mhurhangee/patent-ind-claim-en huggingface dataset:
A method for detecting a sensor controller by a stylus , in a system, which includes the stylus and the sensor controller , and for sending signals via a capacitive coupling between the sensor controller and the stylus, the method comprising: a second transmission step, in which the sensor controller sends a second control signal (US_c2) including a symbol that represents a value not shared with the stylus in advance; a first transmission step, prior to the second transmission step, in which the sensor controller sends a first control signal (US_c1) including a repetition by M times of a repetitive element (c1) made up of N symbols whose values are shared with the stylus , wherein M is an integer of 2 or larger, and wherein N is an integer of 1 or larger; and a detection step, in which the stylus performs a receiving operation over a reception period longer than a length of the N symbols and shorter than a length of N multiplied by M, determines whether one of the repetitive elements (c1) is included in a signal received in the reception period, and detects the sensor controller depending on a result of the determination by determining that one of the repetitive elements (c1) is included in the signal received. a second transmission step, in which the sensor controller sends a second control signal (US_c2) including a symbol that represents a value not shared with the stylus in advance; a first transmission step, prior to the second transmission step, in which the sensor controller sends a first control signal (US_c1) including a repetition by M times of a repetitive element (c1) made up of N symbols whose values are shared with the stylus , wherein M is an integer of 2 or larger, and wherein N is an integer of 1 or larger; and a detection step, in which the stylus performs a receiving operation over a reception period longer than a length of the N symbols and shorter than a length of N multiplied by M, determines whether one of the repetitive elements (c1) is included in a signal received in the reception period, and detects the sensor controller depending on a result of the determination by determining that one of the repetitive elements (c1) is included in the signal received.
A device for handling at least one hose , which device allows the at least one hose to be pulled out from a front opening of a hose storage space and which device is adapted to return the at least one hose to the hose storage space , the device comprising: a first hose guiding means and a second hose guiding means movable between an idle position and a working position to control the at least one hose , a sensor means arranged in hose storage space , a motor connected to the second hose guiding means through a cable element , and a control unit connected to the sensor means and to the motor , wherein the control unit is configured to control the motor based on signals relating to the movements of the first hose guiding means and/or the second hose guiding means detected by the sensor means , characterized in that the sensor means comprises a first sensor arranged in the hose storage space and configured to detect the idle position of the first hose guiding means , and a second sensor arranged in the hose storage space and configured to detect the working position of the first hose guiding means . a first hose guiding means and a second hose guiding means movable between an idle position and a working position to control the at least one hose , a sensor means arranged in hose storage space , a motor connected to the second hose guiding means through a cable element , and a control unit connected to the sensor means and to the motor , wherein the control unit is configured to control the motor based on signals relating to the movements of the first hose guiding means and/or the second hose guiding means detected by the sensor means , characterized in that the sensor means comprises a first sensor arranged in the hose storage space and configured to detect the idle position of the first hose guiding means , and a second sensor arranged in the hose storage space and configured to detect the working position of the first hose guiding means .
An indication device comprising an elongated fluid chamber, the chamber comprising a capillary channel formed as a closed loop and being tightly closed to a surrounding atmosphere, the channel containing at least two immiscible fluids , at least one of the at least two fluids has a characteristic physical property different from the other fluid, namely, a liquid driven by an at least one pump for such liquid and an immiscible fluid having a different physical characteristic from the liquid, wherein at least one feature of the liquid contained in the channel is used as an indicator , which feature the at least one pump drives along the channel either directly or indirectly, via said fluid in the channel , along adjacent indices of an indicator visible to an observer, characterized in that the indication device further includes a feature location sensor for locating said feature and a feedback controller which cooperate so as to activate the pump to move the feature to a desired location in the channel in order to indicate to the observer.
