mhurhangee/ep-ind-claims huggingface dataset:
An operator station for a work vehicle comprising: a roof, wherein the roof defines a first conditioned air outlet; a floor disposed underneath the roof; a plurality of windows extending between the floor and the roof and together with the floor and the roof defining an operator compartment that is enclosed on all sides; an operator seat supported on the floor and disposed within the operator compartment; an air-conditioning module disposed adjacent to the floor, wherein the air-conditioning module has a first air inlet and a first conditioned air outlet; a first air conduit extending between an outside air inlet adapted for receiving outside air and the air-conditioning module and configured to communicate outside air from the outside air inlet into the first air inlet of the air-conditioning module; and a second air conduit extending between the first conditioned air outlet of the air-conditioning module and the first conditioned air outlet of the roof and configured to communicate conditioned air from the air-conditioning module to the first conditioned air outlet of the roof, the second air conduit including a second generally vertical conduit portion disposed behind the operator seat, characterized in that the roof defines the outside air inlet, and that the first air conduit includes a first generally vertical conduit portion disposed behind the operator seat. a roof, wherein the roof defines a first conditioned air outlet; a floor disposed underneath the roof; a plurality of windows extending between the floor and the roof and together with the floor and the roof defining an operator compartment that is enclosed on all sides; an operator seat supported on the floor and disposed within the operator compartment; an air-conditioning module disposed adjacent to the floor, wherein the air-conditioning module has a first air inlet and a first conditioned air outlet; a first air conduit extending between an outside air inlet adapted for receiving outside air and the air-conditioning module and configured to communicate outside air from the outside air inlet into the first air inlet of the air-conditioning module; and a second air conduit extending between the first conditioned air outlet of the air-conditioning module and the first conditioned air outlet of the roof and configured to communicate conditioned air from the air-conditioning module to the first conditioned air outlet of the roof, the second air conduit including a second generally vertical conduit portion disposed behind the operator seat, characterized in that the roof defines the outside air inlet, and that the first air conduit includes a first generally vertical conduit portion disposed behind the operator seat.
A sensor for measurement of an analyte in a medium within a living animal, the sensor comprising: a sensor housing; a light source within the sensor housing configured to emit excitation light; an analyte indicator covering at least a portion of the sensor housing, wherein the analyte indicator comprises indicator molecules that are configured to reversibly bind the analyte, are positioned to be irradiated by the excitation light, and are configured to emit light indicative of the amount of the analyte in the medium within the living animal; a photodetector within the sensor housing, wherein the photodetector is sensitive to light emitted by the indicator molecules and configured to generate a signal indicative of the amount of the analyte in the medium within the living animal; and one or more therapeutic agents that reduce deterioration of the analyte indicator, said agents including an anti inflammatory drug; characterized in that the sensor further comprises: at least one drug eluting polymer matrix that covers at least a portion of the sensor housing, is separate and distinct from the analyte indicator, has a preformed shape, and is applied to the sensor housing by attaching the preformed shape to the sensor housing; and the one or more therapeutic agents are dispersed within the drug eluting polymer matrix. a sensor housing; a light source within the sensor housing configured to emit excitation light; an analyte indicator covering at least a portion of the sensor housing, wherein the analyte indicator comprises indicator molecules that are configured to reversibly bind the analyte, are positioned to be irradiated by the excitation light, and are configured to emit light indicative of the amount of the analyte in the medium within the living animal; a photodetector within the sensor housing, wherein the photodetector is sensitive to light emitted by the indicator molecules and configured to generate a signal indicative of the amount of the analyte in the medium within the living animal; and one or more therapeutic agents that reduce deterioration of the analyte indicator, said agents including an anti inflammatory drug; characterized in that the sensor further comprises: at least one drug eluting polymer matrix that covers at least a portion of the sensor housing, is separate and distinct from the analyte indicator, has a preformed shape, and is applied to the sensor housing by attaching the preformed shape to the sensor housing; and the one or more therapeutic agents are dispersed within the drug eluting polymer matrix. at least one drug eluting polymer matrix that covers at least a portion of the sensor housing, is separate and distinct from the analyte indicator, has a preformed shape, and is applied to the sensor housing by attaching the preformed shape to the sensor housing; and the one or more therapeutic agents are dispersed within the drug eluting polymer matrix.
