mhurhangee/ep-ind-claims huggingface dataset:
An embolectomy device for removing an obstruction from a vascular site, comprising: a tubular body having a radially collapsed delivery configuration and a radially expanded deployed configuration, the tubular body comprising a plurality of interconnected primary struts that define a plurality of openings when the tubular body is in the radially expanded deployed configuration, characterized in that the tubular body further comprises a plurality of secondary struts connected to the primary struts, wherein the secondary struts move or are movable from an aligned configuration, in which the secondary struts are aligned or substantially aligned with respective primary struts, to a non-aligned configuration, in which the secondary struts extend away from the primary struts and at least partially into and/or across the openings of the expanded tubular body, such that, when the tubular body is delivered to a targeted vascular site proximate an obstruction, and moved or allowed to move from the radially collapsed delivery configuration to the radially expanded deployed configuration by expanding radially into or through the vascular obstruction, the secondary struts move or may be moved from the aligned configuration to the non-aligned configuration to thereby ensnare or encapsulate the vascular obstruction or portions thereof between or within the primary struts and secondary struts. a tubular body having a radially collapsed delivery configuration and a radially expanded deployed configuration, the tubular body comprising a plurality of interconnected primary struts that define a plurality of openings when the tubular body is in the radially expanded deployed configuration, characterized in that the tubular body further comprises a plurality of secondary struts connected to the primary struts, wherein the secondary struts move or are movable from an aligned configuration, in which the secondary struts are aligned or substantially aligned with respective primary struts, to a non-aligned configuration, in which the secondary struts extend away from the primary struts and at least partially into and/or across the openings of the expanded tubular body, such that, when the tubular body is delivered to a targeted vascular site proximate an obstruction, and moved or allowed to move from the radially collapsed delivery configuration to the radially expanded deployed configuration by expanding radially into or through the vascular obstruction, the secondary struts move or may be moved from the aligned configuration to the non-aligned configuration to thereby ensnare or encapsulate the vascular obstruction or portions thereof between or within the primary struts and secondary struts.
A drive system, having: a drive apparatus, a belt, and a control unit for controlling the drive apparatus, the drive system being designed to perform a linear relative movement between the drive apparatus and a belt drive section of the belt in a reference direction, the drive apparatus having multiple electromagnetic coils which are arranged one behind the other in a reference direction, the belt having a base material, composed in particular of rubber material or polyurethane, the belt having multiple permanent magnets which are embedded into the base material of the belt drive section and adjacent to one another with alternating magnetic field orientation in the reference direction, the control unit being coupled to the coils of the drive apparatus such that a common drive electromagnetic field can be generated by means of the coils, the drive apparatus and the belt drive section being arranged relative to one another such that the drive electromagnetic field that can be generated by the coils acts on the permanent magnets, and the control unit being designed to activate the coils so as to displace the drive electromagnetic field in the reference direction, such that a drive force is generated which acts on the drive apparatus and on the belt in or opposite to the reference direction, thus effecting the relative movement, characterized in that, the drive apparatus and the belt drive section are arranged relative to one another such that the drive electromagnetic field that can be generated by the coils acts on at least two of the permanent magnets.
A crane mat, comprising: a plurality of panels glued together and orientated in alternating transverse and longitudinal directions with respect to one another, each of the panels laminated to an adjacent one of the panels and comprising a plurality of lumber members (112, 114; 212, 214; 312, 314) positioned side by side and glued together along respective side ends (115,117), the plurality of lumber members of each panel oriented in either a longitudinal direction or a transverse direction of the crane mat, wherein; the plurality of lumber members (112; 212; 312) in a top panel (102; 202; 302) and a bottom panel (110; 210; 310) of the crane mat are orientated in the transverse direction of the crane mat, wherein the crane mat (100; 200; 300) is fully reversible, with either of the top and bottom panels acting as the working surface; and wherein the width and height of the plurality of lumber members (112; 114; 212; 214; 312; 314) of each panel is approximately the same as one another; and wherein a length of each of the plurality of lumber members in the top panel (102; 202; 302), respectively bottom panel (110; 210; 310) is less than a length of each of the plurality of lumber members respectively in an intermediate panel adjacent the top panel such that the mat is larger in the longitudinal direction than the transverse direction. a plurality of panels glued together and orientated in alternating transverse and longitudinal directions with respect to one another, each of the panels laminated to an adjacent one of the panels and comprising a plurality of lumber members (112, 114; 212, 214; 312, 314) positioned side by side and glued together along respective side ends (115,117), the plurality of lumber members of each panel oriented in either a longitudinal direction or a transverse direction of the crane mat, wherein; the plurality of lumber members (112; 212; 312) in a top panel (102; 202; 302) and a bottom panel (110; 210; 310) of the crane mat are orientated in the transverse direction of the crane mat, wherein the crane mat (100; 200; 300) is fully reversible, with either of the top and bottom panels acting as the working surface; and wherein the width and height of the plurality of lumber members (112; 114; 212; 214; 312; 314) of each panel is approximately the same as one another; and wherein a length of each of the plurality of lumber members in the top panel (102; 202; 302), respectively bottom panel (110; 210; 310) is less than a length of each of the plurality of lumber members respectively in an intermediate panel adjacent the top panel such that the mat is larger in the longitudinal direction than the transverse direction.
