mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for monitoring blood coagulation comprising: a main body ; a test chamber for receiving a fluid sample; and a rotor disposed within the test chamber centralised between a lower pivot point and an upper pivot point , but not tethered to these pivot points, wherein the rotor comprises a buoyancy chamber for reducing the apparent weight of the rotor when fluid is arranged within the test chamber, the main body and test chamber form a capsule characterized in that the main body comprises an inlet connected to a feeder channel leading into a lower channel via which the fluid sample can be inserted into the test chamber and in that the main body further comprises, at the top of the test chamber , a ventilation aperture leading to a short ventilation gallery comprising a vertical shaft leading to an upper substantially horizontal channel via which excess fluid sample and air can exit the test chamber into an overflow reservoir . a main body ; a test chamber for receiving a fluid sample; and a rotor disposed within the test chamber centralised between a lower pivot point and an upper pivot point , but not tethered to these pivot points, wherein the rotor comprises a buoyancy chamber for reducing the apparent weight of the rotor when fluid is arranged within the test chamber, the main body and test chamber form a capsule characterized in that the main body comprises an inlet connected to a feeder channel leading into a lower channel via which the fluid sample can be inserted into the test chamber and in that the main body further comprises, at the top of the test chamber , a ventilation aperture leading to a short ventilation gallery comprising a vertical shaft leading to an upper substantially horizontal channel via which excess fluid sample and air can exit the test chamber into an overflow reservoir .
-A system for supporting workpieces, the system comprising a base and a plurality of support members , each support member comprising a plate and means for positioning the plate in relation to the base, wherein in at least some of the support members , the means for positioning the plate comprise at least three controllably extendable members arranged for determining the position and inclination of the plate in relation to the base, thereby allowing for controlled positioning of the plate in relation to the base and for controlled inclination of the plate , characterized in that the system further comprises a flexible cover supported by the plates , whereby the shape of the cover is at least in part determined by the positions and orientations of the plates , and in that at least some of the support members include, in correspondence with the plate , at least one roller for attachment to the flexible cover , the roller being capable of rotation around at least one axis. in at least some of the support members , the means for positioning the plate comprise at least three controllably extendable members arranged for determining the position and inclination of the plate in relation to the base, thereby allowing for controlled positioning of the plate in relation to the base and for controlled inclination of the plate , characterized in that the system further comprises a flexible cover supported by the plates , whereby the shape of the cover is at least in part determined by the positions and orientations of the plates , and in that at least some of the support members include, in correspondence with the plate , at least one roller for attachment to the flexible cover , the roller being capable of rotation around at least one axis.
Apparatus for a household appliance , wherein the apparatus comprises an add-on part (18 to 20, 29) shaped as a bearing bush and a household appliance component (9 to 13) which has a plate-like base body , in which a hole (14 to 17) for passing through the bearing bush is embodied, and the hole (14 to 17) is surrounded by a collar , which protrudes from the hole plane, on a delimiting edge at least in regions, wherein the delimiting edge has at least a number n, where 3 ≤ n ≤ 8, in particular n = 6, of corners, and the bearing bush separate from the household appliance component (9 to 13) is inserted into the hole (14 to 17) and held therein, wherein fixing elements are embodied in one piece on a functional body of the bearing bush having a geometry formed in the shape of a pot, which fixing elements engage behind the collar in the assembled state of the bearing bush and the bearing bush has an axially fixed position, wherein the fixing elements are bending lugs which are able to be bent outwards radially after the axial introduction of the bearing bush into the hole (14 to 17), wherein the fixing elements which have been bent outwards radially engage behind the collar in the region of a rear edge , so that an axial positional securing of the bearing bush in connection with a contact flange of the bearing bush is achieved.
A signal isolator IC package , comprising: a first die ; and a second die with a voltage barrier region between the first and second die, wherein transmit and receive paths of the first and second dies are selectively configured to provide data transfer and bi-directional communication between the first and second die for feedback and/or diagnostic signals, wherein the first and second dies are identical and rotated one-hundred and eighty degrees with respect to each other, and wherein the transmit and receive paths of the first and second dies include a first transmit path comprising, in order, a first transmitter bridge , a first coil , a first voltage isolation barrier and a first magnetic sensing element and a first receive path comprising, in order, a second magnetic sensing element , a second voltage isolation barrier, a second coil , and a second transmitter bridge . a first die ; and a second die with a voltage barrier region between the first and second die, wherein transmit and receive paths of the first and second dies are selectively configured to provide data transfer and bi-directional communication between the first and second die for feedback and/or diagnostic signals, wherein the first and second dies are identical and rotated one-hundred and eighty degrees with respect to each other, and wherein the transmit and receive paths of the first and second dies include a first transmit path comprising, in order, a first transmitter bridge , a first coil , a first voltage isolation barrier and a first magnetic sensing element and a first receive path comprising, in order, a second magnetic sensing element , a second voltage isolation barrier, a second coil , and a second transmitter bridge .