A drinking receptacle comprising: a container for containing a fluid for drinking; and an outlet member having: an outlet through which the fluid is delivered under a pressure supplied by a user of the receptacle; and a collar portion that attaches to an opening of the container such that an undersurface of the collar portion abuts with an upper surface of the opening of the container to form a sealed engagement between the outlet member and the container; wherein, both the undersurface of the collar portion and the upper surface of the opening of the container are formed from a rigid material such that the undersurface of the collar portion and the upper surface of the opening of the container are able to form a hard-to-hard surface engagement, and either the undersurface of the collar portion or the upper surface of the opening of the container that abut each other has at least one groove formed therein that extends across such abutting surfaces, the at least one groove having dimensions to ensure that the surface tension of the fluid at the at least one groove is maintained to reduce likelihood of fluid passing therethrough and further when said pressure is applied to the outlet member the at least one groove member forms a passage that permits the controlled ingress of air into the container to facilitate flow of fluid from the outlet, and when said pressure is removed the passage formed by the at least one groove member prevents the ingress of air into the container to facilitate a controlled vacuum pressure within the container, wherein the rigid material is a hard plastic material. a container for containing a fluid for drinking; and an outlet member having: an outlet through which the fluid is delivered under a pressure supplied by a user of the receptacle; and a collar portion that attaches to an opening of the container such that an undersurface of the collar portion abuts with an upper surface of the opening of the container to form a sealed engagement between the outlet member and the container; wherein, both the undersurface of the collar portion and the upper surface of the opening of the container are formed from a rigid material such that the undersurface of the collar portion and the upper surface of the opening of the container are able to form a hard-to-hard surface engagement, and either the undersurface of the collar portion or the upper surface of the opening of the container that abut each other has at least one groove formed therein that extends across such abutting surfaces, the at least one groove having dimensions to ensure that the surface tension of the fluid at the at least one groove is maintained to reduce likelihood of fluid passing therethrough and further when said pressure is applied to the outlet member the at least one groove member forms a passage that permits the controlled ingress of air into the container to facilitate flow of fluid from the outlet, and when said pressure is removed the passage formed by the at least one groove member prevents the ingress of air into the container to facilitate a controlled vacuum pressure within the container, wherein the rigid material is a hard plastic material.
Operator control device for operating at least one device of a motor vehicle, having an operator control element and having a measuring unit (6, 6') which has a first electrode and a second electrode which can be moved relative to one another as a function of activation of the operator control element out of a zero position of the operator control element, and as a function of a distance between the first electrode and the second electrode a value of a physical parameter can be acquired by the measuring unit (6, 6') and the device can be operated as a function of the value, wherein the operator control device has a coupling element which has a movement coupling to the operator control element and to the first electrode, and the operator control device has a resetting apparatus which is coupled to the operator control element in such a way that the operator control element can be returned from a deflected position into the zero position by the resetting apparatus, and in the zero position the two electrodes (7, 8) are pressed against one another and oriented in parallel with one another by a prestressed state of the resetting apparatus.
Forming apparatus for forming objects by forming a sheet of thermoformable material, said apparatus comprising a thermal conditioning station including a kiln for heating said material to an operating temperature and a heating station positioned downstream of said thermal conditioning station and including heating means, which is positioned along an advancing direction of said material in said heating station, to heat set portions of said material to a temperature near a softening temperature of said material, wherein said kiln and said heating means are positioned near one another in such a manner that a part of said material interposed between said thermal conditioning station and said heating station is heated by the heat generated by said kiln and/or by said heating means, characterised in that said heating means comprises a pair and at least one further pair (25, 26, 27, 28, 29) of heatable plates that face one another and are positioned on opposite sides of said material, said plates being movable along a movement direction, substantially perpendicular to said advancing direction, towards and away from one another between an operating position in which they contact and heat said material and a non-operating position in which they are at a certain distance from said material and in that it comprises control means for driving independently of one another said pair of plates and said at least one further pair (25, 26, 27, 28, 29) of plates between said operating position and said non-operating position.