A combine harvester comprising a chopping device for comminuting crop material, which includes a blade drum equipped with blades, a blade carrier equipped with counterpart blades, and a friction concave and a friction bar arranged downstream thereof, wherein the blade carrier and the friction concave are pivotable about a respective pivot axis so that they can be moved into a position in which the counterpart blades and/or the friction bar at least partially project into a flow of material passing through the chopping device, characterised in that the blade carrier and the friction concave are respectively adjustable by means of an actuator without using a tool, wherein the combine harvester includes a control device by which a cylinder (39a, 39b) which can be acted upon with a fluid and/or an actuator in the form of a linear drive (45a, 45b) is actuable, and that the combine harvester includes at least one sensor which is adapted to detect crop material properties and/or operating parameters and to which the control device is operatively connected.
A patient restraint assembly including: a head restraint configured to extend around the patient's head, said head restraint including a first end configured to be positioned towards one side of the patient's head and a second end configured to be positioned towards the other side of the patient's head, at least one securement member (4, 5) extending from the first end of the head restraint, and at least one securement member (4, 5) extending from the second end of the head restraint, said securement members (4, 5) being configured to releasably secure said head restraint to a support table, characterised in that the patient restraint assembly comprises: an adjustment unit to adjust the tension in the securement member(s) (4, 5), wherein adjustment of the adjustment unit applies the same force simultaneously to the securement member(s) (4, 5) at the first end and the securement member(s) (4, 5) at the second end of the head restraint. a head restraint configured to extend around the patient's head, said head restraint including a first end configured to be positioned towards one side of the patient's head and a second end configured to be positioned towards the other side of the patient's head, at least one securement member (4, 5) extending from the first end of the head restraint, and at least one securement member (4, 5) extending from the second end of the head restraint, said securement members (4, 5) being configured to releasably secure said head restraint to a support table, characterised in that the patient restraint assembly comprises: an adjustment unit to adjust the tension in the securement member(s) (4, 5), wherein adjustment of the adjustment unit applies the same force simultaneously to the securement member(s) (4, 5) at the first end and the securement member(s) (4, 5) at the second end of the head restraint. an adjustment unit to adjust the tension in the securement member(s) (4, 5), wherein adjustment of the adjustment unit applies the same force simultaneously to the securement member(s) (4, 5) at the first end and the securement member(s) (4, 5) at the second end of the head restraint.
A polymerizable composition comprising (a) 100 parts by mass of reactive silsesquioxane compound obtained by polycondensation of an alkoxy silicon compound A of Formula with an alkoxy silicon compound B of Formula in the presence of an acid or a base, and (b) 10 to 500 parts by mass of a fluorene compound of Formula. Ar 1 -Si(OR 1) 3 (wherein Ar 1 is a phenyl group having at least one group having a polymerizable double bond or a naphthyl group having at least one group having a polymerizable double bond, and R 1 is a methyl group or an ethyl group.) Ar 2 -Si(OR 2) 3 (wherein Ar 2 is a phenyl group optionally substituted by a C 1-6 alkyl group, or a naphthyl group optionally substituted by a C 1-6 alkyl group, and R 2 is a methyl group or an ethyl group.) (wherein R 3 and R 4 are each independently a hydrogen atom or a methyl group, L 1 and L 2 are each independently a phenylene group optionally having a substituent, L 3 and L 4 are each independently a C 1-6 alkylene group, and m and n are 0 or a positive integer such that m+n is 0 to 40.)