Wet multiple disc clutch for coupling a drive shaft of a motor vehicle engine to at least one transmission input shaft, having an input part for the introduction of a torque, which input part can be coupled to the drive shaft and is configured as an input multiple disc carrier, an output part for the output of a torque, which output part can be coupled to the transmission input shaft and is configured as an output multiple disc carrier, at least one wearing friction lining which is provided between the input part and the output part for the frictionally locking transmission of a torque between the input part and the output part , and an actuating element for moving the output part relative to the input part out of the starting position, characterized in that a restoring spring which is configured as a leaf spring is provided for positioning the output part relative to the input part in a defined starting position, it being possible for at least part of the torque which is transmitted by the friction clutch to be transmitted via the restoring spring , the restoring spring running substantially in the tangential direction between a torque introduction point and a torque output point and running obliquely by an angle of attack with respect to a radial plane of the friction clutch , the restoring spring permitting a higher pressure force between the input part and the output part in the closed state of the friction clutch in the worn state of the at least one friction lining than in the unworn state of the at least one friction lining .
Wireless identification system for identifying an object , the wireless identification system comprising: a uniquely structured pattern comprising predefined dielectric properties and configured to be attached to the object , a signal emitter configured to emit a wireless signal into an object space that is configured to accommodate the object with the uniquely structured pattern , a signal receiver configured to receive from different positions around the object a superimposed signal caused by a superimposition of the emitted wireless signal and a scattered signal as scattered by the uniquely structured pattern , and a signal processor configured to reconstruct the structure of the uniquely structured pattern based on the received superimposed signal ; characterized in that the signal processor is configured to solve an optimization problem based on the received superimposed signals to reconstruct the structure of the uniquely structured pattern ; and wherein the uniquely structured pattern comprises position markers and the digital signal processor is configured to determine the position of the position markers and unfold the uniquely structured pattern if the markers are not in a common plane. a uniquely structured pattern comprising predefined dielectric properties and configured to be attached to the object , a signal emitter configured to emit a wireless signal into an object space that is configured to accommodate the object with the uniquely structured pattern , a signal receiver configured to receive from different positions around the object a superimposed signal caused by a superimposition of the emitted wireless signal and a scattered signal as scattered by the uniquely structured pattern , and a signal processor configured to reconstruct the structure of the uniquely structured pattern based on the received superimposed signal ; characterized in that the signal processor is configured to solve an optimization problem based on the received superimposed signals to reconstruct the structure of the uniquely structured pattern ; and wherein the uniquely structured pattern comprises position markers and the digital signal processor is configured to determine the position of the position markers and unfold the uniquely structured pattern if the markers are not in a common plane.
Acetabular spacer device , of temporary and disposable type, adapted to be implanted during use in a bone cavity placed at a joint of the human body, such as for example a hip or shoulder joint, wherein said acetabular spacer device has a cup-like shape, substantially hemispherical, and comprises a first surface , convex, adapted during use to be positioned at said bone cavity, a second surface , concave, which defines a cavity , wherein said acetabular spacer device comprises at least one pharmaceutical or medical substance, such as for example at least one antibiotic, adapted during use to treat an ongoing infection in said bone cavity, wherein said second surface is during use adapted to be articulated with a further stem component present at said joint of the human body, such as the head of a femur, or the head of a humerus, or with the head of a stem component of a corresponding permanent prosthesis or spacer device of said joint of the human body, characterized in that said first surface comprises a plurality of elongated recesses or projections , that extend outward or inward with respect to said first surface , having a length (LU, LUa), a width (LA, LAa) and a height or depth (H, HA), said elongated recesses or projections substantially depart from an apex or from a zone surrounding said apex substantially up to a circular terminal perimeter of said first surface , and in that at said circular terminal perimeter of said first surface , an annular tab is present which extends outwardly for a section (Z) with respect to said acetabular spacer device and with respect to said first surface .
Method for determining the inductance L of an electrical component , wherein a high-current pulse is generated in an excitation step and is guided through the electrical component , wherein in a measuring step, electrical properties of the electrical component are measured over a measurement period, wherein in an evaluation step, the inductance L of the electrical component is determined from the measured electrical properties, wherein in the measuring step a voltage drop U across the electrical component and a reference voltage drop U R across the reference component , which has a known reference inductance L R and is connected in series with the electrical component , are measured, and wherein in the evaluation step, the inductance L of the electrical component is calculated as the product of the reference inductance L R with a proportionality factor that is dependent on the measured voltage drop U and the measured reference voltage drop U R .
