mhurhangee/ep-ind-claims huggingface dataset:
A thrombus removing device comprising: a catheter including: a resinous capillary tube having a hole adapted to pass a wire therethrough; an annular metal marker made of platinum that is fitted to and attached to a front-end portion of the capillary tube; and an optical fiber which is buried in the capillary tube and whose position relative to the marker is fixed; and a laser which emits light to be inputted to the optical fiber of the catheter, wherein the capillary tube is separated into first and second branched capillary tubes (4X, 4Y); the optical fiber passes through one of the branched capillary tubes (4X, 4Y) and extends to the front end portion of the capillary tube; the centre position of the optical fiber is off the centre position in a section vertical to the longitudinal direction of the capillary tube; the position of the hole is side by side with the optical fiber, the optical fiber is composed of a core made of silica glass and a clad located around the core, and a resin material is interposed between the capillary tube and the optical fiber. a catheter including: a resinous capillary tube having a hole adapted to pass a wire therethrough; an annular metal marker made of platinum that is fitted to and attached to a front-end portion of the capillary tube; and an optical fiber which is buried in the capillary tube and whose position relative to the marker is fixed; and a resinous capillary tube having a hole adapted to pass a wire therethrough; an annular metal marker made of platinum that is fitted to and attached to a front-end portion of the capillary tube; and an optical fiber which is buried in the capillary tube and whose position relative to the marker is fixed; a laser which emits light to be inputted to the optical fiber of the catheter, wherein the capillary tube is separated into first and second branched capillary tubes (4X, 4Y); the optical fiber passes through one of the branched capillary tubes (4X, 4Y) and extends to the front end portion of the capillary tube; the centre position of the optical fiber is off the centre position in a section vertical to the longitudinal direction of the capillary tube; the position of the hole is side by side with the optical fiber, the optical fiber is composed of a core made of silica glass and a clad located around the core, and a resin material is interposed between the capillary tube and the optical fiber.
An electrolyte for a lithium secondary battery, comprising: a lithium salt; an additive containing a compound represented by Formula 1 below; and an organic solvent: wherein, in Formula 1, R is hydrogen or a substituted or unsubstituted alkyl group having 1 to 10 carbon atoms, m is an integer of 0 to 2, and wherein A is a substituted or unsubstituted hetero ring having 4 to 6 carbon atoms and containing a hetero element selected from the group consisting of nitrogen, oxygen, and sulfur); wherein the lithium salt comprises one or more selected from the group consisting of LiPF 6, LiBF 4, lithium bis(fluorosulfonyl imide) (LiN(SO 2 F) 2), lithium bis(trifluoromethanesulfonyl imide) (LiN(SO 2 CF 3) 2), and lithium bis(oxalate) borate (LiB(C 2 O 4) 2. a lithium salt; an additive containing a compound represented by Formula 1 below; and an organic solvent: wherein, in Formula 1, R is hydrogen or a substituted or unsubstituted alkyl group having 1 to 10 carbon atoms, m is an integer of 0 to 2, and wherein A is a substituted or unsubstituted hetero ring having 4 to 6 carbon atoms and containing a hetero element selected from the group consisting of nitrogen, oxygen, and sulfur); wherein the lithium salt comprises one or more selected from the group consisting of LiPF 6, LiBF 4, lithium bis(fluorosulfonyl imide) (LiN(SO 2 F) 2), lithium bis(trifluoromethanesulfonyl imide) (LiN(SO 2 CF 3) 2), and lithium bis(oxalate) borate (LiB(C 2 O 4) 2.
A multipole magnet for deflecting a beam of charged particles, comprising: a plurality of ferromagnetic poles (12a,b,c,d) arranged in a pole plane; a plurality of permanent magnets (14ab,14cd) arranged to supply magnetomotive force to at least one of the plurality of ferromagnetic poles (12a,b,c,d) to produce a magnetic field along the pole plane in a beamline space between the poles; and a plurality of ferromagnetic flux conducting members (16ab,16cd) arranged to channel magnetic flux from at least one of the plurality of permanent magnets (14ab,14cd); wherein at least one of the plurality of permanent magnets (14ab,14cd) and the plurality of ferromagnetic flux conducting members (16ab,16cd) is moveable in the pole plane relative to the plurality of ferromagnetic poles (12a,b,c,d) so as to vary the strength of the magnetic field in the beamline space; characterised in that each permanent magnet (14ab,14cd) is moveable in the pole plane together with an associated ferromagnetic flux conducting member (16ab,16cd) relative to an associated ferromagnetic pole such that substantially no relative movement between each permanent magnet (14ab,14cd) and its associated ferromagnetic flux conducting member (16ab,16cd) is permitted. a plurality of ferromagnetic poles (12a,b,c,d) arranged in a pole plane; a plurality of permanent magnets (14ab,14cd) arranged to supply magnetomotive force to at least one of the plurality of ferromagnetic poles (12a,b,c,d) to produce a magnetic field along the pole plane in a beamline space between the poles; and a plurality of ferromagnetic flux conducting members (16ab,16cd) arranged to channel magnetic flux from at least one of the plurality of permanent magnets (14ab,14cd); wherein at least one of the plurality of permanent magnets (14ab,14cd) and the plurality of ferromagnetic flux conducting members (16ab,16cd) is moveable in the pole plane relative to the plurality of ferromagnetic poles (12a,b,c,d) so as to vary the strength of the magnetic field in the beamline space; characterised in that each permanent magnet (14ab,14cd) is moveable in the pole plane together with an associated ferromagnetic flux conducting member (16ab,16cd) relative to an associated ferromagnetic pole such that substantially no relative movement between each permanent magnet (14ab,14cd) and its associated ferromagnetic flux conducting member (16ab,16cd) is permitted.
