mhurhangee/ep-ind-claims huggingface dataset:
An implant delivery system comprising: an implant (100, 110, 120) including an implant body, a proximal anchor, and a distal anchor, said anchors (102, 103) attach to the implant body and extend away from the implant body; a first sheath (507, 1607, 1707, 1807, 2007) and a second sheath (504, 1613, 1813) each extending from a proximal end of said implant delivery system, wherein at least said first sheath (507, 1607, 1707, 1807, 2007) extends to a distal end of said implant delivery system, wherein said first sheath (507, 1607, 1707, 1807, 2007) is positioned at least partially within said second sheath (504, 1613, 1813); and one or more wires (511, 512, 1612, 1614) engaging a portion of said proximal anchor and said distal anchor in a collapsed configuration, wherein said wires (511, 512, 1612, 1614) secure both said proximal anchor and said distal anchor in said collapsed configuration and said wires (511, 512, 1612, 1614) are configured to be partially retracted to deploy said distal anchor while said proximal anchor remains in the collapsed configuration, wherein said implant (100, 110, 120) is connected to an exterior surface of said first sheath (507, 1607, 1707, 1807, 2007) and positioned near an end of said second sheath (504, 1613, 1813), and wherein said first sheath (507, 1607, 1707, 1807, 2007) and said second sheath (504, 1613, 1813) are movable with respect to one another to deploy said implant (100, 110, 120) to a desired location. an implant (100, 110, 120) including an implant body, a proximal anchor, and a distal anchor, said anchors (102, 103) attach to the implant body and extend away from the implant body; a first sheath (507, 1607, 1707, 1807, 2007) and a second sheath (504, 1613, 1813) each extending from a proximal end of said implant delivery system, wherein at least said first sheath (507, 1607, 1707, 1807, 2007) extends to a distal end of said implant delivery system, wherein said first sheath (507, 1607, 1707, 1807, 2007) is positioned at least partially within said second sheath (504, 1613, 1813); and one or more wires (511, 512, 1612, 1614) engaging a portion of said proximal anchor and said distal anchor in a collapsed configuration, wherein said wires (511, 512, 1612, 1614) secure both said proximal anchor and said distal anchor in said collapsed configuration and said wires (511, 512, 1612, 1614) are configured to be partially retracted to deploy said distal anchor while said proximal anchor remains in the collapsed configuration, wherein said implant (100, 110, 120) is connected to an exterior surface of said first sheath (507, 1607, 1707, 1807, 2007) and positioned near an end of said second sheath (504, 1613, 1813), and wherein said first sheath (507, 1607, 1707, 1807, 2007) and said second sheath (504, 1613, 1813) are movable with respect to one another to deploy said implant (100, 110, 120) to a desired location.
A medicament delivery device comprising a proximal sub-assembly (150, 250) and a distal sub-assembly configured to be connected to each other, wherein the proximal sub-assembly comprises a key member and wherein the distal sub-assembly comprises a power pack unit having a transport lock mechanism for transport locking said power pack unit such that unintentional activation of said power pack unit during transportation is avoided, wherein the key member is arranged on the inner surface of a housing which is part of the proximal sub-assembly and which is configured to encase said distal sub-assembly, wherein the power pack unit comprises: - an actuator, - an actuator sleeve arranged to at least partially encompass said actuator, - a plunger rod being axially moveable in said actuator, - a first biasing member being arranged in the actuator for driving said plunger rod, and a rear end cover being coupled to the actuator and arranged to at least partially encompass said actuator and said actuator sleeve, and wherein said rear end cover and said actuator are rotatable fixed relative to each other and axially moveable relative to each other, wherein the transport lock mechanism comprises a protruding element arranged on said actuator and a securing compartment arranged on said actuator sleeve wherein the protruding element is releasably accommodated within said securing compartment such that relative axial movement between said actuator and said actuator sleeve is prevented during transportation, wherein the actuator sleeve and the actuator are rotatably displaceable relative each other between a locked position, in which the actuator and the actuator sleeve are axially fixed relative to each other by the transport locking mechanism, and a released position, in which the actuator and the actuator sleeve can be axially moveable relative to each other, and wherein said key member is configured to interact with said transport lock mechanism during assembling of said proximal and distal sub-assemblies such that said transport locking is released. - an actuator, - an actuator sleeve arranged to at least partially encompass said actuator, - a plunger rod being axially moveable in said actuator, - a first biasing member being arranged in the actuator for driving said plunger rod, and
Method for assisting a driver of a vehicle, in particular a utility vehicle, having a measuring and control device by means of which at least one battery parameter of a starter battery of the vehicle is measured and by means of which the starting capability of the vehicle is determined from the measured battery parameter, characterized in that during the determination of the starting capability of the vehicle the local temperature at an anticipated future vehicle starting time and at an anticipated future vehicle starting location is taken into account.