Modular system for producing an electronic device which can be lined up with other electronics housings along a lining-up direction (T), having a housing , which configures a receiving space , and having a printed circuit board which can be inserted into the receiving space of the housing along an insertion direction (E) and which is received in the receiving space in an assembly position, characterized by at least one cooling element which has a first guide apparatus for guidance on a second guide apparatus of the housing , wherein the at least one cooling element can be connected to the printed circuit board in such a way that, when the printed circuit board is inserted into the receiving space , the at least one cooling element is guided, by way of the first guide apparatus , on the second guide apparatus of the housing in a displaceable manner along the insertion direction (E).
A noise barrier , which has a plurality of bales of straw , and which has a base area, to which the plurality of cuboidal, unpackaged bales of straw are attached to form a wall (M), which has a depth to a height in the ratio of between 1 to 2 and 1 to 3, wherein, on a crown completing the wall (M) at the top end, a roof is arranged, which has a substructure, which has first construction elements running in the longitudinal direction of the noise barrier and resting on the crown, characterised in that the base area of the noise barrier is formed by a base layer with a water-repellent function, and the wall (M) is attached in masonry bond, and wherein the substructure of the roof is fastened to the wall (M) via fastening means, which are positioned at a predetermined height of the wall (M), which corresponds maximally to one third of the total height of the wall (M), between two layers of bales of straw located one on top of the other, extend through the wall (M), and in each case encompass at least the bales of straw, which are located above the predetermined height of the wall (M), and at least one of the first construction elements .
A composition of bioresorbable particulate matter comprising: a first plurality of bioresorbable particles comprising a native extracellular matrix and having a first density and a first rate of resorption on implantation at a site in a patient, and, a second plurality of bioresorbable particles comprising an extracellular matrix, collagen, a bioresorbable polymer, or hyaluronic acid and having a second density and a second rate of resorption on implantation at the site in a patient, wherein the second density of the second plurality of bioresorbable particles is at least 150% of the first density of the first plurality of bioresorbable particles, and the second rate of resorption is in the range of 1 to 10 times slower than the first rate of resorption of said first plurality of bioresorbable particles and said first plurality and second plurality of bioresorbable particles promote tissue restoration and repair when implanted at a tissue site in a mammalian patient. a first plurality of bioresorbable particles comprising a native extracellular matrix and having a first density and a first rate of resorption on implantation at a site in a patient, and, a second plurality of bioresorbable particles comprising an extracellular matrix, collagen, a bioresorbable polymer, or hyaluronic acid and having a second density and a second rate of resorption on implantation at the site in a patient, wherein the second density of the second plurality of bioresorbable particles is at least 150% of the first density of the first plurality of bioresorbable particles, and the second rate of resorption is in the range of 1 to 10 times slower than the first rate of resorption of said first plurality of bioresorbable particles and said first plurality and second plurality of bioresorbable particles promote tissue restoration and repair when implanted at a tissue site in a mammalian patient.
A method of distributed management of network slices, wherein each network slice comprises one or more network elements and provides one or more devices with network connectivity to services, the method being performed in a network element of a communications system and comprising: - receiving , by means of a gossip protocol, information from one or more neighboring network elements , and - performing , based on the received information, an action relating to one or more network slices, which network slices provide a first device with wireless connectivity to a service, wherein the information comprises information related to a service requirement of the first device, and the step of performing the action comprises allocating, based on the information, communication resources for providing the network connectivity to the first device. - receiving , by means of a gossip protocol, information from one or more neighboring network elements , and - performing , based on the received information, an action relating to one or more network slices, which network slices provide a first device with wireless connectivity to a service, wherein the information comprises information related to a service requirement of the first device, and the step of performing the action comprises allocating, based on the information, communication resources for providing the network connectivity to the first device.