A foldable tote box, comprising a box body, the box body including: a square or rectangular bottom surface part; front and rear side wall parts and right and left side wall parts corresponding to respective sides of the bottom surface part, wherein each of the right and left side wall parts comprises two divided portions configured to be foldable along a division line between said divided portions, wherein the side wall parts (12, 13) comprise a sheet material which includes a transparent portion, and the transparent portion enables a content of the foldable tote box to be visually checked; a lid extending from an upper edge of the rear side wall part; and a reinforcement plate configured to reinforce the bottom surface part, wherein the reinforcement plate is pivotably mounted on a lower edge of the front side wall part or the rear side wall part, wherein the right and left side wall parts are inwardly foldable when a center portion of the bottom surface part is pulled up, such that said two divided portions overlap with each other when folded, characterised in that each of the front and rear side wall parts and each of the divided portions is formed of a frame member (31, 31a) and of the sheet material supported by the frame member (31, 31a), wherein each side of the frame member (31, 31a) has a thickness of about 5 mm, wherein in said right and left side wall parts, the two frame members are enclosed in transparent sheets under a state of being laterally arrayed at a predetermined interval, said transparent sheets being sewed between said two frame members, each frame member (31, 31a) being enclosed in the sheet material and being configured to define an outline of the front and rear side wall parts and the divided portion, and is configured to maintain a shape of the front and rear side wall parts and the divided portion. a square or rectangular bottom surface part; front and rear side wall parts and right and left side wall parts corresponding to respective sides of the bottom surface part, wherein each of the right and left side wall parts comprises two divided portions configured to be foldable along a division line between said divided portions, wherein the side wall parts (12, 13) comprise a sheet material which includes a transparent portion, and the transparent portion enables a content of the foldable tote box to be visually checked; a lid extending from an upper edge of the rear side wall part; and a reinforcement plate configured to reinforce the bottom surface part,
A protective textile sleeve, comprising: a circumferentially continuous wall extending lengthwise along a longitudinal axis between opposite ends (20, 22), said wall having a first section formed in its entirety from non-elastic, non-heat-shrinkable yarn (24, 26) and a second section including at least one of elastic yarn (26") and heat-shrinkable yarn, wherein said first section extends lengthwise between said opposite ends and spans degrees about the circumference of said wall between opposite lengthwise extending edges (32, 34), and wherein said second section extends lengthwise between said opposite ends and spans (360 - X) degrees about the circumference of said wall, and wherein said at least one elastic yarn and heat-shrinkable yarn of said second section extends continuously as an uninterrupted yarn between said opposite ends.
A heat exchanger, comprising: a housing; a pair of tanks adapted to receive respective end portions of the housing to form a first fluid circuit; the heat exchanger being characterized by at least one protuberance formed on walls of the housing, in proximity to transverse edges of the walls of the housing, to engage with an inner wall of the pair of tanks when the end portions of the housing are received in the pair of tanks, wherein the end portions of the housing are curved inwardly when the at least one protuberance is engaged with the inner wall of the pair of tanks. a housing; a pair of tanks adapted to receive respective end portions of the housing to form a first fluid circuit; the heat exchanger being characterized by at least one protuberance formed on walls of the housing, in proximity to transverse edges of the walls of the housing, to engage with an inner wall of the pair of tanks when the end portions of the housing are received in the pair of tanks, wherein the end portions of the housing are curved inwardly when the at least one protuberance is engaged with the inner wall of the pair of tanks.
