mhurhangee/patent-ind-claim-en huggingface dataset:
Linear guide device with at least one linear guide unit having a housing which has two cover plates spaced apart in a height direction and in between a separate core body and a separate frame body encompassing the core body in a frame plane perpendicular to the height direction, wherein the housing defines two annular self-contained circulation channels spaced apart in the height direction, each holding a multiplicity of roller bearing elements arranged consecutively in the channel axial direction and able to perform a circulatory movement in the channel axial direction , wherein each circulation channel has a straight support channel section assigned to a front frame leg of the frame body and supporting the roller bearing elements contained in it against external forces, a return flow channel section assigned to a rear frame leg of the frame body and at a distance from the support channel section , and two curved deflecting channel sections arranged at the end and each assigned to an end frame leg of the frame body , wherein each support channel section has on the long side a working longitudinal slot allowing the partial protruding through of the roller bearing elements contained in it and bounded by the front frame leg , and wherein the core body forms a wall section of each support channel section acting as support face for the roller bearing elements located momentarily in the two support channel sections , characterised in that at least the wall sections of the return flow channel section in contact with the roller bearing elements and the deflecting channel sections of both circulation channels , without involvement of the core body , are formed exclusively and jointly by the frame body and by the two cover plates formed separately with respect to the core body and the frame body in that , in the frame body on its top side and bottom side facing the cover plates , there is formed in each case a guide slot extending along the rear frame leg and along the two end frame legs , which is covered by the adjacent cover plate both in the area of the rear frame leg and in the area of the two end frame legs , wherein each cover plate at the same time, together with the front frame leg of the frame body , bounds one of the two working longitudinal slots and wherein each cover plate is fixed solely to the core body , and only by this means are the two cover plates , the core body and the frame body held together.
A jaw plate retainer assembly to releasably secure a jaw plate at a jaw of a jaw crusher , the assembly comprising: a frame forming part of a jaw crusher that, in part, defines one of the jaws of the crusher , the frame having a support face for mounting a jaw plate against which material is to be crushed; at least one retainer being separate to the frame and the jaw plate and extending through the frame and having a head to frictionally engage the jaw plate for mounting against the support face , and an anchor part to secure the head in position at the frame ; the frame comprises at least one cavity recessed inwardly from the support face , the cavity and the head dimensioned such that the head is capable of being at least partially accommodated within the cavity whilst leaving a free volume region to receive a part of the jaw plate , the head having at least one abutment face to frictionally engage the part of the jaw plate within the cavity and reasonably secure the jaw plate at the jaw , characterised in that , the assembly further comprising a release actuator extending through the frame having a first part accessible at a rearward facing side of the frame and a second part positioned at the head , the actuator configured to transmit a release force by the first and second parts to the head to force the head in a direction out of the cavity. a frame forming part of a jaw crusher that, in part, defines one of the jaws of the crusher , the frame having a support face for mounting a jaw plate against which material is to be crushed; at least one retainer being separate to the frame and the jaw plate and extending through the frame and having a head to frictionally engage the jaw plate for mounting against the support face , and an anchor part to secure the head in position at the frame ; the frame comprises at least one cavity recessed inwardly from the support face , the cavity and the head dimensioned such that the head is capable of being at least partially accommodated within the cavity whilst leaving a free volume region to receive a part of the jaw plate , the head having at least one abutment face to frictionally engage the part of the jaw plate within the cavity and reasonably secure the jaw plate at the jaw , characterised in that , the assembly further comprising a release actuator extending through the frame having a first part accessible at a rearward facing side of the frame and a second part positioned at the head , the actuator configured to transmit a release force by the first and second parts to the head to force the head in a direction out of the cavity.
Non-therapeutic use of Bacterial cells of Lactobacillus casei and/or a treated product thereof, for improving sleep quality, wherein the treated product is a) a lysate of Lactobacillus casei obtained by ultrasonic waves, b) an enzyme-treated liquid of Lactobacillus casei, c) a solid residue obtained by separating the treated products of a)or b) by solid-liquid separation means, d) a nucleic acid-containing fraction obtained by lysing Lactobacillus casei with a surfactant, followed by precipitation with ethanol, e) the lysate of Lactobacillus casei obtained by ultrasonic wave or the enzyme-treated liquid of the cells of Lactobacillus casei, which are further subjected to separation and/or purification treatments, or f) killed bacterial cells. a) a lysate of Lactobacillus casei obtained by ultrasonic waves, b) an enzyme-treated liquid of Lactobacillus casei, c) a solid residue obtained by separating the treated products of a)or b) by solid-liquid separation means, d) a nucleic acid-containing fraction obtained by lysing Lactobacillus casei with a surfactant, followed by precipitation with ethanol, e) the lysate of Lactobacillus casei obtained by ultrasonic wave or the enzyme-treated liquid of the cells of Lactobacillus casei, which are further subjected to separation and/or purification treatments, or f) killed bacterial cells.