- Computer implemented method for correcting a reservoir model, said reservoir model comprising a stratigraphic grid modeling a reservoir geological formation, said stratigraphic grid corresponding to a 3D grid of cells organized in layers, said reservoir model being used for hydrocarbon recovery from the reservoir geological formation, said method comprising: - (S91) obtaining a 3D image representing values of at least one physical property of the reservoir geological formation, said values of the at least one physical property obtained from seismic measurements performed on the reservoir geological formation; said method being characterized in that it comprises: - (S92) calculating a skeleton for the values of the at least one physical property, based on the 3D image, said skeleton corresponding to interconnected points describing the topology of the at least one physical property; - (S93) associating each point of the skeleton to a respective cell of the stratigraphic grid, based on the coordinates of the points of the skeleton and on the coordinates of the cells of the stratigraphic grid; - (S94) determining one reference layer of the stratigraphic grid for at least one set of points of the at least one skeleton; - (S95) calculating, for each point of the at least one set, a layer gap between the reference layer and the cell associated to said point; - (S96) correcting the reservoir model based on the layer gaps. - (S91) obtaining a 3D image representing values of at least one physical property of the reservoir geological formation, said values of the at least one physical property obtained from seismic measurements performed on the reservoir geological formation; - (S92) calculating a skeleton for the values of the at least one physical property, based on the 3D image, said skeleton corresponding to interconnected points describing the topology of the at least one physical property; - (S93) associating each point of the skeleton to a respective cell of the stratigraphic grid, based on the coordinates of the points of the skeleton and on the coordinates of the cells of the stratigraphic grid; - (S94) determining one reference layer of the stratigraphic grid for at least one set of points of the at least one skeleton; - (S95) calculating, for each point of the at least one set, a layer gap between the reference layer and the cell associated to said point; - (S96) correcting the reservoir model based on the layer gaps.
C-shaped profile made from sheet metal for sound-proofing dividing walls planked on both sides, having two limb portions and a base portion connecting the limb portions , wherein the limb portions form side surfaces of the C-shaped profile and wherein at least one of the limb portions has outwardly protruding beads which form a contact surface for the planking, wherein in order to improve the sound-proofing the beads are designed in such a way that, with a 0.3 mm penetration depth (E) of the beads into a planking, the contact surface is greater than 5% of the side surface and less than 25% of the side surface and wherein at least one of the beads is curved in the region of the contact surface, characterised in that the radius of the at least one bead , which is curved in the region of the contact surface, is between 0.6 mm and 2.5 mm at the crest of the bead , that the height of the beads is between 0.5 mm and 5 mm and that the sheet metal of the C-shaped profile in both side surfaces has knurling with more than five local deformations per cm 2 of the surface of the side surfaces .
RFID system, consisting of an RFID reader and at least one passive compatible RFID transponder, wherein the RFID transponder comprises an antenna arranged on a carrier and a chip module coupled to the antenna and requires a minimum read field strength for communication with the RFID reader, characterized in that the RFID system additionally comprises at least one read field indicator which, like the RFID transponder, likewise comprises an antenna arranged on a carrier , but the antenna is coupled to an indicator circuit , which comprises and drives an optical and/or acoustic field strength indicator device , wherein the read field indicator has a minimum response sensitivity corresponding to the minimum read field strength of the RFID transponder.
A method for manufacturing an insole comprising the steps of: activating a recurable resin by applying a heat source; impregnating a foam material with said activated recurable resin; drying said impregnated foam material to harden said recurable resin; inserting said dried impregnated foam material into a chamber; said chamber comprising a heat resistant material and a shape configured for application to a user's body part, placing said chamber enclosing said foam material in an arch area of a bottom layer of an insole; wherein a subsequent application of a subsequent heat source to at least said chamber and an application of said chamber to the user's body part molds said impregnated foam material to the user's body part. activating a recurable resin by applying a heat source; impregnating a foam material with said activated recurable resin; drying said impregnated foam material to harden said recurable resin; inserting said dried impregnated foam material into a chamber; said chamber comprising a heat resistant material and a shape configured for application to a user's body part, placing said chamber enclosing said foam material in an arch area of a bottom layer of an insole; wherein a subsequent application of a subsequent heat source to at least said chamber and an application of said chamber to the user's body part molds said impregnated foam material to the user's body part.