Airfoil of an aircraft with an ice protection system , the airfoil having a leading edge , the ice protection system comprising a first applying mechanism for applying an ice protection fluid along at least a portion of the leading edge of the airfoil, and an ice protection fluid recovering mechanism for recovering the ice protection fluid applied by the first applying mechanism , the ice protection fluid recovering mechanism being arranged downstream of the leading edge of the airfoil, characterized in that the ice protection system further comprises a second applying mechanism for applying the ice protection fluid recovered by the ice protection fluid recovering mechanism on at least one area of the airfoil arranged downstream of the leading edge of the airfoil.
A method comprising: receiving data characterizing time-dependent lateral vibration of a shaft of a machine , the lateral vibration indicative of motion of at least a portion of the shaft perpendicular to a first direction, wherein the lateral vibration is detected by a first sensor located at a first predetermined location on the shaft ; receiving data characterizing time-dependent torsional vibration of the shaft , the torsional vibration indicative of rotation of the shaft around the first direction, wherein the torsional vibration is detected by a second sensor located at a second predetermined location on the shaft ; characterized by calculating a coherence between the data characterizing time-dependent lateral vibration and the data characterizing time-dependent torsional vibration; identifying , based on the coherence, a first frequency value in the frequency domain indicative of coupling between the time-dependent lateral vibration and the time-dependent torsional vibration, wherein the coupling includes transfer of energy from the lateral vibration to the torsional vibration or vice versa at the first frequency; and providing the first frequency and/or at least a portion of the coherence. receiving data characterizing time-dependent lateral vibration of a shaft of a machine , the lateral vibration indicative of motion of at least a portion of the shaft perpendicular to a first direction, wherein the lateral vibration is detected by a first sensor located at a first predetermined location on the shaft ; receiving data characterizing time-dependent torsional vibration of the shaft , the torsional vibration indicative of rotation of the shaft around the first direction, wherein the torsional vibration is detected by a second sensor located at a second predetermined location on the shaft ; characterized by calculating a coherence between the data characterizing time-dependent lateral vibration and the data characterizing time-dependent torsional vibration; identifying , based on the coherence, a first frequency value in the frequency domain indicative of coupling between the time-dependent lateral vibration and the time-dependent torsional vibration, wherein the coupling includes transfer of energy from the lateral vibration to the torsional vibration or vice versa at the first frequency; and providing the first frequency and/or at least a portion of the coherence.
Apparatus for cleaning cup-like containers of spray guns, spray guns and parts thereof, the said apparatus being designed in such a way that cleaning liquid contaminated with substances to be removed is allocated as an effluent to a collecting container during the passage of a cleaning operation, the cleaning operation being divided into at least two cleaning steps which are separate from one another, in that, in each individual cleaning step, a cleaning liquid contaminated and/or uncontaminated with substances to be removed is allocated as an effluent to a collecting container exclusively allocated to the individual cleaning step, the device being designed in such a way that the processes are carried out spatially separated from one another in the functional sense, characterized in that a cleaning compartment provided exclusively for this cleaning step is implemented for each cleaning step, the device having at least one holder which, in the functional sense, holds at least two objects to be cleaned for each cleaning step, wherein the holder is arranged in the cleaning compartment provided for this cleaning step during a cleaning step, wherein the device is designed such that the holder , after a first cleaning step, is fed from the cleaning compartment assigned to this first cleaning step to a cleaning compartment assigned to a further cleaning step.
