mhurhangee/ep-ind-claims huggingface dataset:
Electronic locking unit for the case of a multiple locking system consisting of a lock which can be attached to the side wall of a body, a frame plate which can be installed on the door leaf side, a door bracket which can be arranged on the door leaf side and a bearing plate, wherein the door bracket engages in the lock and can be locked there, wherein the door leaf-side door bracket is accommodated in the bearing plate which is arranged in a plane vertical to the actuating direction of the door bracket to be floating in the frame plate which can be installed on the door leaf side, wherein a receiving bore for the body-side centring of a contact stud of a contact arranged on the lock side is arranged in the bearing plate mounted to be floating.
A filtering face-piece respirator that comprises: (a) a shaped mask body that comprises a filtering structure that includes: (i) an inner cover web; (ii) an outer cover web that comprises melt-blown fibers and staple fibers, the meltblown fibers comprising a polymeric material that has a first melting point; and (iii) a filtration layer that is located between the inner and outer cover webs; and (iv) a plastic mesh that resides on an outer surface of the mask body and contains a polymeric material that has a second melting point and that is joined to the outer cover web in the mid region of the mask body through thermal bonds between the mesh material and the melt-blown fibers present in the outer cover web, wherein the first and second melting points are 10 °C or less of each other; and (b) a harness that is attached to the mask body. (a) a shaped mask body that comprises a filtering structure that includes: (i) an inner cover web; (ii) an outer cover web that comprises melt-blown fibers and staple fibers, the meltblown fibers comprising a polymeric material that has a first melting point; and (iii) a filtration layer that is located between the inner and outer cover webs; and (iv) a plastic mesh that resides on an outer surface of the mask body and contains a polymeric material that has a second melting point and that is joined to the outer cover web in the mid region of the mask body through thermal bonds between the mesh material and the melt-blown fibers present in the outer cover web, wherein the first and second melting points are 10 °C or less of each other; and (i) an inner cover web; (ii) an outer cover web that comprises melt-blown fibers and staple fibers, the meltblown fibers comprising a polymeric material that has a first melting point; and (iii) a filtration layer that is located between the inner and outer cover webs; and (iv) a plastic mesh that resides on an outer surface of the mask body and contains a polymeric material that has a second melting point and that is joined to the outer cover web in the mid region of the mask body through thermal bonds between the mesh material and the melt-blown fibers present in the outer cover web, wherein the first and second melting points are 10 °C or less of each other; and (b) a harness that is attached to the mask body.
System for monitoring the load of bearings of a drive of a water vehicle, in particular a ship or submarine, wherein with the aid of the bearings a motor housing of the drive is mounted on a drive shaft, comprising: - at least one acceleration sensor for measuring accelerations in three orthogonal directions as well as of three angular accelerations of the drive, - for each examined bearing, at least one distance sensor for determining a relative position of the drive shaft in relation to a bearing housing of the respective bearing, - an evaluation unit, which is embodied to use data of the acceleration sensor, with the knowledge of the weight of the drive, to calculate the forces acting on the respective bearing and to use the measurement of the distance sensor to determine a distribution of said forces on the bearing of the drive. - at least one acceleration sensor for measuring accelerations in three orthogonal directions as well as of three angular accelerations of the drive, - for each examined bearing, at least one distance sensor for determining a relative position of the drive shaft in relation to a bearing housing of the respective bearing, - an evaluation unit, which is embodied to use data of the acceleration sensor, with the knowledge of the weight of the drive, to calculate the forces acting on the respective bearing and to use the measurement of the distance sensor to determine a distribution of said forces on the bearing of the drive.
An apparatus for identifying a sample, the apparatus comprising: a platform for receiving the sample; at least one electromagnetic radiation emitter adapted to provide a plurality of conical shells of radiation; wherein each conical shell has a characteristic propagation axis associated with it; a plurality of detectors arranged to detect radiation diffracted by the sample upon incidence of one or more conical shells of radiation; wherein each detector is located on the characteristic propagation axis associated with a corresponding conical shell; and a calculator adapted to calculate at least one of a d-spacing and a scattering vector of the sample based on the detected diffracted radiation; wherein the said at least one electromagnetic radiation emitter comprises a source of electromagnetic radiation coupled to a beam former, the source of electromagnetic radiation comprising at least one of a source of X-ray radiation and a source of gamma radiation. a platform for receiving the sample; at least one electromagnetic radiation emitter adapted to provide a plurality of conical shells of radiation; wherein each conical shell has a characteristic propagation axis associated with it; a plurality of detectors arranged to detect radiation diffracted by the sample upon incidence of one or more conical shells of radiation; wherein each detector is located on the characteristic propagation axis associated with a corresponding conical shell; and a calculator adapted to calculate at least one of a d-spacing and a scattering vector of the sample based on the detected diffracted radiation; wherein the said at least one electromagnetic radiation emitter comprises a source of electromagnetic radiation coupled to a beam former, the source of electromagnetic radiation comprising at least one of a source of X-ray radiation and a source of gamma radiation.
