mhurhangee/patent-ind-claim-en huggingface dataset:
A method for dimensioning a vibration isolator for a stationary vibration isolation system, which vibration isolator comprises a working space with a fluid volume, which supports a piston in a horizontal and a vertical direction in a vibration-isolated manner, wherein the vibration isolator includes means for adding a negative stiffness in a vertical direction; characterized in that the negative stiffness of the means for adding a negative stiffness is taken into account in calculating a volume of the working space required for a desired natural frequency f 0 of the vibration isolator, wherein the calculation for at least one degree of freedom comprises to initially calculate a sum of positive and negative stiffnesses; and wherein a required stiffness k needed is determined on the basis of the load to be supported and the required natural frequency f 0 .
Feeding device for poultry such as cocks, comprising - an elongate feed transporting element with at least a bottom wall, - a feed trough provided underneath it and parallel to it, which is provided with a bottom , upright side walls and an at least partially open upper side, - a feed transporting device for transporting feed through the feed transporting element , and - a displacing device for moving the feed transporting element and the feed trough in a vertical direction relative to one another between a filling position and a feeding position, wherein the feed transporting element is provided on its underside with a plurality of passages for feed and a plurality of individual metering units provided at a distance from one another on the underside of the feed transporting element , each of which connects to a passage of the plurality of passages and each of which is configured for metering an individual, predetermined portion of feed received from the feed transporting element into the feed trough , wherein each metering unit comprises a metering space delimited at least partly by a peripheral wall , wherein the metering space determines a volume for the portion of feed to be metered with said metering unit , in which, at least in the filling position, each metering unit is in contact with the bottom of the feed trough so that the peripheral wall of the metering unit together with the bottom of the feed trough and the bottom wall of the feed transporting element closes the metering space of the metering unit for feed so as to be able to fill the metering space in the filling position with the portion of feed from the feed transporting element , via the respective passage , and wherein, in the feeding position, the feed transporting element is located at a greater distance from the feed trough than in the filling position, so that the plurality of metering units are clear of the bottom of the feed trough so that the portions of feed metered on the bottom of the feed trough are accessible for the poultry and wherein, in the filling position, the feed transporting element is at a predetermined distance from the bottom of the feed trough , adjustable in a range between a minimum and a maximum value, wherein a height of the peripheral wall of each of the metering units , in the vertical direction, can be altered so that, in the range between the minimum and the maximum value, the metering unit is in contact with the bottom of the feed trough . - an elongate feed transporting element with at least a bottom wall, - a feed trough provided underneath it and parallel to it, which is provided with a bottom , upright side walls and an at least partially open upper side, - a feed transporting device for transporting feed through the feed transporting element , and - a displacing device for moving the feed transporting element and the feed trough in a vertical direction relative to one another between a filling position and a feeding position,
A haircare unit configured to be used when styling hair, the hair care unit comprising: a hollow body ; an air inlet through which air can enter the hollow body; a hair receiving portion on the outside of the hollow body, wherein the hair receiving portion comprises multiple air outlets through which air can exit the hollow body; and multiple slats provided between respective pairs of air outlets under an obtuse angle with the hair receiving portion, characterized in that the slats and the air outlets are positioned along a straight line , and wherein the multiple slats have substantially rounded surfaces ) on the outside of the hollow body such that in use an airflow is generated that moves predominantly along the hair receiving portion along the straight line. a hollow body ; an air inlet through which air can enter the hollow body; a hair receiving portion on the outside of the hollow body, wherein the hair receiving portion comprises multiple air outlets through which air can exit the hollow body; and multiple slats provided between respective pairs of air outlets under an obtuse angle with the hair receiving portion, characterized in that the slats and the air outlets are positioned along a straight line , and wherein the multiple slats have substantially rounded surfaces ) on the outside of the hollow body such that in use an airflow is generated that moves predominantly along the hair receiving portion along the straight line.