A surgical device comprising: a transducer (40, 1006, 1306) to receive an electrical signal from a generator (30, 1004, 1304) at a drive frequency, the transducer (40, 1006, 1306) to provide vibrations at the drive frequency; an end effector (180, 1008, 1308) coupled to the transducer (40, 1006, 1306) and extending from the transducer (40, 1006, 1306) along a longitudinal axis; and characterised by a control circuit (1002, 1302) configured to: detect a change in a vibration frequency of the end effector (180, 1008, 1308) and to identify as a result a condition of tissue in contact with the end effector (180, 1008, 1308); and to generate a signal indicating the existence of that condition; and means responsive to the signal for indicating the condition to a clinician. a transducer (40, 1006, 1306) to receive an electrical signal from a generator (30, 1004, 1304) at a drive frequency, the transducer (40, 1006, 1306) to provide vibrations at the drive frequency; an end effector (180, 1008, 1308) coupled to the transducer (40, 1006, 1306) and extending from the transducer (40, 1006, 1306) along a longitudinal axis; and characterised by a control circuit (1002, 1302) configured to: detect a change in a vibration frequency of the end effector (180, 1008, 1308) and to identify as a result a condition of tissue in contact with the end effector (180, 1008, 1308); and to generate a signal indicating the existence of that condition; and detect a change in a vibration frequency of the end effector (180, 1008, 1308) and to identify as a result a condition of tissue in contact with the end effector (180, 1008, 1308); and to generate a signal indicating the existence of that condition; and means responsive to the signal for indicating the condition to a clinician.
A device for at least partially inserting a needle into the body of a patient, the device comprising a connector adapted for connecting a needle to the device, and a plurality of guard members for the needle, at least one guard member being situated to each side of the needle, said guard members having lower edges arranged such that, together, the lower edges define spaced portions of a guide surface adapted to rest against a surface of the skin, the connector being adapted to set an attached needle with a fixed non-perpendicular angle relative to the guide surface and a fixed position relative to the guard members, such that only a portion of the needle projects beyond the guard members, wherein the guard members are able to block penetration into the body by more than a given amount of the needle attached to the connector, such that, in use, movement of the guide surface along the surface of the skin in a direction in which the needle projects beyond the guard members partially inserts the needle into the body.
Arrangement for the testing of a test object of an electrical system by a person, the arrangement comprising a relay testing device and a test object, the relay testing device being connected to the test object and the relay testing device comprising an emergency stop switch, characterized in that the arrangement further comprises a protective device for detecting an electrical body current, whereas the person wears the protective device for detecting an electrical body current and the protective device comprises an item of clothing and an evaluation unit, whereas the person wears the item of clothing and the item of clothing is equipped with at least one sensor for detecting the body current, and the evaluation unit evaluates a signal detected with the at least one sensor and, if an impermissible body current is detected, outputs an emergency signal, in that the emergency stop switch activates a disconnection unit of the relay testing device when actuated, which unit shuts down and/or short-circuits at least one output of the relay testing device, and an emergency signal input is also provided on the relay testing device, which input activates the disconnection unit when an external emergency signal is received at the emergency signal input, and in that the evaluation unit transmits the emergency signal to the emergency signal input of the relay testing device if an impermissible body current is detected.
A wireless communication method supporting hybrid automatic repeat request performed by a user equipment, comprising: in a carrier aggregation scenario, receiving first hybrid automatic repeat request, HARQ, process quantity indication information of at least one component carrier sent by a base station through a first system information block message, wherein the first HARQ process quantity indication information is first sub-frame configuration information of the at least one component carrier in the first system information block message; and receiving, through dedicated signaling, second HARQ process quantity indication information of the at least one component carrier sent by the base station; determining a second HARQ process quantity according to the second HARQ process quantity indication information, and performing data communication with the base station based on the second HARQ process quantity on the at least one component carrier, wherein the second HARQ process quantity indication information comprises: configuration information of aggregation of a frequency division duplex, FDD, carrier and a time division duplex, TDD, carrier; wherein the second HARQ process quantity is the maximum number of downlink HARQ processes M DL_HARQ, and before the performing data communication with the base station, the method further comprises: calculating a size of an HARQ soft buffer and dividing the soft buffer according to the maximum number of downlink HARQ processes M DL_HARQ; and the performing data communication with the base station based on the determined second HARQ process quantity comprises: performing, on the at least one component carrier, data communication with the base station according to the divided soft buffer and the second HARQ process quantity; wherein the at least one component carrier is: a secondary component carrier having a sub-frame configuration different from that of a primary component carrier; the determining the HARQ process quantity according to the second HARQ process quantity indication information comprises: according to the configuration information of the aggregation of an FDD carrier and a TDD carrier, when the secondary component carrier is the TDD carrier, determining the HARQ process quantity of the secondary component carrier as the HARQ process quantity of the FDD carrier, and when the secondary component carrier is the FDD carrier, determining the HARQ process quantity of the secondary component carrier as the HARQ process quantity determined according to the sub-frame configuration of the TDD carrier.
