mhurhangee/patent-ind-claim-en huggingface dataset:
A pneumatic tyre for mounting on a vehicle and for rolling in a rolling direction when mounted on the vehicle, the tyre further having a radial dimension and an axial dimension, the tyre comprising a tread portion , wherein the tread portion comprises a groove which is oriented at an angle between +45 and -45 degrees with respect to the rolling direction of the tyre, the groove having a depth extending in the radial dimension, wherein the groove comprises a plurality of protrusions extending along the direction of the groove, the number of said protrusions being larger or equal to 3, wherein each of said protrusions has a length in the direction of the groove, a width perpendicular to its length and a height, wherein each of said protrusions has a length of at least 75% of the circumferential length of the tyre tread, wherein the groove comprises a groove bottom and a groove wall and said protrusions extend from the groove bottom in the radial dimension, characterised in that in a cross-sectional view, each of said protrusions has a height relative to the groove depth which is ≥ 45 to ≤ 100%.
A belt-changing tool for semi-automatic replacement of conveyor belts of a machine for processing flexible sheet products, such as industrial hides, wherein the machine comprises a frame defining an inlet area and an outlet area for the products, said frame having at least one pair of conveyor belts installed thereon, said tool comprising at least one first extending device having a head slidingly mounted on longitudinal guide means , at least one transverse grip member adapted to engage a first portion of a belt whose second portion, opposite to the first portion , is wound on an end roller of the belt, drive means acting on said head to longitudinally move it along said guide means ; characterized in that the tool is separate and independent from the machine and is configured to be removably coupled and uncoupled to/from the frame of the machine .
Fluid refining device comprising a refining layer , the refining layer having - an inlet for fluid to be refined, - a separation outlet and - a concentration outlet for processed fluid, wherein the refining layer comprises - a plurality of elliptical refining units arranged in a regular pattern over the refining layer with its long axis aligned with the flow of fluid, and where the refining units each comprise - one output flow channel , - one blunt nose section facing in an upstream direction towards an incoming fluid; - one barrier section facing in a downstream direction; the barrier section comprising a series of barrier elements and interposed gaps; the barrier elements having a turbine blade-like shape or other smoothed shape based on streamline design and the interposed gaps defining barrier channels providing fluid communication between an input flow channel and the output flow channel; barrier flow occurring wherein the angle between the main flow around the refining unit and the flow within the barrier channels is at least 90 degrees, and where the output flow channels are connected to the separation outlet, characterized in that there is a reduction in cross section over the area of the refining layer and the complete refining layer or the outline of the pattern of refining units in the refining layer is shaped as a symmetrical trapezoid, where the inlet is arranged at the broad base of the trapezoid and the concentration outlet is arranged at the short base of the trapezoid, and the cross section of the concentration outlet is less than the cross section of the inlet and adapted to allow the fluid flow to be mainly constant over the refining layer . - an inlet for fluid to be refined, - a separation outlet and - a concentration outlet for processed fluid, - a plurality of elliptical refining units arranged in a regular pattern over the refining layer with its long axis aligned with the flow of fluid, and where the refining units each comprise - one output flow channel , - one blunt nose section facing in an upstream direction towards an incoming fluid; - one barrier section facing in a downstream direction; the barrier section comprising a series of barrier elements and interposed gaps; the barrier elements having a turbine blade-like shape or other smoothed shape based on streamline design and the interposed gaps defining barrier channels providing fluid communication between an input flow channel and the output flow channel;