A jamshidi assembly comprising: an outer cannula member having the first portion of a helical thread type depth controlling assembly secured thereto for adjustable cooperation with an inner cannula member, an inner cannula member , said inner cannula member having a second portion of a helical thread type depth controlling assembly secured thereto, a needle member removably secured within said inner cannula member so that a tip portion of said needle member extends beyond a distal end of said inner cannula member , said outer cannula having a second end constructed and arranged to cooperate with a bone member to provide a stop member against said bone, said first and said second portions of said depth controlling assembly threadably cooperating to provide user controlled depth of penetration of said needle member and said inner cannula member into said bone. an outer cannula member having the first portion of a helical thread type depth controlling assembly secured thereto for adjustable cooperation with an inner cannula member, an inner cannula member , said inner cannula member having a second portion of a helical thread type depth controlling assembly secured thereto, a needle member removably secured within said inner cannula member so that a tip portion of said needle member extends beyond a distal end of said inner cannula member , said outer cannula having a second end constructed and arranged to cooperate with a bone member to provide a stop member against said bone, said first and said second portions of said depth controlling assembly threadably cooperating to provide user controlled depth of penetration of said needle member and said inner cannula member into said bone.
A hot melt adhesive system comprising: an adhesive supply configured to contain a bulk quantity of particulate hot melt adhesive and having an outlet; an adhesive melter having an inlet, and configured to melt the particulate hot melt adhesive into a liquid hot melt adhesive, the adhesive supply and the adhesive melter being thermally isolated from each other such that particulate adhesive in the adhesive supply remains unmelted during operation of the adhesive melter ; and a feeder device having an opening provided through a side of a main portion of said feeder device proximate a base surface that comprises part of an outlet for particulate hot melt adhesive that moves through the feeder device , wherein the feeder device is configured to intermittently direct particulate hot melt adhesive from the adhesive supply to the adhesive melter , wherein the outlet of the adhesive supply is offset from a position directly above the inlet of the adhesive melter , and wherein the feeder device is configured to prevent the flow of heated air from the adhesive melter to the adhesive supply . an adhesive supply configured to contain a bulk quantity of particulate hot melt adhesive and having an outlet; an adhesive melter having an inlet, and configured to melt the particulate hot melt adhesive into a liquid hot melt adhesive, the adhesive supply and the adhesive melter being thermally isolated from each other such that particulate adhesive in the adhesive supply remains unmelted during operation of the adhesive melter ; and a feeder device having an opening provided through a side of a main portion of said feeder device proximate a base surface that comprises part of an outlet for particulate hot melt adhesive that moves through the feeder device , wherein the feeder device is configured to intermittently direct particulate hot melt adhesive from the adhesive supply to the adhesive melter , wherein the outlet of the adhesive supply is offset from a position directly above the inlet of the adhesive melter , and wherein the feeder device is configured to prevent the flow of heated air from the adhesive melter to the adhesive supply .
Apparatus for supporting an aortic valve intervention, comprising: - an input interface ; and - a processing unit ; - wherein the input interface is configured to receive i) an image-data signal g representing an X-ray image of an aortic valve of a heart and ii) a time variant, body-surface signal b indicating a beat of the heart; wherein an interventional device is at least partly present in the X-ray image; wherein the processing unit is configured to determine an open-state and/or closed-state of the aortic valve on the basis of a predefined signal course of the body-surface signal b; wherein the processing unit is further configured to generate a display signal component for signaling the aortic valve as i) open during a determined open-state of the aortic valve, or as ii) closed during a determined closed-state of the aortic valve; wherein the processing unit is further configured to generate a display signal (d) representing a display image comprising the X-ray image and the display signal component; and wherein the display image shows an overlay of at least a part of the aortic valve, at least partially the interventional device and a notation indicating whether the aortic valve is in the open-state or closed-state; wherein the apparatus further comprises a display unit for displaying the display image . - an input interface ; and - a processing unit ; - wherein the input interface is configured to receive i) an image-data signal g representing an X-ray image of an aortic valve of a heart and ii) a time variant, body-surface signal b indicating a beat of the heart; wherein an interventional device is at least partly present in the X-ray image; wherein the processing unit is configured to determine an open-state and/or closed-state of the aortic valve on the basis of a predefined signal course of the body-surface signal b; wherein the processing unit is further configured to generate a display signal component for signaling the aortic valve as i) open during a determined open-state of the aortic valve, or as ii) closed during a determined closed-state of the aortic valve; wherein the processing unit is further configured to generate a display signal (d) representing a display image comprising the X-ray image and the display signal component; and wherein the display image shows an overlay of at least a part of the aortic valve, at least partially the interventional device and a notation indicating whether the aortic valve is in the open-state or closed-state; wherein the apparatus further comprises a display unit for displaying the display image .