An insertion mechanism for a drug pump, said insertion mechanism comprising: an insertion mechanism housing having an internal chamber; a manifold guide having an upper chamber and a lower chamber separated by a manifold guide ring; one or more insertion biasing members initially held in an energized state within the internal chamber of the insertion mechanism housing between the housing and the manifold guide ring; a clip flexibly engaged with the upper chamber of the manifold guide; a retraction biasing member and a hub connected to a proximal end of a needle, wherein the retraction biasing member is held initially in an energized state between the hub and the manifold guide; and a manifold having a septum and a cannula, wherein an annular space within the manifold between the septum and the cannula defines a manifold header, the manifold having a manifold intake for connection to a fluid conduit. an insertion mechanism housing having an internal chamber; a manifold guide having an upper chamber and a lower chamber separated by a manifold guide ring; one or more insertion biasing members initially held in an energized state within the internal chamber of the insertion mechanism housing between the housing and the manifold guide ring; a clip flexibly engaged with the upper chamber of the manifold guide; a retraction biasing member and a hub connected to a proximal end of a needle, wherein the retraction biasing member is held initially in an energized state between the hub and the manifold guide; and a manifold having a septum and a cannula, wherein an annular space within the manifold between the septum and the cannula defines a manifold header, the manifold having a manifold intake for connection to a fluid conduit.
A battery module (100, 101, 102) comprising: a plurality of rechargeable batteries electrically connected to one another; an end plate (20, 30) arranged at an outermost rechargeable battery of the plurality of rechargeable batteries and supporting the plurality of rechargeable batteries; and at least one elastic member (40, 40') at a surface of the end plate facing the outermost rechargeable battery, a case for receiving the plurality of rechargeable batteries, characterised in that the case includes a pair of outer walls facing each other, and the end plate (20, 30) is coupled to the pair of outer walls, respective ends of the outer walls of the case have at least one through-hole, a side of the end plate has at least one coupling groove corresponding to the at least one through-hole, and the side of the end plate includes at least one fastening member inserted into the at least one through-hole and the at least one coupling groove and coupling the case and the end plate to each other. a plurality of rechargeable batteries electrically connected to one another; an end plate (20, 30) arranged at an outermost rechargeable battery of the plurality of rechargeable batteries and supporting the plurality of rechargeable batteries; and at least one elastic member (40, 40') at a surface of the end plate facing the outermost rechargeable battery, a case for receiving the plurality of rechargeable batteries, characterised in that the case includes a pair of outer walls facing each other, and the end plate (20, 30) is coupled to the pair of outer walls, respective ends of the outer walls of the case have at least one through-hole, a side of the end plate has at least one coupling groove corresponding to the at least one through-hole, and the side of the end plate includes at least one fastening member inserted into the at least one through-hole and the at least one coupling groove and coupling the case and the end plate to each other.
A method (1000; 1300) for estimating a location of a target device moving underwater and carrying a receiver configured to detect acoustic waves emitted at a known location, the method comprising: measuring (1010; 1310), at a first time, a velocity of the target device, an orientation of the target device and a signal corresponding to the acoustic waves emitted at the known location and detected at the target device; generating one or more location boxes that include the location of the target device, at the first time; said method being characterized in that it further comprises, for each of the location boxes, applying (1030; 1320) at least one volume contraction operator to obtain a contracted box which meets constraints according to the velocity, the orientation and a phase of the signal. measuring (1010; 1310), at a first time, a velocity of the target device, an orientation of the target device and a signal corresponding to the acoustic waves emitted at the known location and detected at the target device; generating one or more location boxes that include the location of the target device, at the first time; said method being characterized in that it further comprises, for each of the location boxes, applying (1030; 1320) at least one volume contraction operator to obtain a contracted box which meets constraints according to the velocity, the orientation and a phase of the signal.
Halogen incandescent lamp comprising a bulb which is coated with a reflective coating and in which a luminous body is arranged in an axial manner and is fixed by means of a filament holder (7, 8), wherein the bulb defines an axis, wherein the filament holder (7, 8) is held in a tubular protrusion, in particular a discharge tube, of the bulb and forms a loop in the discharge tube, characterized in that the loop in the discharge tube is bent such that it produces a three-point holding arrangement (17, 18) in the discharge tube.
A truncated HPV58 L1 protein, wherein said truncated HPV58 L1 protein has a truncation at exactly amino acids 2-5, 2-15, 2-35, 2-40, 2-60 or 2-70, only, at its N-terminal, as compared with wild type HPV58 L1 protein.