A method comprising: receiving electromagnetic, EM, field magnitude values indicative of a first pose of a mobile unit in relation to a base unit ; receiving sensor data from a second sensor associated with one of the mobile unit and the base unit, wherein the sensor data is indicative of a direction of movement of the one of the mobile unit and the base unit; calculating, by one or more processors, a set of two candidate pose solutions based on the EM field magnitude values; selecting a final pose from the set of two candidate pose solutions based on the sensor data from the second sensor; and sending the final pose to the one or more processors ; characterised in that selecting the final pose comprises: determining that the base unit has moved towards a first candidate pose out of the two candidate poses; re-calculating the range between the base unit and the two candidate poses using EM pose data; selecting the first candidate pose as the final pose if the calculated range to both candidate poses has decreased, otherwise selecting the other candidate pose as the final pose. receiving electromagnetic, EM, field magnitude values indicative of a first pose of a mobile unit in relation to a base unit ; receiving sensor data from a second sensor associated with one of the mobile unit and the base unit, wherein the sensor data is indicative of a direction of movement of the one of the mobile unit and the base unit; calculating, by one or more processors, a set of two candidate pose solutions based on the EM field magnitude values; selecting a final pose from the set of two candidate pose solutions based on the sensor data from the second sensor; and sending the final pose to the one or more processors ; characterised in that selecting the final pose comprises: determining that the base unit has moved towards a first candidate pose out of the two candidate poses; re-calculating the range between the base unit and the two candidate poses using EM pose data; selecting the first candidate pose as the final pose if the calculated range to both candidate poses has decreased, otherwise selecting the other candidate pose as the final pose.
A probe comprising: an illumination optical fiber ; a light focusing configuration ; a grating configuration comprising a first grating pattern and a second grating pattern ; and a detection waveguide including a detection optical fiber positioned such that a reflected light reflected by a tissue is incident on the optical fiber without previously traveling through the grating configuration, wherein the illumination optical fiber is configured and structured to cause a propagation of a light having a first wavelength and a light having a second wavelength to propagate from the illumination optical fiber, and the light focusing configuration and the illumination optical fiber provide the light to be incident on the grating configuration, and wherein the grating configuration is configured and arranged such that the light having the first wavelength is diffracted by the first grating pattern to substantially the same location as the light having the second wavelength is diffracted by the second grating pattern. an illumination optical fiber ; a light focusing configuration ; a grating configuration comprising a first grating pattern and a second grating pattern ; and a detection waveguide including a detection optical fiber positioned such that a reflected light reflected by a tissue is incident on the optical fiber without previously traveling through the grating configuration, wherein the illumination optical fiber is configured and structured to cause a propagation of a light having a first wavelength and a light having a second wavelength to propagate from the illumination optical fiber, and the light focusing configuration and the illumination optical fiber provide the light to be incident on the grating configuration, and wherein the grating configuration is configured and arranged such that the light having the first wavelength is diffracted by the first grating pattern to substantially the same location as the light having the second wavelength is diffracted by the second grating pattern.
System comprising an apparatus for the supply of electric energy to an electric circuit (C) to which at least an electric user (E) may be connected, said electric circuit (C) being connected to an electric energy source (R) delivering electric energy at a first voltage (V1), the system further comprising a meter (T), said electric circuit (C) being connected to said meter (T) that measures the electric power required from the electric energy source (R), said meter (T) being adapted to generate conveyed waves to send pieces of information regarding the electric circuit (C) including the electric power required by the electric circuit (C) from the electric energy source (R), said apparatus comprising: - a delivery device adapted to supply electric energy to said electric circuit (C); - connecting means for the connection of the delivery device to the electric circuit (C); - detecting means that detect a first electric power (P1) required by said_electric circuit (C) - adjusting means that are connected to the detecting means and to the connecting means; the adjusting means being adapted to adjust the electric power delivered by the delivery device to the electric circuit (C) at a second electric power (P2) according to the detection of the first electric power (P1) performed by the detecting means and to set the voltage of the electric energy supplied by the delivery device to the electric circuit (C) to a second voltage (V2) greater than the first voltage (V1), wherein the detecting means comprise a detector of a third electric power (P3) required by the electric circuit (C) from te- the electric energy