A hardenable polymer composition comprising (a) at least one acrylate compound; (b) at least one silyl-terminated polymer; and (c) at least one photoinitiator; where the acrylate compound is selected from acrylate polymers containing acrylic acid esters in polymerized form as main component of the polymer, where the acrylate polymers are selected from acrylate polymers containing functional groups which are prone to photoinitiation; where the acrylate polymers containing functional groups which are prone to photoinitiation are composed of at least 60 mol-% of repeating units of the following formula I: where in a part of the repeating units radical R α is C 1 -C 10 -alkyl and in another part of the repeating units is a group of formula R α.1 where # is the attachment point to the remainder of the molecule; L is a bond or a spacer group selected from C 1 -C 8 -alkylene which is optionally bound to the phenyl ring via a linking group selected from -O-, -O-C -, -C -O-, -O-C -O-, -NH-, -NH-C -, -C -NH-, -NH-C -NH-, -O-C -NH-and -NH-C -O-; Rγ is selected from OH, C 1 -C 6 -alkyl and C 1 -C 6 -alkoxy; and m is 0, 1, 2, 3, 4 or 5; and optionally contain repeating units of formulae II, III and/or IV: where R α is independently as defined above. (a) at least one acrylate compound; (b) at least one silyl-terminated polymer; and (c) at least one photoinitiator; # is the attachment point to the remainder of the molecule; L is a bond or a spacer group selected from C 1 -C 8 -alkylene which is optionally bound to the phenyl ring via a linking group selected from -O-, -O-C -, -C -O-, -O-C -O-, -NH-, -NH-C -, -C -NH-, -NH-C -NH-, -O-C -NH-and -NH-C -O-; Rγ is selected from OH, C 1 -C 6 -alkyl and C 1 -C 6 -alkoxy; and m is 0, 1, 2, 3, 4 or 5;
A hand held catheter hub sterilization and data acquisition device comprising: a housing having an opening for receiving a medical device; a sterilization chamber formed in the housing; a source of UV radiation disposed within the sterilization chamber for uniform emission of UV-C radiation into the sterilization chamber; a user interface; and an RFID scanner configured into the housing characterised by a hinged access door (16, 116) for providing access to the sterilization chamber. a housing having an opening for receiving a medical device; a sterilization chamber formed in the housing; a source of UV radiation disposed within the sterilization chamber for uniform emission of UV-C radiation into the sterilization chamber; a user interface; and an RFID scanner configured into the housing characterised by a hinged access door (16, 116) for providing access to the sterilization chamber.
A pipe joint in which a seal body and a spacer are mounted from an inside of a pipe, wherein a spigot of one pipe is inserted into a socket of an other pipe, an annular accommodation space is formed between an inner circumference of the socket and an outer circumference of the spigot, the seal body for sealing a gap between the socket and the spigot, a push ring that presses the seal body to keep the seal body in a compressed state, and the spacer that maintains an interval between the push ring and a deep end of the socket in a pipe axial direction are accommodated in the accommodation space, the push ring includes a pressing surface pressing the seal body, and an opposing surface opposed to the deep end of the socket in the pipe axial direction, characterized by a fitting portion depressed toward the pressing surface of the push ring is formed in the opposing surface, and one end of the spacer is fit into the fitting portion, and an other end of the spacer abuts the deep end of the socket. wherein a spigot of one pipe is inserted into a socket of an other pipe, an annular accommodation space is formed between an inner circumference of the socket and an outer circumference of the spigot, the seal body for sealing a gap between the socket and the spigot, a push ring that presses the seal body to keep the seal body in a compressed state, and the spacer that maintains an interval between the push ring and a deep end of the socket in a pipe axial direction are accommodated in the accommodation space, a fitting portion depressed toward the pressing surface of the push ring is formed in the opposing surface, and one end of the spacer is fit into the fitting portion, and an other end of the spacer abuts the deep end of the socket.
A method of multiplexing voice over IP, VoIP, packets, comprising: determining a number of VoIP connections over which a plurality of first packets are received; calculating a threshold based on the number of VoIP connections; collecting a plurality of received second packets to be multiplexed in an aggregated frame, measuring a number of the received second packets within a predetermined time period, and if the number of the received second packets reaches the threshold, sending the aggregated frame including the collected received second packets. determining a number of VoIP connections over which a plurality of first packets are received; calculating a threshold based on the number of VoIP connections; collecting a plurality of received second packets to be multiplexed in an aggregated frame, measuring a number of the received second packets within a predetermined time period, and if the number of the received second packets reaches the threshold, sending the aggregated frame including the collected received second packets.
