mhurhangee/ep-ind-claims huggingface dataset:
A method for detecting bacteria in a biological fluid, the method comprising: (a) obtaining a biological fluid from a subject, the biological fluid possibly containing bacteria, and, within 24 hours or less of obtaining the biological fluid from the subject, passing a portion of the biological fluid into a container, wherein the container includes (i) a detergent for reducing the respiration of blood cells, wherein said detergent comprises sulfonic polyanethol sodium, and (ii) a bacterial growth promoter; wherein the portion of biological fluid is placed in contact with the detergent and the bacterial growth promoter; (b) measuring and/or detecting a first level of glucose in the biological fluid in the container over a period of time, and (c) within 4 to 15 hours of measuring and/or detecting the first level, measuring and/or detecting a second level of glucose in the container, wherein a decrease in the level of glucose from the first level to the second level indicates the presence of bacteria. (a) obtaining a biological fluid from a subject, the biological fluid possibly containing bacteria, and, within 24 hours or less of obtaining the biological fluid from the subject, passing a portion of the biological fluid into a container, wherein the container includes (i) a detergent for reducing the respiration of blood cells, wherein said detergent comprises sulfonic polyanethol sodium, and (ii) a bacterial growth promoter; wherein the portion of biological fluid is placed in contact with the detergent and the bacterial growth promoter; (b) measuring and/or detecting a first level of glucose in the biological fluid in the container over a period of time, and (c) within 4 to 15 hours of measuring and/or detecting the first level, measuring and/or detecting a second level of glucose in the container, wherein a decrease in the level of glucose from the first level to the second level indicates the presence of bacteria.
A canister comprising: a perimeter wall defining an interior container cavity; a splash baffle dividing said interior container cavity defining a first fluid chamber and a second fluid chamber, the first fluid chamber having an inlet port and the second fluid chamber having an outlet port, wherein said outlet port has an attachment flange extending into the second fluid chamber; an elongated slot formed through the splash baffle to allow for fluid flow from the first fluid chamber to the second fluid chamber; a valve seat disposed in the second fluid chamber; and an absorbent valve disposed within the second fluid chamber, the absorbent valve having an open end and a closed end, said open end engaging the attachment flange and said closed end resting on the valve seat, the absorbent valve engaging the outlet port, the absorbent valve restricting the flow of air and fluid therethrough after contact with fluid from the first fluid chamber. a perimeter wall defining an interior container cavity; a splash baffle dividing said interior container cavity defining a first fluid chamber and a second fluid chamber, the first fluid chamber having an inlet port and the second fluid chamber having an outlet port, wherein said outlet port has an attachment flange extending into the second fluid chamber; an elongated slot formed through the splash baffle to allow for fluid flow from the first fluid chamber to the second fluid chamber; a valve seat disposed in the second fluid chamber; and an absorbent valve disposed within the second fluid chamber, the absorbent valve having an open end and a closed end, said open end engaging the attachment flange and said closed end resting on the valve seat, the absorbent valve engaging the outlet port, the absorbent valve restricting the flow of air and fluid therethrough after contact with fluid from the first fluid chamber.
A method in a first wireless node of a first wireless network, comprising: sending a registration request message to a device; wherein the registration request message includes location-related information of the first wireless node and communication-related information of the first wireless node; receiving a neighbor list message from the device; wherein the neighbor list message includes a list of registered neighboring wireless nodes of at least a second wireless network, the list indicating a spectral allocation for each registered neighboring wireless node of the list; wherein the registered neighboring wireless nodes comprise overlapping nodes; wherein the overlapping nodes have coverage areas overlapping with that of the first wireless node; and sending a request neighbor list message to the device; receiving from the device a neighbor list for sharing message in response to the request neighbor list message, the neighbor list for sharing message including an updated list of registered neighboring wireless nodes and indicating an available spectral capacity for each of the registered neighboring wireless nodes; and sending a request to borrow spectral capacity to at least one of the registered neighboring wireless nodes based on the indicated available spectral capacity. sending a registration request message to a device; wherein the registration request message includes location-related information of the first wireless node and communication-related information of the first wireless node; receiving a neighbor list message from the device; wherein the neighbor list message includes a list of registered neighboring wireless nodes of at least a second wireless network, the list indicating a spectral allocation for each registered neighboring wireless node of the list; wherein the registered neighboring wireless nodes comprise overlapping nodes; wherein the overlapping nodes have coverage areas overlapping with that of the first wireless node; and sending a request neighbor list message to the device; receiving from the device a neighbor list for sharing message in response to the request neighbor list message, the neighbor list for sharing message including an updated list of registered neighboring wireless nodes and indicating an available spectral capacity for each of the registered neighboring wireless nodes; and sending a request to borrow spectral capacity to at least one of the registered neighboring wireless nodes based on the indicated available spectral capacity.