A rotor blade for a wind turbine , comprising: at least one blade segment comprising at least one shell member defining an airfoil surface, the at least one shell member comprising a sandwich panel configuration, the sandwich panel configuration comprising one or more inner skin layers , a core material , and one or more outer skin layers , the one or more outer skin layers comprising one or more first fibers, the one or more inner skin layers comprising one or more second fibers, wherein the one or more first fibers are different than the one or more second fibers, the one or more first fibers of the one or more outer skin layers comprising a higher elastic modulus than an elastic modulus of the one or more second fibers of the one or more inner skin layers , wherein the core material is placed between the one or more outer skin layers and the one or more inner skin layers , and wherein the core material comprises at least one of foam or wood. at least one blade segment comprising at least one shell member defining an airfoil surface, the at least one shell member comprising a sandwich panel configuration, the sandwich panel configuration comprising one or more inner skin layers , a core material , and one or more outer skin layers , the one or more outer skin layers comprising one or more first fibers, the one or more inner skin layers comprising one or more second fibers, wherein the one or more first fibers are different than the one or more second fibers, the one or more first fibers of the one or more outer skin layers comprising a higher elastic modulus than an elastic modulus of the one or more second fibers of the one or more inner skin layers , wherein the core material is placed between the one or more outer skin layers and the one or more inner skin layers , and wherein the core material comprises at least one of foam or wood.
A filter for capturing thrombi in a blood vessel , the filter comprising: a plurality of struts having a collapsed state for filter retrieval or delivery and an expanded state for engaging with a vessel wall of the blood vessel, each strut in the expanded state extending from a first end to a second end , the first ends being attached together along a longitudinal axis (L) of the filter, said plurality of struts comprising a plurality of primary struts, each primary strut extending arcuately along the longitudinal axis and including a proximal portion extending from the first end and a distal portion extending from the proximal portion to the second end, the distal portion of each strut including an anchoring hook configured to penetrate the vessel wall and a stop member configured to engage the vessel wall to prevent further penetration of the anchoring hook into the vessel wall, the stop member is formed of radiopaque material to enhance visualization of the anchoring hook and its position relative to the vessel wall, wherein the stop member is formed separately from the strut and welded to the strut adjacent the anchoring hook such that the stop member extends distally from the anchoring hook, each strut second end terminating with the stop member .
A method of transmitting data in a multi carrier communication system, the method comprising: performing a serial to parallel, S/P, conversion on input data, the input data being converted into K sequential data blocks, each having a uniform size M; performing an inverse fast fourier transform, IFFT, operation on the sequential data blocks to generate IFFT performed data blocks, wherein the performing comprises storing K-1 IFFT performed data blocks in a memory with K-1 memory blocks and outputting in parallel the stored K-1 data blocks and one last IFFT performed data block; multiplying the outputted IFFT performed data blocks and K × M time axis filter coefficients of a filter with filter order K to generate multiplied data blocks; summing the multiplied data blocks; and transmitting a multi carrier signal, the multi carrier signal being generated based on the sum of the multiplied data blocks, wherein a size of an IFFT is fixed to the uniform size of the sequential data blocks. performing a serial to parallel, S/P, conversion on input data, the input data being converted into K sequential data blocks, each having a uniform size M; performing an inverse fast fourier transform, IFFT, operation on the sequential data blocks to generate IFFT performed data blocks, wherein the performing comprises storing K-1 IFFT performed data blocks in a memory with K-1 memory blocks and outputting in parallel the stored K-1 data blocks and one last IFFT performed data block; multiplying the outputted IFFT performed data blocks and K × M time axis filter coefficients of a filter with filter order K to generate multiplied data blocks; summing the multiplied data blocks; and transmitting a multi carrier signal, the multi carrier signal being generated based on the sum of the multiplied data blocks, wherein a size of an IFFT is fixed to the uniform size of the sequential data blocks.