An envelope comprised of one of: a. one sheet of material that is folded into two equal parts (A,B) along a central fold line with the remaining edges of the two parts sealed to each other with an adhesive to form an airtight envelope; and b. two sheets (A,B) of material that are placed one on top of each other with their interior sides facing each other and their edges sealed to each other with an adhesive to form an airtight envelope; the envelope containing: i. at least one medical patch attached to the interior side of each one of the parts (A,B) or sheets (A,B); ii. a layer of medical grade pressure sensitive adhesive surrounding each one of the medical patches ; wherein the pressure sensitive adhesive is applied to a part of the surface of the interior side of the two parts (A,B) or two sheets (A,B) to which the at least one medical patch is attached in order to attach the two parts (A,B) or two sheets (A,B) of material and the attached medical patches to the body of a patient; the envelope characterized in that each medical patch is attached to its respective part or sheet such that the areas covered by the layer of medical grade pressure sensitive adhesive surrounding the medical patches do not overlap each other when the two parts or two sheets are assembled to form the envelope. a. one sheet of material that is folded into two equal parts (A,B) along a central fold line with the remaining edges of the two parts sealed to each other with an adhesive to form an airtight envelope; and b. two sheets (A,B) of material that are placed one on top of each other with their interior sides facing each other and their edges sealed to each other with an adhesive to form an airtight envelope; the envelope containing: i. at least one medical patch attached to the interior side of each one of the parts (A,B) or sheets (A,B); ii. a layer of medical grade pressure sensitive adhesive surrounding each one of the medical patches ; wherein the pressure sensitive adhesive is applied to a part of the surface of the interior side of the two parts (A,B) or two sheets (A,B) to which the at least one medical patch is attached in order to attach the two parts (A,B) or two sheets (A,B) of material and the attached medical patches to the body of a patient; i. at least one medical patch attached to the interior side of each one of the parts (A,B) or sheets (A,B); ii. a layer of medical grade pressure sensitive adhesive surrounding each one of the medical patches ; wherein the pressure sensitive adhesive is applied to a part of the surface of the interior side of the two parts (A,B) or two sheets (A,B) to which the at least one medical patch is attached in order to attach the two parts (A,B) or two sheets (A,B) of material and the attached medical patches to the body of a patient; the envelope characterized in that each medical patch is attached to its respective part or sheet such that the areas covered by the layer of medical grade pressure sensitive adhesive surrounding the medical patches do not overlap each other when the two parts or two sheets are assembled to form the envelope.
A marker display device displays physical magnitudes measured by a first measuring device that measures values of a first physical magnitude and a second measuring device that measures values of a second physical , the display device comprises a controller device in electrical communication with at least the first measuring device, the second measuring device to continuously register the values of a first physical magnitude, the second physical magnitude, originating in the first measuring device and second measuring device; and a third referencing device adapted to provide a reference value relative to the mathematical relationship between the first and second physical magnitude, wherein the controller device is in electrical communication with a first indicator , a second indicator to generate and transmit positioning signals to the first and a second indicator , respectively, to indicate markers belonging to the first graduated scale and the second graduated scale such that the first and a second indicator are aligned during normal operation of the elements of the assembly; the controller device is configured to change the size and the relative position of a first scale with respect to the second scale , wherein there is a mathematical relationship between the first physical magnitude and the second physical magnitude that can change during operation of the first and second measuring devices such that the size and the relative position of the first scale is changed as a function of the current relationship between the first and second physical magnitude.
Slide ring seal comprising a cooling circuit , through which liquid can flow and which has a liquid inflow and a liquid outflow , a first slide ring , a second slide ring , which is arranged coaxially with respect to the first slide ring , and a counterpart ring , wherein the slide rings and the counterpart ring have in each case at least one seal surface , wherein the in each case at least one seal surface of the slide rings makes contact with the at least one seal surface of the counterpart ring in a sealingly abutting manner, wherein the first slide ring has at least one first cooling channel which is configured as a feed line or discharge line to or from the seal surfaces , wherein the second slide ring has at least one second cooling channel which is configured as a discharge line or feed line from or to the seal surfaces , wherein the feed line or discharge line of the first slide ring and the discharge line or feed line of the second slide ring are arranged on those circumferential sides of the slide rings which face towards one another in a radial direction , and form an integral feature of the respective slide ring , and wherein the liquid inflow is connected in a flow-conducting manner to the feed line and the liquid outflow is connected in a flow-conducting manner to the discharge line , characterized in that the cooling channels are each of substantially groove-shaped form and are radially open in the direction of the in each case other slide ring .