A supplement for use in the anti-neoplastic therapies characterised by the fact of comprising Aloe Vera, Klamath algae, Mastiha resin, hyaluronic acid and mallow.
A glazing, comprising: a ply of glazing material; a surface contact bonded to the ply of glazing material, for connection to an external circuit; at least first and second coupling electrodes (14, 15) positioned in direct current isolation from the surface contact and configured so that alternating current coupling occurs between each coupling electrode (14, 15) and the surface contact; at least first and second antennas (13, 16), the first antenna having direct current connection to the first coupling electrode, and the second antenna having direct current connection to the second coupling electrode, characterized in that the first and second coupling electrodes (14, 15) each comprise at least one portion where the first and second coupling electrodes (14, 15) run adjacent to each other, so that alternating current coupling occurs therebetween. a ply of glazing material; a surface contact bonded to the ply of glazing material, for connection to an external circuit; at least first and second coupling electrodes (14, 15) positioned in direct current isolation from the surface contact and configured so that alternating current coupling occurs between each coupling electrode (14, 15) and the surface contact; at least first and second antennas (13, 16), the first antenna having direct current connection to the first coupling electrode, and the second antenna having direct current connection to the second coupling electrode, characterized in that the first and second coupling electrodes (14, 15) each comprise at least one portion where the first and second coupling electrodes (14, 15) run adjacent to each other, so that alternating current coupling occurs therebetween.
A method for producing microparticles of any one of an oxide and a hydroxide or both of them, in which at least two kinds of fluid to be processed are used, of these at least one fluid to be processed is a fluid which contains at least one kind of a metal or a metal compound, and at least one fluid to be processed which is different from the foregoing fluid to be processed is a basic fluid which contains at least one kind of a basic substance, and further, these fluids to be processed are mixed in a thin film fluid formed between at least two processing surfaces which are disposed in a position they are faced with each other so as to be able to approach to and separate from each other, at least one of which rotates relative to the other, producing microparticles of any one of an oxide and a hydroxide or both of them, having a controlled ratio, by separating microparticles of the oxide, the hydroxide, or a mixture of them, wherein this separation with the controlled ratio of the oxide to the hydroxide contained in any one of the oxide and the hydroxide or both is effected by changing a specific condition with regard to at least any one of the basic fluid and the fluid which contains at least one kind of a metal or a metal compound, these fluids being introduced into between the at least two processing surfaces, wherein the specific condition is at least one condition selected from the group consisting of an introduction velocity of at least any one of the basic fluid and the fluid which contains at least one kind of a metal or a metal compound and pH of at least any one of the basic fluid and the fluid which contains at least one kind of a metal or a metal compound, wherein an element that constitutes the metal or the metal compound is at least one element selected from the group consisting of all of metal elements in the periodic table, B, Si, Ge, As, Sb, C, N, S, Te, Se, F, Cl, Br, I, and At.
An oil composition comprising at least 50 percent by mass, based on the mass of the composition of an oil and 0.01 to 25 percent by mass, based on the mass of the composition, of a polymer comprising at least one poly(lactone) segment; wherein the polymer comprises units (a): -C (CHR 1) p O- (a) wherein p is an integer from 4 to 7; wherein in one, two or three, preferably one or two instances p, R 1 is a hydrocarbyl group or substituted hydrocarbyl group having from 4 to 24 carbon atoms, and in all other instances p, R 1 is hydrogen; and units (b): -C (C x R 2) q O- (b) wherein units (b) are different from units (a); wherein q is an integer from 4 to 15; and wherein either (i), in all instances q, R 2 is hydrogen, or (ii), wherein in one, two or three, preferably one or two instances q, R 2 is a hydrocarbyl group or substituted hydrocarbyl group having from 1 to 24 carbon atoms, and in all other instances q, R 2 is hydrogen; and wherein either in all instances q, x is 1, or for two contiguous moeities q, x is zero such that units (b) comprise one carbon-carbon double bond, and in all other instances q, x is 1.