source (R), the value of said third electric power (P3) being detected from the measure made by said meter (T), said detector comprising a conveyed waves reader adapted to read the conveyed waves generated by the meter (T), including said third electric power (P3), and introduced into the electric circuit (C), said adjusting means being adapted to adjust the second electric power (P2) so that the third electric power (P3) is positive and close to zero. - a delivery device adapted to supply electric energy to said electric circuit (C); - connecting means for the connection of the delivery device to the electric circuit (C); - detecting means that detect a first electric power (P1) required by said_electric circuit (C) - adjusting means that are connected to the detecting means and to the connecting means;
A device for localizing a structure in a patient's brain, said device comprising; a rod having a distal end and a proximal end , said distal end adapted for transcranial insertion into the brain of a patient, said rod having a substantially constant diameter along its length; a color sensor assembly disposed on the distal end of the rod ; a display comprising a light , operable to display color corresponding to the color sensed by the color sensor assembly , disposed on the proximal end of the rod ; a light emitter in the distal end of the rod; a controller operable to receive signals from the color sensor assembly and operate the light , such that the display displays a color that mimics the color of any light detected by the color sensor assembly , the light having a transverse dimension smaller than the diameter of the rod , such that the display does not extend beyond the diameter of the rod , and the light is disposed on a proximal facing surface of the proximal end of the rod . a rod having a distal end and a proximal end , said distal end adapted for transcranial insertion into the brain of a patient, said rod having a substantially constant diameter along its length; a color sensor assembly disposed on the distal end of the rod ; a display comprising a light , operable to display color corresponding to the color sensed by the color sensor assembly , disposed on the proximal end of the rod ; a light emitter in the distal end of the rod; a controller operable to receive signals from the color sensor assembly and operate the light , such that the display displays a color that mimics the color of any light detected by the color sensor assembly , the light having a transverse dimension smaller than the diameter of the rod , such that the display does not extend beyond the diameter of the rod , and the light is disposed on a proximal facing surface of the proximal end of the rod .
An apparatus comprising: a body having an aperture dimensioned to receive an air-borne particle of corresponding size ; first and second electrodes extended substantially around the circumference of the aperture , being spaced from each other and between which a potential difference can be applied; and a measurement circuit configured to measure an electrical property between the first and second electrodes such that the presence of the air-borne particle within the aperture can be detected based on a change in the electrical property when the air-borne particle contacts both the first and second electrodes; a processor configured to: detect the presence of the air-borne particle based on the change in the electrical property; and determine the composition of the air-borne particle based on the magnitude of the electrical property measured when the air-borne particle contacts both the first and second electrodes. a body having an aperture dimensioned to receive an air-borne particle of corresponding size ; first and second electrodes extended substantially around the circumference of the aperture , being spaced from each other and between which a potential difference can be applied; and a measurement circuit configured to measure an electrical property between the first and second electrodes such that the presence of the air-borne particle within the aperture can be detected based on a change in the electrical property when the air-borne particle contacts both the first and second electrodes; a processor configured to: detect the presence of the air-borne particle based on the change in the electrical property; and determine the composition of the air-borne particle based on the magnitude of the electrical property measured when the air-borne particle contacts both the first and second electrodes.
Use of a 2-component system having a first component comprising a chemically crosslinking silicone polymer in the form of a condensation-crosslinldng silicone rubber as well as fillers and optionally further auxiliary substances or additives, as well as a second component comprising at least one hardener for the chemically crosslinking silicone polymer, as impression material for the production of an insert for arrangement systems for shaped parts such as tools or machine parts via impression of the shaped parts as recesses in the hardened impression material forming receptacles for the shaped parts.