A container comprising a paper, paperboard, or cardboard base receptacle and a plastic lid , which is joined to the base receptacle by selectively releasable connection means , wherein said base receptacle has a bottom wall and a lateral wall having an upper edge, wherein said lid includes a lower frame resting on said upper edge and delimiting an opening for access to the inside of the container, and an upper element configured to selectively close/open said opening, and characterized in that said selectively releasable connection means are accessible only from the inside of the container. wherein said base receptacle has a bottom wall and a lateral wall having an upper edge, wherein said lid includes a lower frame resting on said upper edge and delimiting an opening for access to the inside of the container, and an upper element configured to selectively close/open said opening, and characterized in that said selectively releasable connection means are accessible only from the inside of the container.
Method for applying a transfer ply of a film to a substrate , wherein the method comprises the following steps: a) applying a radically curable adhesive to at least one partial region of the transfer ply by means of an inkjet printing head ; b) pre-curing the adhesive by means of UV irradiation; c) applying the at least one partial region, provided with adhesive , of the transfer ply to the substrate ; d) curing the adhesive by means of UV irradiation; (e) removing a carrier ply of the film from the at least one partial region of the transfer ply , and wherein an inkjet printing head with a resolution of from 300 to 1200 application nozzles per inch (npi) is used to apply the adhesive , and/or adhesive drops with a volume of from 2pl to 50pl with a tolerance of no more than ±6% are provided by the inkjet printing head . a) applying a radically curable adhesive to at least one partial region of the transfer ply by means of an inkjet printing head ; b) pre-curing the adhesive by means of UV irradiation; c) applying the at least one partial region, provided with adhesive , of the transfer ply to the substrate ; d) curing the adhesive by means of UV irradiation; (e) removing a carrier ply of the film from the at least one partial region of the transfer ply ,
An electrical device comprising: - a circuit board having a first surface and a second surface , - at least one indicator light source on the first surface of the circuit board, - at least one light guide for receiving, at a first end of the light guide, light from the indicator light source and for conducting the received light to a second end of the light guide so that the light crosses, in a direction parallel with the circuit board, an edge of the circuit board, the second end of the light guide constituting a display surface for showing the light to a user of the electrical device, and - means for controlling the indicator light source according to an operational status of the electrical device, characterized in that , on a fringe area extending from the edge of the circuit board a distance towards an opposite edge of the circuit board, the light guide is between geometrical planes, wherein the geometrical planes are parallel and coinciding with the first and second surfaces of the circuit board. - a circuit board having a first surface and a second surface , - at least one indicator light source on the first surface of the circuit board, - at least one light guide for receiving, at a first end of the light guide, light from the indicator light source and for conducting the received light to a second end of the light guide so that the light crosses, in a direction parallel with the circuit board, an edge of the circuit board, the second end of the light guide constituting a display surface for showing the light to a user of the electrical device, and - means for controlling the indicator light source according to an operational status of the electrical device,
Panel for covering a surface of a room, comprising a panel body extending in a longitudinal direction and in a transverse direction for transferring service loads introduced at an upper side of the panel body to a lower side of the panel body facing the surface of the room, wherein the upper side is spaced apart from the lower side in a thickness direction ; and a locking hook projecting from the panel body in the longitudinal direction for latching into a receiving groove of a further panel , wherein an end face base plane of an end face of the panel body extending away from the locking hook extends inclined with respect to the thickness direction while forming an obtuse angle with the locking hook , characterized in that the obtuse angle between the locking hook and the end face base plane varies with a constant gradient in the transverse direction. a panel body extending in a longitudinal direction and in a transverse direction for transferring service loads introduced at an upper side of the panel body to a lower side of the panel body facing the surface of the room, wherein the upper side is spaced apart from the lower side in a thickness direction ; and a locking hook projecting from the panel body in the longitudinal direction for latching into a receiving groove of a further panel , wherein an end face base plane of an end face of the panel body extending away from the locking hook extends inclined with respect to the thickness direction while forming an obtuse angle with the locking hook , characterized in that the obtuse angle between the locking hook and the end face base plane varies with a constant gradient in the transverse direction.
Method for producing a preform of a valve body of a hollow valve, comprising the following steps: providing a workpiece and a forming punch ; introducing a Ti-Fe or an iron oxide powder as protective coating between the workpiece and the forming punch ; and compressive forming of the workpiece for creating said preform at 1050 °C to 1200 °C. providing a workpiece and a forming punch ; introducing a Ti-Fe or an iron oxide powder as protective coating between the workpiece and the forming punch ; and compressive forming of the workpiece for creating said preform at 1050 °C to 1200 °C.