A control system comprising: an electronic circuit (11, 210); a control device (21, 22, 300a, 300b) configured to control the electronic circuit by outputting a control signal via the bus; a bus interface (12, 230) configured to receive, via a bus (31, 113), the control signal for controlling the electronic circuit, and output a signal corresponding to the received control signal to the electronic circuit; a signal maintaining circuit (13, 240) configured to maintain a value of the signal to be output from the bus interface to the electronic circuit; characterized in further comprising: a reset control circuit (14, 250) configured to cause the signal maintaining circuit to maintain the value of the output signal to the electronic circuit, and subsequently reset the bus interface. an electronic circuit (11, 210); a control device (21, 22, 300a, 300b) configured to control the electronic circuit by outputting a control signal via the bus; a bus interface (12, 230) configured to receive, via a bus (31, 113), the control signal for controlling the electronic circuit, and output a signal corresponding to the received control signal to the electronic circuit; a signal maintaining circuit (13, 240) configured to maintain a value of the signal to be output from the bus interface to the electronic circuit; characterized in further comprising: a reset control circuit (14, 250) configured to cause the signal maintaining circuit to maintain the value of the output signal to the electronic circuit, and subsequently reset the bus interface. a reset control circuit (14, 250) configured to cause the signal maintaining circuit to maintain the value of the output signal to the electronic circuit, and subsequently reset the bus interface.
A monitoring unit for monitoring a lift comprising a lift control and a lift cage movable in a lift shaft, comprising - a housing by means of which the monitoring unit can be arranged on the lift cage; - at least one sensor unit for detecting at least one state variable of the lift; - at least one communication unit and/or a communication interface for transmitting data to at least one network, wherein the monitoring unit, in a state arranged on the lift cage, is capable as an autonomous unit, independently of the lift control of the lift, of detecting the at least one status variable of the lift; wherein said at least one sensor unit comprises at least one audio sensor configured to detect at least one predetermined audio pattern, at least one predetermined noise pattern and/or at least one predetermined sound pattern, characterized in that detection of said at least one predetermined audio pattern, said at least one predetermined noise pattern and/or said at least one predetermined sound pattern enables detection of abnormalities in the operation of the lift. - a housing by means of which the monitoring unit can be arranged on the lift cage; - at least one sensor unit for detecting at least one state variable of the lift; - at least one communication unit and/or a communication interface for transmitting data to at least one network, wherein the monitoring unit, in a state arranged on the lift cage, is capable as an autonomous unit, independently of the lift control of the lift, of detecting the at least one status variable of the lift; wherein said at least one sensor unit comprises at least one audio sensor configured to detect at least one predetermined audio pattern, at least one predetermined noise pattern and/or at least one predetermined sound pattern, characterized in that detection of said at least one predetermined audio pattern, said at least one predetermined noise pattern and/or said at least one predetermined sound pattern enables detection of abnormalities in the operation of the lift.
A method of relocation and reinitialization of a robotic device, comprising: determining a pose of the robotic device in an environment; determining whether tracking of the robotic device is lost; characterised by simultaneously relocating to determine a relocated pose of the robotic device and reinitializing to determine a reinitialized pose of the robotic device in response to failing to determine the pose of the robotic device in the environment and determining that tracking of the robotic device is lost. determining a pose of the robotic device in an environment; determining whether tracking of the robotic device is lost; characterised by simultaneously relocating to determine a relocated pose of the robotic device and reinitializing to determine a reinitialized pose of the robotic device in response to failing to determine the pose of the robotic device in the environment and determining that tracking of the robotic device is lost.
An electrosurgical device comprising: a forceps including: i. a first working arm having a contact surface and ii. a second working arm having a contact surface; wherein the forceps have a bipolar position where the contact surface of the first working arm and the contact surface of the second working arm are substantially opposite each other so that the contact surfaces of the first working arm and the second working arm of the forceps are moved laterally relative to a longitudinal axis of the forceps so that the forceps grip an item between the first working arm and the second working arm and so that a first therapy current can be passed between the first working arm and the second working arm through the item; wherein the forceps have a monopolar position where the contact surface of the first working arm and the contact surface of the second working arm are askew relative to each other and an electrode edge is formed on at least one side of the forceps so that a second therapy current extends from the electrode edge; wherein each working arm includes a connection region and the connection regions of the working arms are aligned when the working arms are moved into the monopolar position; and wherein the connection regions are in contact when the working arms are in the monopolar position. i. a first working arm having a contact surface and ii. a second working arm having a contact surface;
An outdoor unit for an air conditioner comprising: a base forming the bottom surface of the outdoor unit; a main body connected to the base and having a plurality of suction holes (123, 133, 163) for allowing air thereinto and a discharge hole for discharging air therefrom; a heat exchanger disposed within the main body and installed on top of the base, adapted for executing heat exchange with the air flowing through the outdoor unit; a discharge fan provided at the discharge hole side of the main body and being adapted to generate downstream air flow out of the outdoor unit; and a compressor (22, 24) installed on top of the base for compressing a refrigerant, the main body having a rectangular parallelepiped shape and the plurality of suction holes are formed on three lateral sides (120, 130, 160) of the main body respectively, wherein the discharge hole is formed on the top surface of the main body, wherein the heat exchanger includes three sections facing towards the plurality of suction holes, characterized in that a suction fan is provided at the suction hole side of the main body and is adapted to generate upstream air flow into the outdoor unit; wherein the suction fan is provided in the lower portion of the main body and disposed on top of the base, wherein the suction fan is provided between a rear section of the three sections of the heat exchanger and the compressor (22, 24). a base forming the bottom surface of the outdoor unit; a main body connected to the base and having a plurality of suction holes (123, 133, 163) for allowing air thereinto and a discharge hole for discharging air therefrom; a heat exchanger disposed within the main body and installed on top of the base, adapted for executing heat exchange with the air flowing through the outdoor unit; a discharge fan provided at the discharge hole side of the main body and being adapted to generate downstream air flow out of the outdoor unit; and a compressor (22, 24) installed on top of the base for compressing a refrigerant, the main body having a rectangular parallelepiped shape and the plurality of suction holes are formed on three lateral sides (120, 130, 160) of the main body respectively, wherein the discharge hole is formed on the top surface of the main body, wherein the heat exchanger includes three sections facing towards the plurality of suction holes, characterized in that a suction fan is provided at the suction hole side of the main body and is adapted to generate upstream air flow into the outdoor unit; wherein the suction fan is provided in the lower portion of the main body and disposed on top of the base, wherein the suction fan is provided between a rear section of the three sections of the heat exchanger and the compressor (22, 24).
