103), an inner top surface (4, 104) and a lower outer surface (5, 105), wherein said spacer comprises a gas-impermeable barrier foil extending at least from the first side surface to the second side surface of said body and a stiffening material (111, 112, 113, 114, x1) arranged between said barrier foil and at least one side surface (3, 103) of said spacer body, wherein said stiffening material extends along the length of said spacer body, characterised in that said at least one side surface of said spacer comprises an outer layer of barrier foil and a stiffening material sandwiched between the barrier foil and the at least one side surface of said body.
A method for connecting sheathed tubes the sheath of which having an inner foam layer and an outer plastic layer wherein the sheath recedes axially with respect to the edge of the medium tubes which are to be connected, the method comprising the following steps: pushing a shrinking sleeve onto one of the tubes which are to be connected; connecting the medium tubes; foaming the annular space formed between the sheath edges of the two tubes by means of a foaming mould and removing the foaming mould; characterized by the further steps: laying or wrapping a gas permeation barrier foil around the foamed annular space in such a manner that the gas permeation barrier foil overlaps the sheath ends of the tubes which are to be connected; laterally sealing the gas permeation barrier foil and the tube sheathes by means of sealing/adhesive tapes and/or by means of a sealing foil applied on the whole surface of the gas permeation barrier layer and formed longer than the gas permeation barrier layer; and pushing the shrinking sleeve formed longer than the gas permeation barrier layer over the wrapped annular space and on-shrinking of the same such that an adhesive compound results between the sealing/adhesive tapes and/or the sealing foil and the gas permeation barrier foil. pushing a shrinking sleeve onto one of the tubes which are to be connected; connecting the medium tubes; foaming the annular space formed between the sheath edges of the two tubes by means of a foaming mould and removing the foaming mould; characterized by the further steps: laying or wrapping a gas permeation barrier foil around the foamed annular space in such a manner that the gas permeation barrier foil overlaps the sheath ends of the tubes which are to be connected; laterally sealing the gas permeation barrier foil and the tube sheathes by means of sealing/adhesive tapes and/or by means of a sealing foil applied on the whole surface of the gas permeation barrier layer and formed longer than the gas permeation barrier layer; and pushing the shrinking sleeve formed longer than the gas permeation barrier layer over the wrapped annular space and on-shrinking of the same such that an adhesive compound results between the sealing/adhesive tapes and/or the sealing foil and the gas permeation barrier foil. laying or wrapping a gas permeation barrier foil around the foamed annular space in such a manner that the gas permeation barrier foil overlaps the sheath ends of the tubes which are to be connected; laterally sealing the gas permeation barrier foil and the tube sheathes by means of sealing/adhesive tapes and/or by means of a sealing foil applied on the whole surface of the gas permeation barrier layer and formed longer than the gas permeation barrier layer; and pushing the shrinking sleeve formed longer than the gas permeation barrier layer over the wrapped annular space and on-shrinking of the same such that an adhesive compound results between the sealing/adhesive tapes and/or the sealing foil and the gas permeation barrier foil.
An endoscope having a distal tip and a proximal tip, the endoscope comprising: at least one fiber module comprising at least one hundred cores distributed at a fill factor smaller than 1/4, a detector, in optical communication with the cores, at the proximal tip, and means configured to micro scan the distal tip of the endoscope over a pitch distance between the cores to implement super-resolved imaging, characterized in that the endoscope further comprises: a plurality of annularly arranged optical elements, in optical communication with the cores, at the distal tip, configured to have viewing angles covering a field of view in a grid-like manner of individual regions partly overlapping, the plurality of optical elements being annularly arranged around a working channel, and the field of view being a region facing the cores and a region facing the working channel. at least one fiber module comprising at least one hundred cores distributed at a fill factor smaller than 1/4, a detector, in optical communication with the cores, at the proximal tip, and means configured to micro scan the distal tip of the endoscope over a pitch distance between the cores to implement super-resolved imaging, characterized in that the endoscope further comprises: a plurality of annularly arranged optical elements, in optical communication with the cores, at the distal tip, configured to have viewing angles covering a field of view in a grid-like manner of individual regions partly overlapping, the plurality of optical elements being annularly arranged around a working channel, and the field of view being a region facing the cores and a region facing the working channel. a plurality of annularly arranged optical elements, in optical communication with the cores, at the distal tip, configured to have viewing angles covering a field of view in a grid-like manner of individual regions partly overlapping, the plurality of optical elements being annularly arranged around a working channel, and the field of view being a region facing the cores and a region facing the working channel.
Apparatus (208, 209) for eliciting a blood sample, the apparatus comprising: a lancet for lancing a body part of a user; and a cleaning member of absorbent material operable to clean a surface of the body part, characterized in that the apparatus is configured such that in use the lancet is moved to lance a body part of a user and subsequently the cleaning member is moved to contact the body part of the user so as to remove blood from the surface of the body part prior to collection of the blood sample from the surface of the body part. a lancet for lancing a body part of a user; and a cleaning member of absorbent material operable to clean a surface of the body part, characterized in that the apparatus is configured such that in use the lancet is moved to lance a body part of a user and subsequently the cleaning member is moved to contact the body part of the user so as to remove blood from the surface of the body part prior to collection of the blood sample from the surface of the body part.
An air supply control arrangement for a heavy-duty vehicle comprising a lift axle which comprises a brake chamber, the air supply control arrangement comprising: - a valve configured to be arranged in an air supply passage that enables pressurized air to be supplied from a pressurized air source to a brake chamber of a lift axle of a heavy-duty vehicle, the valve having a closed first state in which pressurized air along the air supply passage is blocked by the valve and an open second state in which pressurized air is allowed to pass through the valve along the air supply passage, - a processing circuitry configured to receive, from a pressure sensor, measurement values of the pressure inside a tire of the lift axle, wherein the processing circuitry is configured to, based on the received measurement values, determine whether the lift axle is in its raised lift condition or in its lowered ride condition, wherein the processing circuitry is configured to control the valve to move to the closed first state upon determination that the lift axle has been raised from its ride condition to its lift condition. - a valve configured to be arranged in an air supply passage that enables pressurized air to be supplied from a pressurized air source to a brake chamber of a lift axle of a heavy-duty vehicle, the valve having a closed first state in which pressurized air along the air supply passage is blocked by the valve and an open second state in which pressurized air is allowed to pass through the valve along the air supply passage, - a processing circuitry configured to receive, from a pressure sensor, measurement values of the pressure inside a tire of the lift axle,