An anti-synuclein monoclonal antibody 1H7, or humanized or chimeric 1H7, wherein the antibody 1H7 is produced by hybridoma JH17.1H7.4.24.34 deposited as ATCC accession number PTA-8220.
An electrically driven circulator pump comprising: a) an electrical motor; b) a control device that comprises storage means and a microprocessor and is configured to receive data information, where the control device is adapted to control the activity of the motor, characterised in that the storage means comprises a user application storage and a interpreter storage and that the control device is configured to receive data information that constitutes a user defined user application including a program that can be executed by the pump's microprocessor as one or more user application sequences (86, 88). a) an electrical motor; b) a control device that comprises storage means and a microprocessor and is configured to receive data information, where the control device is adapted to control the activity of the motor, characterised in that the storage means comprises a user application storage and a interpreter storage and that the control device is configured to receive data information that constitutes a user defined user application including a program that can be executed by the pump's microprocessor as one or more user application sequences (86, 88).
A catheter comprising a tube, the tube having an embossed pattern, the embossed pattern providing at least one channel extending for at least a portion of the length of the tube and formed by shrinking a polymer shrink tube having a pattern provided on an inner surface thereof onto the tube, and wherein the channel is at least partially covered by a polymer film in order to define an extending lumen in a wall of the tube.
A laminate material comprising a liquid impervious, moisture vapor breathable elastic film positioned between a first material and a second material, wherein the first material comprises a nonwoven layer and the second material comprises a spunbond-meltblown-spunbond laminate, characterized in that: the elastic film, first material, and second material each include a carbon black pigment and titanium dioxide, wherein the elastic film further includes a fluorochemical additive, wherein the first material and the second material further include a slip additive, and wherein the laminate material exhibits an opacity of greater than about 98% and a light transmittance of less than about 0.1.
Charge adapter for charging a vehicle battery, wherein the charge adapter comprises - a support; - a charging coil which is secured to the support and is designed to generate an alternating charging current in response to a magnetic charging field; - a rectifier which is secured to the support and which is set up to generate a rectified charging current on the basis of the alternating charging current; - a plus contact secured to the support and a minus contact secured to the support, which are designed to be plugged onto a plus pole and a minus pole of a vehicle battery; and - lines (121, 122), which are designed to conduct the rectified charging current to the plus contact and the minus contact. - a support; - a charging coil which is secured to the support and is designed to generate an alternating charging current in response to a magnetic charging field; - a rectifier which is secured to the support and which is set up to generate a rectified charging current on the basis of the alternating charging current; - a plus contact secured to the support and a minus contact secured to the support, which are designed to be plugged onto a plus pole and a minus pole of a vehicle battery; and - lines (121, 122), which are designed to conduct the rectified charging current to the plus contact and the minus contact.
Method for vibration damping of a semi-submerged or submerged structure (200, 210, 220, 300), wherein - separating hydrodynamic added mass (m add) from the semi-submerged or submerged structure (200, 210, 220, 300) by arranging an outer cover being near buoyancy neutral of a vibration damper assembly partly or entirely enclosing and not being in contact with the semi-submerged or submerged structure (200, 210, 220, 300) and using seals at ends of the outer cover to provide a sealed damper volume for the vibration damper assembly between the outer cover and structure (200, 210, 220, 300) that is separated from water surrounding the structure (200, 210, 220, 300), the sealed damper volume exhibiting spring and/or damper properties, and - using the separated hydrodynamic added mass (m add) as a reaction mass for the spring and/or damper properties of the vibration damper assembly. - separating hydrodynamic added mass (m add) from the semi-submerged or submerged structure (200, 210, 220, 300) by arranging an outer cover being near buoyancy neutral of a vibration damper assembly partly or entirely enclosing and not being in contact with the semi-submerged or submerged structure (200, 210, 220, 300) and using seals at ends of the outer cover to provide a sealed damper volume for the vibration damper assembly between the outer cover and structure (200, 210, 220, 300) that is separated from water surrounding the structure (200, 210, 220, 300), the sealed damper volume exhibiting spring and/or damper properties, and - using the separated hydrodynamic added mass (m add) as a reaction mass for the spring and/or damper properties of the vibration damper assembly.