A medical apparatus, comprising: at least one electrode configured to directly contact a tissue of a patient proximate to a depot of brown adipose tissue (BAT) and to deliver first and second electrical signals to the patient, the first electrical signal being configured to cause activation of a first nerve type in the BAT so as to increase energy expenditure of the BAT, and the second electrical signal being configured to inhibit a second nerve type in the BAT that is different from the first nerve type; and at least one signal generator in electronic communication with the at least one electrode and configured to generate the first and second electrical signals delivered by the at least one electrode, wherein the apparatus is configured to apply the second electrical signal before the first electrical signal is applied, wherein the first electrical signal has: a voltage of an amplitude in a range of about 1 to 20V, a current of an amplitude in a range of about 2 to 6 mA, a pulse width in a range of about 10 μs to 1 ms, an activation signal pulse frequency in a range of about 0.1 to 40 Hz, and a duration of signal train in a range of about 1 second to continuous, wherein a current of the first electrical signal is greater than a current of the second electrical signal, and wherein the second electrical signal has a pulse width that is equal to or less than a pulse width of the first electrical signal. at least one electrode configured to directly contact a tissue of a patient proximate to a depot of brown adipose tissue (BAT) and to deliver first and second electrical signals to the patient, the first electrical signal being configured to cause activation of a first nerve type in the BAT so as to increase energy expenditure of the BAT, and the second electrical signal being configured to inhibit a second nerve type in the BAT that is different from the first nerve type; and at least one signal generator in electronic communication with the at least one electrode and configured to generate the first and second electrical signals delivered by the at least one electrode, wherein the apparatus is configured to apply the second electrical signal before the first electrical signal is applied, wherein the first electrical signal has: a voltage of an amplitude in a range of about 1 to 20V, a current of an amplitude in a range of about 2 to 6 mA, a pulse width in a range of about 10 μs to 1 ms, an activation signal pulse frequency in a range of about 0.1 to 40 Hz, and a duration of signal train in a range of about 1 second to continuous, a voltage of an amplitude in a range of about 1 to 20V, a current of an amplitude in a range of about 2 to 6 mA, a pulse width in a range of about 10 μs to 1 ms, an activation signal pulse frequency in a range of about 0.1 to 40 Hz, and a duration of signal train in a range of about 1 second to continuous, wherein a current of the first electrical signal is greater than a current of the second electrical signal, and wherein the second electrical signal has a pulse width that is equal to or less than a pulse width of the first electrical signal.
A method of installing a formwork support system , comprising the steps of: a. arranging a first pair of support props in an upright position, the support props having head members , b. connecting two opposite ends of a first longitudinal beam to the head members of the first pair of support props , c. arranging a second longitudinal beam in an inclined interim mounting position by releasably connecting a first end of the second longitudinal beam to the first longitudinal beam , the second longitudinal beam , in the inclined interim mounting position, freely projecting downwardly from the first end towards the second end, a downwardly projecting stop element at the first end of the second longitudinal beam , in the interim mounting position, bearing against the first longitudinal beam , a downwardly extending hook element at the first end of the second longitudinal beam , in the interim mounting position, engaging a slot of the first longitudinal beam , the arrangement of the second longitudinal beam , in the inclined interim mounting position, being self-supporting by means of the stop element and the hook element , wherein the stop element of the second longitudinal beam arranged in the interim mounting position abuts on a lateral face of the first longitudinal beam arranged in a horizontal position, d. arranging the second longitudinal beam in a horizontal support position by lifting the second end of the second longitudinal beam . a. arranging a first pair of support props in an upright position, the support props having head members , b. connecting two opposite ends of a first longitudinal beam to the head members of the first pair of support props , c. arranging a second longitudinal beam in an inclined interim mounting position by releasably connecting a first end of the second longitudinal beam to the first longitudinal beam , the second longitudinal beam , in the inclined interim mounting position, freely projecting downwardly from the first end towards the second end, a downwardly projecting stop element at the first end of the second longitudinal beam , in the interim mounting position, bearing against the first longitudinal beam , a downwardly extending hook element at the first end of the second longitudinal beam , in the interim mounting position, engaging a slot of the first longitudinal beam , the arrangement of the second longitudinal beam , in the inclined interim mounting position, being self-supporting by means of the stop element and the hook element , wherein the stop element of the second longitudinal beam arranged in the interim mounting position abuts on a lateral face of the first longitudinal beam arranged in a horizontal position, d. arranging the second longitudinal beam in a horizontal support position by lifting the second end of the second longitudinal beam .