A process comprising: heating a polymeric composition comprising a low density polyethylene (LDPE) and a minority amount of a high density polyethylene (HDPE) to at least the melting temperature of the HDPE; control-cooling the heated polymeric composition at a cooling rate from 0.1°C/min to 20°C/min; and forming a polymeric composition. heating a polymeric composition comprising a low density polyethylene (LDPE) and a minority amount of a high density polyethylene (HDPE) to at least the melting temperature of the HDPE; control-cooling the heated polymeric composition at a cooling rate from 0.1°C/min to 20°C/min; and forming a polymeric composition.
Carrying apparatus for a handheld work appliance, wherein the carrying apparatus comprises an overall strap which forms two shoulder straps (13, 23), wherein the overall strap has a first end and a second end, wherein the first end and the second end are at least indirectly fixed to a main body of the carrying apparatus, wherein the overall strap supports the main body between the first and and the second end in a support region, wherein the two shoulder straps (13, 23) are, in the support region, at least indirectly connected to one another independently of the main body, wherein, at a fastening point in the support region, the overall strap is fixed, so as to be secured against displacement in its longitudinal direction, to the body, characterized in that, at the fastening point, the overall strap is fixed, so as to be secured against displacement in its longitudinal direction, to the main body by means of a projection which protrudes relative to a main plate of the main body, and in that the projection is of rigid form such that it permanently maintains its orientation relative to the main plate.
A data transmission method of a base station in a data transmission system, the data transmission system comprising the base station and at least one user equipment, UE, comprising: obtaining a baseline value, wherein the baseline value is used to indicate a time interval between downlink frame timing and uplink frame timing, the baseline value is used to determine a timing advance, and the timing advance is used to send uplink data; and receiving the uplink data, wherein the obtaining a baseline value comprises: obtaining a satellite type of a target satellite, wherein the target satellite is a satellite that communicates with the UE; and determining the baseline value based on the satellite type of the target satellite. obtaining a baseline value, wherein the baseline value is used to indicate a time interval between downlink frame timing and uplink frame timing, the baseline value is used to determine a timing advance, and the timing advance is used to send uplink data; and receiving the uplink data, wherein the obtaining a baseline value comprises: obtaining a satellite type of a target satellite, wherein the target satellite is a satellite that communicates with the UE; and determining the baseline value based on the satellite type of the target satellite. obtaining a satellite type of a target satellite, wherein the target satellite is a satellite that communicates with the UE; and determining the baseline value based on the satellite type of the target satellite.
A color display device comprising at least one transparent plate with control electrodes located on it, a layer of electro-optical material deposited on this plate, a light source, and at least two reflective color filters (10, 11), wherein each reflective color filter substantially reflects an incident visible light of a chosen spectral range and substantially transmits an incident visible light of other spectral ranges, including an odd total number of alternate nonmetallic and metal layers, and the first and last layers are nonmetallic ones, and each metal layer is placed between nonmetallic layers, wherein each nonmetallic layer possesses a refractive index of not less than 2.2 and a thickness of not less than 40 nanometers, and each metal layer possesses a thickness in the range from 10 to 40 nanometers, and the at least two reflective color filters have different transmission spectra and different reflection spectra from each other, wherein a light (13, 16), reflected from one of the mentioned reflective color filters, after re-reflections in the light source at least partially transmits through the other mentioned reflective color filter.
An automated chest compression device for performing chest compressions during cardiopulmonary resuscitation on a patient, the device configured to apply two or more different chest compression-decompression cycles CCDCs to the patient, wherein the two or more CCDCs include a first set of CCDCs optimized for cardiac output and a second set of CCDCs optimized for venous return; characterized in that the set of CCDCs optimized for cardiac output are characterized by a relaxation phase of from 1 to 300 milliseconds; and the set of CCDCs optimized for venous return are characterized by active forceful decompression and/or a relaxation phase of from 400 to 1500 milliseconds; and wherein the set of CCDCs optimized for cardiac output is performed alternately with the set of CCDCs optimized for venous return to enhance overall hemodynamic efficacy. the set of CCDCs optimized for cardiac output are characterized by a relaxation phase of from 1 to 300 milliseconds; and the set of CCDCs optimized for venous return are characterized by active forceful decompression and/or a relaxation phase of from 400 to 1500 milliseconds; and wherein the set of CCDCs optimized for cardiac output is performed alternately with the set of CCDCs optimized for venous return to enhance overall hemodynamic efficacy.