Chain welding machine for resistance butt welding of chain links by means of press butt welding, comprising: a machine frame; a control shaft for time controlling of kinematic functions of the chain welding machine; a chain transport device for feeding not welded chain links to a welding position and for taking away welded chain links from the welding position after a welding operation; an electrode arrangement having at least one pair of electrodes (130-1, 130-2) infeedable to the chain link ends to be welded for supplying welding current; two movably mounted upsetting steel holders (212-1, 212-2) disposed on opposite sides of the welding position and on sides facing each other carrying upsetting steels (210-1, 210-2) for transferring an upsetting force and an upsetting path to the chain link; an upsetting system acting on the upsetting steel holders for providing the upsetting force and the upsetting path according to a predefinable upsetting procedure, characterized in that the upsetting system is designed as a freely programmable upsetting system independent of the control shaft for programming an upsetting procedure profile independent of the control shaft with a definable correlation between upsetting path and course of time. a machine frame; a control shaft for time controlling of kinematic functions of the chain welding machine; a chain transport device for feeding not welded chain links to a welding position and for taking away welded chain links from the welding position after a welding operation; an electrode arrangement having at least one pair of electrodes (130-1, 130-2) infeedable to the chain link ends to be welded for supplying welding current; two movably mounted upsetting steel holders (212-1, 212-2) disposed on opposite sides of the welding position and on sides facing each other carrying upsetting steels (210-1, 210-2) for transferring an upsetting force and an upsetting path to the chain link; an upsetting system acting on the upsetting steel holders for providing the upsetting force and the upsetting path according to a predefinable upsetting procedure, characterized in that the upsetting system is designed as a freely programmable upsetting system independent of the control shaft for programming an upsetting procedure profile independent of the control shaft with a definable correlation between upsetting path and course of time.
Electronic control module for transmission control, the control module having a control device for controlling the transmission; a printed circuit board to which the control device is electrically connected; and a carrier plate; characterized in that the printed circuit board is connected to the control device by means of hollow rivets to form a first unit; and the first unit is fastened to the carrier plate by means of fastening elements; wherein the fastening elements are arranged in hollow spaces in the hollow rivets.
Arrangement for separating a subregion of a traffic surface, wherein the arrangement comprises a first basic element, a second basic element and a connecting element, wherein the connecting element comprises a first receiving structure for receiving the first basic element and a second receiving structure for receiving the second basic element, wherein a first fastening means traverses the first basic element and the connecting element in the region of the first receiving structure and a second fastening means traverses the second basic element and the connecting element in the region of the second receiving structure, wherein the respective fastening means (7, 8) can be connected to the traffic surface, wherein the connecting element comprises a web which connects the first receiving structure and the second receiving structure, characterized in that the first receiving structure and/or the second receiving structure are/is conical or cylindrical in form and the first basic element and/or the second basic element comprise/comprises a conical or cylindrical counterpart structure corresponding to the conical or cylindrical receiving structure (5, 6).
A door entrapment detection device, comprising: a determination unit configured to determine whether a door entrapment state is present based on a comparison result between an output value from a sensor configured to detect rotation of a rotary body provided at a leading end of a vehicle door and a reference value serving as a criterion for determining whether the door entrapment state is present; characterized in that the door entrapment detection device further comprises a reference value setting unit configured to change the reference value, based on at least one of a surrounding state of the vehicle door or an operation of the vehicle door. a determination unit configured to determine whether a door entrapment state is present based on a comparison result between an output value from a sensor configured to detect rotation of a rotary body provided at a leading end of a vehicle door and a reference value serving as a criterion for determining whether the door entrapment state is present; characterized in that the door entrapment detection device further comprises a reference value setting unit configured to change the reference value, based on at least one of a surrounding state of the vehicle door or an operation of the vehicle door.