A transmission apparatus comprising: a creation unit configured to create a transmission packet by compressing an Internet Protocol, IP, header and a User Datagram Protocol, UDP, header of an IP packet, the IP packet comprising an IP header and an UDP packet, the UDP packet comprising the UDP header and an UDP payload, the transmission packet comprising: a header comprising type information and length information, the type information indicating whether the IP header and the UDP header are compressed, and the length information indicating a length of the transmission packet; and a payload constituted of a destination index and the UDP payload, the destination index corresponding to a destination IP address of the IP packet and a destination port number of the UDP packet; and a transmission unit configured to transmit the transmission packet. a creation unit configured to create a transmission packet by compressing an Internet Protocol, IP, header and a User Datagram Protocol, UDP, header of an IP packet, the IP packet comprising an IP header and an UDP packet, the UDP packet comprising the UDP header and an UDP payload, the transmission packet comprising: a header comprising type information and length information, the type information indicating whether the IP header and the UDP header are compressed, and the length information indicating a length of the transmission packet; and a payload constituted of a destination index and the UDP payload, the destination index corresponding to a destination IP address of the IP packet and a destination port number of the UDP packet; and a header comprising type information and length information, the type information indicating whether the IP header and the UDP header are compressed, and the length information indicating a length of the transmission packet; and a payload constituted of a destination index and the UDP payload, the destination index corresponding to a destination IP address of the IP packet and a destination port number of the UDP packet; and a transmission unit configured to transmit the transmission packet.
A mask to be put on a face of a subject, comprising: a mask body portion demarcating an internal space in a state of covering part of the face of the subject; and a cup-shaped nasal cup covering in use a nose of the subject in a state of being arranged inside the internal space, wherein the nasal cup includes a first wall portion covering in use the nose of the subject, a second wall portion arranged in use under nostrils of the subject, and an exhaled air discharge portion to guide an exhaled air from the nose of the subject to an exhaled air sensor, and at least part of the exhaled air from the nose of the subject is in use guided toward the exhaled air discharge portion by the second wall portion in a state where the nasal cup covers the nose of the subject, wherein the mask body portion includes a covering portion covering in use a nose and a mouth of the subject, and an attachment portion formed integrally with the covering portion and may be elastically deformed, characterised in that the exhaled air discharge portion is formed integrally with the first wall portion. a mask body portion demarcating an internal space in a state of covering part of the face of the subject; and a cup-shaped nasal cup covering in use a nose of the subject in a state of being arranged inside the internal space, wherein the nasal cup includes a first wall portion covering in use the nose of the subject, a second wall portion arranged in use under nostrils of the subject, and an exhaled air discharge portion to guide an exhaled air from the nose of the subject to an exhaled air sensor, and at least part of the exhaled air from the nose of the subject is in use guided toward the exhaled air discharge portion by the second wall portion in a state where the nasal cup covers the nose of the subject, wherein the mask body portion includes a covering portion covering in use a nose and a mouth of the subject, and an attachment portion formed integrally with the covering portion and may be elastically deformed, characterised in that the exhaled air discharge portion is formed integrally with the first wall portion.
Method for producing recycled fibers from MDF or HDF containing material, wherein said MDF or HDF containing material is provided in the form of chips having an area of less than 10 000 mm 2, preferably less than 36 00 mm 2, comprising - providing said MDF or HDF containing material by means of reducing the size of an MDF or HDF containing object into said chips, - steaming said MDF or HDF containing material for a predetermined time to obtain steamed material; - subjecting the steamed material to a pulping process to obtain a slurry; - screening (4a, 4b) the slurry to remove oversize particles to obtain a screened slurry; - dewatering the screened slurry to obtain dewatered fibers, and - fluffing the dewatered fibers to obtain said recycled fibers. - providing said MDF or HDF containing material by means of reducing the size of an MDF or HDF containing object into said chips, - steaming said MDF or HDF containing material for a predetermined time to obtain steamed material; - subjecting the steamed material to a pulping process to obtain a slurry; - screening (4a, 4b) the slurry to remove oversize particles to obtain a screened slurry; - dewatering the screened slurry to obtain dewatered fibers, and - fluffing the dewatered fibers to obtain said recycled fibers.