External-rotor-type rotor of a pump , comprising an impeller section , with multiple impeller blades , and a drive section , wherein the drive section is formed from a first part and a second part , wherein the first part of the drive section is produced in one piece together with the impeller section and the second part of the drive section is injection-moulded in the form of a plastic protective layer onto the first part , wherein multiple magnet elements are arranged distributed over the circumference of the drive section in such a way that the drive section has, distributed over the circumference, at least bipolar magnetization, wherein the magnet elements are surrounded externally by a return-path element , wherein, as viewed in the radial direction, the magnet elements and the return-path element are positioned between the first part of the drive section and the second part of the drive section , and wherein the return-path element and the magnet elements are, at least in part, surrounded by the protective layer , that is to say by the second part of the drive section, in such a way that the protective layer envelops all the magnet elements and the return-path element and, in a longitudinal sectional illustration, an arrangement, comprising the first part of the drive section and the protective layer , which completely surrounds the magnet elements and the return-path element is obtained.
A directional guidance system comprising: • a base configured to be mounted on a surface; and • an information carrier mounted on the base; the base comprising a stationary portion , suitable for being mounted on a surface, and a movable portion mounted to turn relative to the stationary portion about a vertical axis of rotation (Z-Z); the system being characterized in that the information carrier is mounted to turn relative to the movable portion of the base , about an axis of rotation (X-X) that slopes at an angle (α) lying in the range 20° to 90° relative to the vertical axis of rotation (Z-Z); the system being configured in such a manner that the turning movement of the information carrier and the turning movement of the movable portion are linked so that said movements conserve the orientation of said information carrier . • a base configured to be mounted on a surface; and • an information carrier mounted on the base;
A device for dispensing an ingredient during the preparation of a mixture for making a food product, said device comprising: - a structure for loading the ingredient ; - control means for controlling the flow of the ingredient from said loading structure to a structure for receiving the ingredient , - an optical sensor designed to detect an optical parameter of said ingredient; and - a control unit configured for generating a signal for enabling dispensing of the ingredient on the basis of a signal coming from said sensor , and for governing said control means via said enabling signal; wherein - said optical sensor is designed to detect an optical parameter of said ingredient in said loading structure ; - said control unit is configured for governing said control means in the action of determining said flow of the ingredient from said loading structure to said receiving structure only in the case where said ingredient is recognised by said unit as a predetermined ingredient, on the basis of the detection made by said sensor. - a structure for loading the ingredient ; - control means for controlling the flow of the ingredient from said loading structure to a structure for receiving the ingredient , - an optical sensor designed to detect an optical parameter of said ingredient; and - a control unit configured for generating a signal for enabling dispensing of the ingredient on the basis of a signal coming from said sensor , and for governing said control means via said enabling signal; wherein - said optical sensor is designed to detect an optical parameter of said ingredient in said loading structure ; - said control unit is configured for governing said control means in the action of determining said flow of the ingredient from said loading structure to said receiving structure only in the case where said ingredient is recognised by said unit as a predetermined ingredient, on the basis of the detection made by said sensor.
A downhole completion system arranged in a borehole, comprising: - a production casing having an axial extension, an inside , an inner diameter (D i ) and an opening for providing fluid communication between the borehole and the inside, - a sleeve or a completion component arranged at least partly movably along or rotatably around the axial extension, the sleeve or the completion component being arranged opposite the opening for opening, choking or closing the fluid communication, the sleeve having a profile facing the inside of the casing, and - a sleeve control for moving the sleeve to open, choke or close the opening, wherein the sleeve control comprises: - a first part having at least one member engaging the profile, - a second part having: - a fixation unit fixating the sleeve control in the casing, - an actuator for moving the first part in relation to the second part, - a power supply , such as a battery, supplying power to the actuator, and - a first communication module for receiving control signals from surface. - a production casing having an axial extension, an inside , an inner diameter (D i ) and an opening for providing fluid communication between the borehole and the inside, - a sleeve or a completion component arranged at least partly movably along or rotatably around the axial extension, the sleeve or the completion component being arranged opposite the opening for opening, choking or closing the fluid communication, the sleeve having a profile facing the inside of the casing, and - a sleeve control for moving the sleeve to open, choke or close the opening, - a first part having at least one member engaging the profile, - a second part having: - a fixation unit fixating the sleeve control in the casing, - an actuator for moving the first part in relation to the second part, - a power supply , such as a battery, supplying power to the actuator, and - a first communication module for receiving control signals from surface. - a fixation unit fixating the sleeve control in the casing, - an actuator for moving the first part in relation to the second part, - a power supply , such as a battery, supplying power to the actuator, and - a first communication module for receiving control signals from surface.