A surgery assisting device comprising: an arm unit including a holder for holding an endoscope and configured to adjust a position of the endoscope in a state in which the holder holds the endoscope ; an image generating section configured to generate an endoscope viewpoint map image that is an image of a three-dimensional model of a subject from a viewpoint of the endoscope held by the holder ; a display control section configured to perform display control of the endoscope viewpoint map image and an endoscope captured image that is obtained by the endoscope ; and an operating unit for rotating the endoscope captured image , wherein a computation and control unit is configured to rotate the displayed endoscope captured image according to operation of the operating unit without a positional displacement of the endoscope being caused, and the computation and control unit is further configured to rotate the endoscope viewpoint map image in conjunction with the rotation of the endoscope captured image . an arm unit including a holder for holding an endoscope and configured to adjust a position of the endoscope in a state in which the holder holds the endoscope ; an image generating section configured to generate an endoscope viewpoint map image that is an image of a three-dimensional model of a subject from a viewpoint of the endoscope held by the holder ; a display control section configured to perform display control of the endoscope viewpoint map image and an endoscope captured image that is obtained by the endoscope ; and an operating unit for rotating the endoscope captured image , wherein a computation and control unit is configured to rotate the displayed endoscope captured image according to operation of the operating unit without a positional displacement of the endoscope being caused, and the computation and control unit is further configured to rotate the endoscope viewpoint map image in conjunction with the rotation of the endoscope captured image .
A method performed at a User Equipment, UE, the method comprising: selectively initiating a synchronous communication session between the UE and a second UE via a first access network of a first type, wherein a pre-establishment phase follows or commences with the initiation of the communication session and precedes establishment of the communication session; and wherein during the pre-establishment phase the method comprises: selectively measuring the first access network to provide a first measurement, and in response to a determining that the first measurement corresponds to a first service-interruption condition: canceling the communication session by transmitting a cancellation message to a network device , tuning the radio to communicate with a second access network of a second, different type, and re-initiating the communication session between the UE and the second UE via the second access network. selectively initiating a synchronous communication session between the UE and a second UE via a first access network of a first type, wherein a pre-establishment phase follows or commences with the initiation of the communication session and precedes establishment of the communication session; and wherein during the pre-establishment phase the method comprises: selectively measuring the first access network to provide a first measurement, and in response to a determining that the first measurement corresponds to a first service-interruption condition: canceling the communication session by transmitting a cancellation message to a network device , tuning the radio to communicate with a second access network of a second, different type, and re-initiating the communication session between the UE and the second UE via the second access network. selectively measuring the first access network to provide a first measurement, and in response to a determining that the first measurement corresponds to a first service-interruption condition: canceling the communication session by transmitting a cancellation message to a network device , tuning the radio to communicate with a second access network of a second, different type, and re-initiating the communication session between the UE and the second UE via the second access network. canceling the communication session by transmitting a cancellation message to a network device , tuning the radio to communicate with a second access network of a second, different type, and re-initiating the communication session between the UE and the second UE via the second access network.
The anti-angiogenic tyrosine kinase inhibitor sunitinib for use in a method of treating metastatic cancer in a subject, the subject having been previously subjected to a vaccinia virus therapy, wherein the vaccinia virus is a vaccinia virus expressing GM-CSF and lacking a functional thymidine kinase gene, wherein the anti-angiogenic tyrosine kinase inhibitor is administered at most 13 weeks after vaccinia virus therapy, and wherein the vaccinia virus was administered intravascularly, or both intravascularly and intratumorally.
Castable refractory composition, consisting of a plurality of dry components and a plurality of wet components, said castable refractory composition comprising, based on the total weight of the castable refractory composition, (a) between 80 wt.-% and 99 wt.-% of a magnesia aggregate material; (b) between 0.1 wt.-% and 10 wt.-% carbonaceous material; (c) between 0.1 wt.-% and 5 wt.-% antioxidant; and (d) a non-aqueous binder; wherein the composition comprises no more than 2 wt.-% water; wherein the fixed carbon in the composition, as determined according to IS: 1350, Part 1, 1984, is no more than about 10 wt.-% fixed carbon; and wherein said antioxidant is selected from boron carbide, silicon carbide, silicon nitride, calcium boride, zirconium boride, aluminium metal, zinc metal, silicon metal, barium metal, titanium metal, one or more aluminium-magnesium alloys, one or more zinc-magnesium alloys, one or more zinc-aluminium-magnesium alloys, or combinations thereof, and wherein said non-aqueous binder comprises one or more epoxy-compounds. (a) between 80 wt.-% and 99 wt.-% of a magnesia aggregate material; (b) between 0.1 wt.-% and 10 wt.-% carbonaceous material; (c) between 0.1 wt.-% and 5 wt.-% antioxidant; and (d) a non-aqueous binder; wherein