A method of operating an acoustic transducer, the method comprising: receiving an input audio signal (V i); generating a time-varying stationary coil signal in a stationary coil, wherein the time-varying stationary coil signal is based on the input audio signal (V i), wherein the stationary coil induces a magnetic flux in a magnetic flux path; generating a time-varying moving coil signal in a moving coil, wherein: the moving coil is disposed within the magnetic flux path; the time-varying moving coil signal is based on both the time- varying stationary coil signal and a processed version of the input audio signal; and the moving coil is coupled to a moving diaphragm which moves in response to the time-varying moving coil signal; characterised in that the processed version of the input audio signal is generated in response to a magnetic flux value that is based on the time-varying stationary coil signal, wherein the magnetic flux value is determined by using a polynomial associating the time-varying stationary coil signal with the corresponding magnetic flux value. receiving an input audio signal (V i); generating a time-varying stationary coil signal in a stationary coil, wherein the time-varying stationary coil signal is based on the input audio signal (V i), wherein the stationary coil induces a magnetic flux in a magnetic flux path; generating a time-varying moving coil signal in a moving coil, wherein: the moving coil is disposed within the magnetic flux path; the time-varying moving coil signal is based on both the time- varying stationary coil signal and a processed version of the input audio signal; and the moving coil is coupled to a moving diaphragm which moves in response to the time-varying moving coil signal; the moving coil is disposed within the magnetic flux path; the time-varying moving coil signal is based on both the time- varying stationary coil signal and a processed version of the input audio signal; and the moving coil is coupled to a moving diaphragm which moves in response to the time-varying moving coil signal; characterised in that the processed version of the input audio signal is generated in response to a magnetic flux value that is based on the time-varying stationary coil signal, wherein the magnetic flux value is determined by using a polynomial associating the time-varying stationary coil signal with the corresponding magnetic flux value.
A method for transmitting data in the context of a multipath communication from source terminal equipment to destination terminal equipment, characterised in that the method comprises the following steps: - establishing, on at least one path of the multipath communication, a plurality of connections from the source terminal equipment to the destination terminal equipment; - for each path on which a plurality of connections has been established, selecting to make it active at least one connection among said plurality of established connections, the other established connections being put in reserve; and - distributing the data between the selected connections, referred to as active connections, according to at least one predefined distribution rule, and transmitting the distributed data; and, upon detecting a transmission incident via an active connection on a path on which one said plurality of connections has been established: - closing said active connection; and - making active a connection that had been put in reserve on said path. - establishing, on at least one path of the multipath communication, a plurality of connections from the source terminal equipment to the destination terminal equipment; - for each path on which a plurality of connections has been established, selecting to make it active at least one connection among said plurality of established connections, the other established connections being put in reserve; and - distributing the data between the selected connections, referred to as active connections, according to at least one predefined distribution rule, and transmitting the distributed data; - closing said active connection; and - making active a connection that had been put in reserve on said path.
An in-vitro immunoassay method for detecting an antigen of a detection target in an analyte through extraction with an extraction agent, the detection target being a gram-positive bacterium, and the extraction agent being nitrous acid that generates on a device through reaction of an organic acid and a nitrite compound, wherein the method comprises performing the detection in the presence of a cyclic oligosaccharide.
A tourbillon with a rotation cage which is rotatably arranged about a tourbillon axis and which mounts a balance wheel and an escapement with an escape wheel and a lever, wherein the rotation cage comprises a bearing wheel which is mounted by bearing elements which engage peripherally on a running surface of the bearing wheel, characterised in that at least one of the bearing elements is arranged in a radially resilient manner.
Road barrier consisting of one or more segments, whereas each segment is made in the form of a hollow body made of plastic material, which is filled with concrete where the foundation is, whereas barrier is a symmetrical design, which is equipped with joining elements to join it with another segment or subsequent segments of barrier, as well as with stabilizing elements for the attachment to a substrate, moreover, it is equipped with filling openings in the back part, whereas the body is made of plastic material preferred polyethylene with longitudinal walls with folds, forming a ledge in the upper part of the longitudinal wall, while the body is in the lower part, the base, whereas the body in the inside is reinforced with bars, which are made in the form of at least two longitudinal frames, which are filled in the internal ribbing of the body, placed in respect of each other in a vertical plane of the body, which protrude from the front parts of the body for joining with another barrier and for fixing with a stabilizing pin, whereas the base is equipped with a ledge from one of the front sides, while from the other with an appropriate recess for joining with adjacent segments, whereas, the bottom of the base is equipped with outlet openings, whereas the upper surfaces of the base are equipped with notches.