A supply item for an image forming device prepared by a process comprising the steps of: obtaining a body ; obtaining a helical auger having a spiral flight having magnetized particles generating a magnetic field above the flight having a varying intensity; obtaining a non-volatile memory device ; attaching the non-volatile memory device to the body ; rotatably attaching the helical auger to the body ; creating an array of measurements by measuring the intensity of the magnetic field along a section of the spiral flight ; generating a digital signature from the array of measurements; and storing the array of measurements and the digital signature in the non-volatile memory device . obtaining a body ; obtaining a helical auger having a spiral flight having magnetized particles generating a magnetic field above the flight having a varying intensity; obtaining a non-volatile memory device ; attaching the non-volatile memory device to the body ; rotatably attaching the helical auger to the body ; creating an array of measurements by measuring the intensity of the magnetic field along a section of the spiral flight ; generating a digital signature from the array of measurements; and storing the array of measurements and the digital signature in the non-volatile memory device .
A method for use in a wireless transmit/receive unit, WTRU, using coverage enhancement in Time Division Duplex, TDD, the method comprising: receiving, by the WTRU, TDD uplink, UL/downlink, DL, subframe configuration information; receiving, by the WTRU, indication information, wherein the indication information includes an indication of UL subframe restriction information; determining, by the WTRU, based on both the received TDD UL/DL subframe configuration information and the received indication information, one or more subframes to use for receiving DL repetitions and one or more subframes to use for transmitting UL repetitions; receiving, by the WTRU, DL repetitions of a DL signal only in the determined one or more subframes to use for receiving DL repetitions; and transmitting, by the WTRU, UL repetitions of a UL signal only in the determined one or more subframes to use for transmitting UL repetitions. receiving, by the WTRU, TDD uplink, UL/downlink, DL, subframe configuration information; receiving, by the WTRU, indication information, wherein the indication information includes an indication of UL subframe restriction information; determining, by the WTRU, based on both the received TDD UL/DL subframe configuration information and the received indication information, one or more subframes to use for receiving DL repetitions and one or more subframes to use for transmitting UL repetitions; receiving, by the WTRU, DL repetitions of a DL signal only in the determined one or more subframes to use for receiving DL repetitions; and transmitting, by the WTRU, UL repetitions of a UL signal only in the determined one or more subframes to use for transmitting UL repetitions.
A Device Abstraction Proxy comprising: a communications interface to connect the Device Abstraction Proxy to one or more access aggregation devices, each having a plurality of wireless ports to provide wireless communication services to a plurality of terminals via the plurality of wireless ports; a memory and processor to execute a virtual access aggregation device, wherein a subset of the plurality of wireless ports are allocated to the virtual access aggregation device and linked to corresponding logical ports within the virtual access aggregation device; a global rule-set module to define one or more allowed distinct profiles defining operational characteristics for a respective logical port; and a management interface to allow at least one access management system to manage the subset of wireless ports allocated to the virtual access aggregation device subject to the allowed distinct profiles. a communications interface to connect the Device Abstraction Proxy to one or more access aggregation devices, each having a plurality of wireless ports to provide wireless communication services to a plurality of terminals via the plurality of wireless ports; a memory and processor to execute a virtual access aggregation device, wherein a subset of the plurality of wireless ports are allocated to the virtual access aggregation device and linked to corresponding logical ports within the virtual access aggregation device; a global rule-set module to define one or more allowed distinct profiles defining operational characteristics for a respective logical port; and a management interface to allow at least one access management system to manage the subset of wireless ports allocated to the virtual access aggregation device subject to the allowed distinct profiles.
Method for determining characteristic-curve correction factors (Ω, Γ, Θ) of a matrix detector that images in the infrared spectral range, which matrix detector comprises a multiplicity of detector elements that are arranged in two dimensions in relation to one another, said detector elements each being able to output a pixel value as a signal, or in which matrix detector the signals of a plurality of detector elements can be combined to form a single pixel value , in which method an area of homogeneous temperature (T BB ) is recorded at two different temperatures (T BB ) of the area by the matrix detector , there being two images with different integration times (t) for each temperature, characterized in that a signal gradient (σ) over the integration time (t) is established for each of the pixels from the four pixel values at the two temperatures (T BB ) in each case and the gain of the pixel is established from the difference of the signal gradients (σ) and characteristic-curve correction factors (Γ) for the gain are stored .