A light-emitting diode driver configured to generate an LED driving current based on an input signal, the LED driver comprising: a code generator configured to generate code such that the LED driving current includes a direct current component corresponding to an upper n-bit of the input signal and an alternating current component alternating according to a lower m-bit of the input signal; and a current generator configured to generate the LED driving current, based on the code, wherein the input signal is an (m+n)-bit signal when each of m and n is an integer greater than zero, characterised in that the current generator comprises: a transistor configured to pass the LED driving current; an amplifier configured to maintain a source of the transistor to a reference voltage; and a plurality of current sources (CSO, CS1, CSn) connected to the source of the transistor, wherein the magnitude of the LED driving current is determined according to the reference voltage and each current source of the plurality of current sources being enabled or disabled according to a corresponding bit of the code. a code generator configured to generate code such that the LED driving current includes a direct current component corresponding to an upper n-bit of the input signal and an alternating current component alternating according to a lower m-bit of the input signal; and a current generator configured to generate the LED driving current, based on the code, wherein the input signal is an (m+n)-bit signal when each of m and n is an integer greater than zero, characterised in that the current generator comprises: a transistor configured to pass the LED driving current; an amplifier configured to maintain a source of the transistor to a reference voltage; and a plurality of current sources (CSO, CS1, CSn) connected to the source of the transistor, characterised in that the current generator comprises: a transistor configured to pass the LED driving current; an amplifier configured to maintain a source of the transistor to a reference voltage; and a plurality of current sources (CSO, CS1, CSn) connected to the source of the transistor, a transistor configured to pass the LED driving current; an amplifier configured to maintain a source of the transistor to a reference voltage; and a plurality of current sources (CSO, CS1, CSn) connected to the source of the transistor, wherein the magnitude of the LED driving current is determined according to the reference voltage and each current source of the plurality of current sources being enabled or disabled according to a corresponding bit of the code.
A fibre laying and/or placement device comprising a body; a control unit which is located on the body and allows control of various features for fibre laying and/or placement processes on a composite laying mould; a pressurization unit which is located on the body and allows liquid and/or gas fluid to be stored and/or pressurized; a rod extending outwardly from the body and located movably on the body; at least one compaction roller which is located on the rod such that it is rotatable around its own axis, and applies compaction to the fibre to enable the fibre to be laid and/or placed on the composite laying mould; and at least one pressurization chamber which is located in the compaction roller and allows the liquid and/or gas fluid transmitted by the pressurization unit by means of the control unit to be stored, wherein the compaction roller has a plurality of pressurization chambers characterised in that the pressurisation chambers are each pressurized differently from each other.
An in vitro method for detecting irritable bowel syndrome or inflammatory bowel disease in a patient comprising (a) staining patient intestinal, oropharyngeal, or buccal epithelial cells with a probe having a detectable marker conjugated to a caspase-1 inhibitor, in particular wherein the detectable marker is fluorescent, and (b) examining the stained intestinal, oropharyngeal, or buccal epithelial cells, in particular by fluorescence microscopy, a fluorescence plate reader, or fluorescence flow cytometry, for the presence of elevated levels of detectable marker, relative to similarly-stained intestinal, oropharyngeal, or buccal epithelial cells from a normal individual, respectively, as evidence of above-normal levels of caspase-1 associated with the patient intestinal, oropharyngeal, or buccal epithelial cells, (c) where elevated levels of caspase-1 in the patient intestinal, oropharyngeal, or buccal epithelial cells is an indicator of cell barrier dysfunction associated with irritable bowel syndrome or inflammatory bowel disease in the patient. (a) staining patient intestinal, oropharyngeal, or buccal epithelial cells with a probe having a detectable marker conjugated to a caspase-1 inhibitor, in particular wherein the detectable marker is fluorescent, and (b) examining the stained intestinal, oropharyngeal, or buccal epithelial cells, in particular by fluorescence microscopy, a fluorescence plate reader, or fluorescence flow cytometry, for the presence of elevated levels of detectable marker, relative to similarly-stained intestinal, oropharyngeal, or buccal epithelial cells from a normal individual, respectively, as evidence of above-normal levels of caspase-1 associated with the patient intestinal, oropharyngeal, or buccal epithelial cells, (c) where elevated levels of caspase-1 in the patient intestinal, oropharyngeal, or buccal epithelial cells is an indicator of cell barrier dysfunction associated with irritable bowel syndrome or inflammatory bowel disease in the patient.