A managing system, comprising: a managing apparatus; and an intermediate apparatus to acquire apparatus information from an apparatus and transfer the apparatus information to the managing apparatus, wherein the managing apparatus transfers command information corresponding to a type of the apparatus to the intermediate apparatus, characterized in the command information including (i) communication method definition information defining a communication method in accordance with the type of the apparatus, and (ii) registration information used for registering the apparatus; and the intermediate apparatus includes: circuitry (11, 12) to receive, from the managing apparatus, the command information; to generate a command based on the communication method definition information and registration information included in the received command information; to acquire the apparatus information from the apparatus by transferring the generated command to the apparatus, and receiving a response from the apparatus; and to transfer the acquired apparatus information to the managing apparatus. a managing apparatus; and an intermediate apparatus to acquire apparatus information from an apparatus and transfer the apparatus information to the managing apparatus, wherein the managing apparatus transfers command information corresponding to a type of the apparatus to the intermediate apparatus, characterized in the command information including (i) communication method definition information defining a communication method in accordance with the type of the apparatus, and (ii) registration information used for registering the apparatus; and the intermediate apparatus includes: circuitry (11, 12) to receive, from the managing apparatus, the command information; to generate a command based on the communication method definition information and registration information included in the received command information; to acquire the apparatus information from the apparatus by transferring the generated command to the apparatus, and receiving a response from the apparatus; and to transfer the acquired apparatus information to the managing apparatus. to receive, from the managing apparatus, the command information; to generate a command based on the communication method definition information and registration information included in the received command information; to acquire the apparatus information from the apparatus by transferring the generated command to the apparatus, and receiving a response from the apparatus; and to transfer the acquired apparatus information to the managing apparatus.
Locking device for a movable roof of a passenger vehicle, which roof can be adjusted on a structure between a closed position and an open position and is retained in the closed position by means of the locking device on an upper transverse carrier of a windscreen frame, which locking device comprises a locking hook and a centring pin which are fitted to a bearing member, wherein in the closed position of the roof the centring pin protrudes into a corresponding recess in a receiving member of the transverse carrier, characterised in that the centring pin is connected to the bearing member in a non-releasable manner and comprises a plastics material which is inherently stable but which can be plastically deformed in a defined manner and which tapers, with respect to the closed position of the roof, in the direction of a recess in the receiving member.
A protective headwear comprising: an outer shell; a first duct coupled to the outer shell; a second duct coupled to the outer shell and spaced apart from the first duct; and a manifold configured to divert airflow into at least a first potion of airflow and a second portion of airflow, characterized in that the manifold is positioned externally of the outer shell and includes a first diversion member positioned externally of the outer shell and coupled to and in fluid communication with the first duct to provide the first portion of airflow to the first duct, and a second diversion member positioned externally of the outer shell and coupled to and in fluid communication with the second duct to provide the second portion of airflow to the second duct, that the first duct includes a first flexible duct and a first shell duct, and the second duct includes a second flexible duct and a second shell duct, and that the first shell duct includes a first exhaust port (168A, 168B, 168C) and the second shell duct includes a second exhaust port (168A, 168B, 168C). an outer shell; a first duct coupled to the outer shell; a second duct coupled to the outer shell and spaced apart from the first duct; and a manifold configured to divert airflow into at least a first potion of airflow and a second portion of airflow, characterized in that the manifold is positioned externally of the outer shell and includes a first diversion member positioned externally of the outer shell and coupled to and in fluid communication with the first duct to provide the first portion of airflow to the first duct, and a second diversion member positioned externally of the outer shell and coupled to and in fluid communication with the second duct to provide the second portion of airflow to the second duct, that the first duct includes a first flexible duct and a first shell duct, and the second duct includes a second flexible duct and a second shell duct, and that the first shell duct includes a first exhaust port (168A, 168B, 168C) and the second shell duct includes a second exhaust port (168A, 168B, 168C).
A method for embedding a web browser in a graphical display view of a process plant, the method characterised by: configuring, via a user interface device of a computing device executing a graphical configuration application (110,400) in a configuration environment of a process plant, a web browser object to present an embedded web browser with web content from a source address within a portion of the graphical display view; and downloading, via the graphical configuration application (110,400), the configured web browser object from the configuration environment into a user interface device for execution in an operating environment of the process plant so that the graphical display view presents on the user interface device, during runtime execution at the user interface device, (i) the embedded web browser with the web content from the source address within a first portion of the graphical display view, and (ii) indications of one or more process control elements including at least one of a control module, a function block, a process plant entity, or a process section of the process plant within a second portion of the graphical display view of the user interface device. configuring, via a user interface device of a computing device executing a graphical configuration application (110,400) in a configuration environment of a process plant, a web browser object to present an embedded web browser with web content from a source address within a portion of the graphical display view; and downloading, via the graphical configuration application (110,400), the configured web browser object from the configuration environment into a user interface device for execution in an operating environment of the process plant so that the graphical display view presents on the user interface device, during runtime execution at the user interface device, (i) the embedded web browser with the web content from the source address within a first portion of the graphical display view, and (ii) indications of one or more process control elements including at least one of a control module, a function block, a process plant entity, or a process section of the process plant within a second portion of the graphical display view of the user interface device.