A foil bearing(40, 50), comprising: a foil holder (41, 51); and a plurality of foils (42, 52)mounted to the foil holder (41, 51) so as to be arrayed in a circumferential direction of the foil holder (41, 51), the foil bearing (40, 50) being configured to support a shaft in thrust directions of the shaft, the shaft being rotatable in the circumferential direction, each of the plurality of foils (42, 52) comprising: a body portion (42a, 52a) having a thrust bearing surface (S2, S3); and an extended portion (42b, 52b) extending from the body portion (S2, S3) to a radially outer side, an end portion of the body portion (42a, 52a) of the each of the plurality of foils (42, 52) in one circumferential direction being arranged so as to be overlapping the body portion (42a, 52a) of adjacent one of the plurality of foils, the extended portions (42b, 52b) of the plurality of foils (42, 52) being fixed onto the same plane of the foil holder (41, 51), characterized in that the extended portion (42b, 52b) of the each of the plurality of foils (42, 52) extends from the body portion (42a, 52a) to the radially outer side in a direction inclined to another circumferential direction. a foil holder (41, 51); and a plurality of foils (42, 52)mounted to the foil holder (41, 51) so as to be arrayed in a circumferential direction of the foil holder (41, 51), the foil bearing (40, 50) being configured to support a shaft in thrust directions of the shaft, the shaft being rotatable in the circumferential direction, each of the plurality of foils (42, 52) comprising: a body portion (42a, 52a) having a thrust bearing surface (S2, S3); and an extended portion (42b, 52b) extending from the body portion (S2, S3) to a radially outer side, a body portion (42a, 52a) having a thrust bearing surface (S2, S3); and an extended portion (42b, 52b) extending from the body portion (S2, S3) to a radially outer side, an end portion of the body portion (42a, 52a) of the each of the plurality of foils (42, 52) in one circumferential direction being arranged so as to be overlapping the body portion (42a, 52a) of adjacent one of the plurality of foils, the extended portions (42b, 52b) of the plurality of foils (42, 52) being fixed onto the same plane of the foil holder (41, 51),
A ferroelectric memory cell, comprising: a ferroelectric crystalline material having a polar and chiral crystal structure without inversion symmetry through an inversion center, and characterized in that the ferroelectric crystalline material comprises a ternary or quaternary oxide material selected from the group consisting of Ti 1.1 Zr 0.893 Hf 0.008 O 4, Ti 1.92 Ta 1.08 La 3 O 11, Sr 5 Nb 5 O 16, ZrMo 2 O 8, Si 2 Y 2 O 7, and Ti 0.98 Zr 0.02 RbPO 5. a ferroelectric crystalline material having a polar and chiral crystal structure without inversion symmetry through an inversion center, and characterized in that the ferroelectric crystalline material comprises a ternary or quaternary oxide material selected from the group consisting of Ti 1.1 Zr 0.893 Hf 0.008 O 4, Ti 1.92 Ta 1.08 La 3 O 11, Sr 5 Nb 5 O 16, ZrMo 2 O 8, Si 2 Y 2 O 7, and Ti 0.98 Zr 0.02 RbPO 5.
Board for connecting battery cells, which is formed in part from an electrically non-conductive material, wherein the board has on a first side and on a second side in each case electrically and thermally conductive contacting sections, and wherein each contacting section is electrically and thermally conductively connected to each other contacting section, wherein a core made of an electrically conductive and thermally conductive material is arranged in the electrically non-conductive material of the board, wherein the contacting sections are arranged in each case on the sides of the electrically non-conductive material facing away from the core, and wherein at least one electrically and thermally conductive lead-through element extends through the core and through the electrically non-conductive material arranged on both sides of the core, and wherein the lead-through element is electrically insulated from the core and is electrically conductively connected to the contacting sections on the first side and to the contacting sections on the second side, such that an electrically and thermally conductive connection of the contacting sections on the first side to the contacting sections on the second side is made by the lead-through element and a heat flow can be absorbed by the core and dissipated from the board, characterized in that on the first side of the board, an electrically and thermally conductive connecting section is arranged, which electrically and thermally conductively connects the contacting sections to one another on the first side of the board, and wherein an electrical fuse is assigned to each of the contacting sections on the first side of the board and the connecting section on the first side of the board is connected to each contacting section on the first side of the board via the electrical fuse assigned to this contacting section, such that the contacting sections on the first side of the board are electrically secured with respect to the connecting section, wherein the at least one lead-through element is arranged such that it electrically and thermally conductively connects the connecting section on the first side of the board to the contacting sections on the second side of the board, such that each contacting section on the first side is secured against each other contacting section on the first side of the board and against each contacting section on the second side of the board by at least one electrical fuse.