A light device comprising at least one light source, a memory and at least one controller configured to, upon being powered on: - read a value from said memory; characterized in that said value is based on how long said light device was continuously powered on before said light device was last powered off; wherein the at least one controller is further configured to - determine from said value whether said light device was continuously powered on for more than a predetermined period before said light device was last powered off, and - activate said at least one light source upon determining that said light device was continuously powered on for less than said predetermined period before said light device was last powered off. - read a value from said memory; characterized in that said value is based on how long said light device was continuously powered on before said light device was last powered off; wherein the at least one controller is further configured to - determine from said value whether said light device was continuously powered on for more than a predetermined period before said light device was last powered off, and - activate said at least one light source upon determining that said light device was continuously powered on for less than said predetermined period before said light device was last powered off. - determine from said value whether said light device was continuously powered on for more than a predetermined period before said light device was last powered off, and - activate said at least one light source upon determining that said light device was continuously powered on for less than said predetermined period before said light device was last powered off.
A thermal recording material comprising: - a base layer; - one or more undercoat layers which is/are laid down on the base layer, wherein the undercoat layer(s) contain(s) a water-soluble resin and hollow particles; - a thermo-sensitive coloring layer which is laid down on the uppermost undercoat layer, on the opposite side with respect to the base layer; and - one or more protective layers which is/are laid down on the thermo-sensitive coloring layer, on the opposite side with respect to the undercoat layer(s); wherein the water soluble resin is a polyvinyl alcohol with a degree of the polymerisation which is at least 400 and at most 1000, and wherein the ratio by mass of the water-soluble resin in the dried state to the hollow particles in the dried state is at least 50% and at most 200%. - a base layer; - one or more undercoat layers which is/are laid down on the base layer, wherein the undercoat layer(s) contain(s) a water-soluble resin and hollow particles; - a thermo-sensitive coloring layer which is laid down on the uppermost undercoat layer, on the opposite side with respect to the base layer; and - one or more protective layers which is/are laid down on the thermo-sensitive coloring layer, on the opposite side with respect to the undercoat layer(s);
Sorting installation (2a-2d) for sorting objects (4, 4a, 4b), comprising a sorter for conveying objects (4, 4a, 4b) and also an end station facility for accepting objects (4, 4a, 4b), wherein the sorter is configured to bring at least a few of the objects (4, 4a, 4b) conveyed on the sorter in an object introduction direction, which is different from a local direction of object conveyance of the sorter in an area of the sorter adjoining the end station facility, into the end station facility, wherein the end station facility has a first object store, a second object store and also a transport facility, wherein the transport facility is configured to transport the objects (4, 4a, 4b) brought into the end station facility by the sorter optionally along a first transport path to the first object store or along a second transport path to the second object store in each case; wherein the transport facility is configured to transport the objects (4, 4a, 4b) to be transported to the first object store, in a first direction of transport, to the first object store, and the objects (4, 4a, 4b) to be transported to the second object store, in a second direction of transport different from the first direction of transport, to the second object store; characterised in that the second direction of transport is a direction opposite to the first direction of transport. wherein the transport facility is configured to transport the objects (4, 4a, 4b) to be transported to the first object store, in a first direction of transport, to the first object store, and the objects (4, 4a, 4b) to be transported to the second object store, in a second direction of transport different from the first direction of transport, to the second object store; characterised in that the second direction of transport is a direction opposite to the first direction of transport.