Loudspeaker, which contains - a bearing structure, - a magnetic arrangement fixed to the bearing structure and determining air-gaps (13, 23, 41, 47, 49), - a cable arrangement, and - a diaphragm connected to the bearing structure and made of a sheet material, wherein - the diaphragm has a cylindrical jacket-like shape consisting of segments (10, 10', 10", 10"', 10""), the surface of the diaphragm being determined by generating lines situated along a traceline ending in itself and at right angles to a plane of the traceline, - the segments (10, 10', 10", 10"', 10"") are connected to each other along delimiting lines running in the direction of the generating lines, the segments having a surface, the curvature of which is larger than the curvature of a virtual cylinder accommodating the cylindrical jacket-like shape, wherein - the loudspeaker comprises at least two flaps (11, 11', 11", 11"', 11""), each running along a delimiting line, extending radially into an air-gap (13, 23, 41, 47, 49) and having an inner end, and - the diaphragm is connected to the bearing structure by flexible supporting units joining the flaps (11, 11', 11", 11"', 11"") and allowing radial movement of the flaps (11, 11', 11", 11"', 11"") in the air-gap (13, 23, 41, 47, 49) characterized in that - the flexible supporting units connect the inner ends of the flaps (11, 11', 11", 11''', 11"") with the bearing structure and are flexible strands running in the direction of the generating lines. - a bearing structure, - a magnetic arrangement fixed to the bearing structure and determining air-gaps (13, 23, 41, 47, 49), - a cable arrangement, and - a diaphragm connected to the bearing structure and made of a sheet material, wherein - the diaphragm has a cylindrical jacket-like shape consisting of segments (10, 10', 10", 10"', 10""), the surface of the diaphragm being determined by generating lines situated along a traceline ending in itself and at right angles to a plane of the traceline, - the segments (10, 10', 10", 10"', 10"") are connected to each other along delimiting lines running in the direction of the generating lines, the segments having a surface, the curvature of which is larger than the curvature of a virtual cylinder accommodating the cylindrical jacket-like shape, wherein - the loudspeaker comprises at least two flaps (11, 11', 11", 11"', 11""), each running along a delimiting line, extending radially into an air-gap (13, 23, 41, 47, 49) and having an inner end, and - the diaphragm is connected to the bearing structure by flexible supporting units joining the flaps (11, 11', 11", 11"', 11"") and allowing radial movement of the flaps (11, 11', 11", 11"', 11"") in the air-gap (13, 23, 41, 47, 49) characterized in that - the flexible supporting units connect the inner ends of the flaps (11, 11', 11", 11''', 11"") with the bearing structure and are flexible strands running in the direction of the generating lines.
A hydraulic controller with a double-acting hydraulic load and a three position proportional directional slide valve between a pressure source/tank arrangement and working lines (A, B) which include actuable load holding valves, from a control pressure circuit, which is connected to a control pressure supply, wherein a floating position of the hydraulic load may be set with actuated load holding valves by simultaneous and equal energising of two proportional magnets (4, 6) of the three position proportional directional slide valve, characterised in that provided in the control pressure circuit there is a pressure dependently responsive hydraulic AND logic element, which enables connections (19, 20, 23, 24, 25) between the control pressure supply and actuation sides (47, 48) of the load holding valves (11, 12) exclusively in the set floating position.
Wiper arm device, in particular windscreen wiper arm device, having at least one hose retention unit which can be arranged on at least one wiper arm and which comprises at least one hose guide which is provided to guide at least one washing water hose, having at least one additional nozzle unit and having at least one coupling unit which is provided to couple the additional nozzle unit to the hose retention unit and which comprises at least a first coupling element and at least a corresponding second coupling element for coupling, wherein the first coupling element is formed at least partially by the hose guide, and at least one rotation prevention unit which has at least one rotation prevention element which is provided to prevent a rotation of the additional nozzle unit relative to the hose retention unit, characterized in that, in a coupled state, the first coupling element is arranged in a rotationally fixed manner in the rotation prevention element.
A method that facilitates broadcast channel operation, comprising: splitting a broadcast channel into a primary broadcast channel (P-BCH) and a secondary broadcast channel (S-BCH) transmitted separately from each other, the P-BCH transmitting primary broadcast parameters and the S-BCH transmitting secondary broadcast parameters, wherein the primary broadcast parameters comprise system parameters and the secondary broadcast parameters comprise cell parameters. splitting a broadcast channel into a primary broadcast channel (P-BCH) and a secondary broadcast channel (S-BCH) transmitted separately from each other, the P-BCH transmitting primary broadcast parameters and the S-BCH transmitting secondary broadcast parameters, wherein the primary broadcast parameters comprise system parameters and the secondary broadcast parameters comprise cell parameters.