A system-on-chip (SYS) comprising a first module (PER) and a second module (PROC), the first module (PER) comprising a first physical interface (INTP), the second module (PROC) comprising a second physical interface (INTH), the first physical interface (INTP) comprising a first number of pins, the second physical interface (INTH) comprising a second number of pins greater than or equal to the first number of pins, the second physical interface being configured to operate according to a standard communications (P2) protocol, the first physical interface being configured to operate according to a proprietary communications protocol (P1) different from the standard communications protocol (P2), the first and second modules (PER, PROC) connected together via one or more respective pins of their respective physical interfaces (INTP, INTH), wherein the second module (PROC) is further configured to function according to the proprietary communications protocol (P1) and further to detect whether the first module (PER) is configured to operate according to the proprietary communications protocol (P1) or the standard communications protocol (P2) and to switch the second physical interface (INTH) to operate according to either the proprietary communications protocol (P1) or the standard communications protocol (P2) depending on the result of the detection, wherein the configuration of the second module to operate according to the proprietary communications protocol is achieved by re-assigning one or more of the second number of pins to operate according to the proprietary communications protocol.
A pharmaceutical composition for use in an in vivo method for the detection of malignant melanoma in a cutaneous tissue, comprising a fluorescent compound for the detection of malignant melanoma, represented by the following general formula (I), and optionally a pharmaceutically acceptable excipient: wherein A represents a substituent selected from the group consisting of: NXN represents a linear or cyclic C 1 -C 8 diamine linker; F represents a fluorescent dye selected from the group consisting of: and Y represents an optional C 1 -C 12 spacer selected from the group consisting of a substituted or unsubstituted aliphatic moiety, a substituted or unsubstituted aromatic moiety, or a combination thereof. A represents a substituent selected from the group consisting of: NXN represents a linear or cyclic C 1 -C 8 diamine linker; F represents a fluorescent dye selected from the group consisting of: and Y represents an optional C 1 -C 12 spacer selected from the group consisting of a substituted or unsubstituted aliphatic moiety, a substituted or unsubstituted aromatic moiety, or a combination thereof.
A tool intended for transporting a wind turbine power train subset, wherein the power train subset comprises: a low-speed shaft , at least a first bearing , mounted on the low-speed shaft , and at least a first support for supporting the first bearing on the low-speed shaft , said first support being provided with a first arm and a second arm , and wherein the tool comprises a first support element , which, in turn, comprises: - a first resting surface to allow the tool to rest on the floor, and - a first support surface and a second support surface , configured to respectively support the first arm and the second arm of the wind turbine power train subset, the tool being characterised in that there is a first distance (D1) between the first support surface and the first resting surface , wherein said first distance (D1) is different from a second distance (D2) between the second support surface and said first resting surface and wherein any one, several, or all of the first and second support surfaces are inclined with respect to a horizontal plane. - a first resting surface to allow the tool to rest on the floor, and - a first support surface and a second support surface , configured to respectively support the first arm and the second arm of the wind turbine power train subset, the tool being characterised in that there is a first distance (D1) between the first support surface and the first resting surface , wherein said first distance (D1) is different from a second distance (D2) between the second support surface and said first resting surface and wherein any one, several, or all of the first and second support surfaces are inclined with respect to a horizontal plane.
A method for determining arteriosclerosis, comprising detecting the level of anti-deoxyhypusine synthase autoantibody in a blood specimen obtained from a human, and determining arteriosclerosis on the basis of an increase in the level of anti-deoxyhypusine synthase autoantibody in said blood specimen compared to a standard anti-deoxyhypusine synthase autoantibody level of an arteriosclerosis-free subject as an index in said human.
A storable multifunctional device for a recreational vehicle, comprising: an inflatable board having a multifunctional surface ; and a storage unit for storing the board when deflated, the storage unit having a profile , characterised in that the inflatable board is designed as an inflatable internal tensile member-stiffened board , that in the stowed state the deflated internal tensile member-stiffened board is wrapped around the profile , and that the storage unit is integrated into a piece of furniture arranged in the interior of the recreational vehicle. an inflatable board having a multifunctional surface ; and a storage unit for storing the board when deflated, the storage unit having a profile , characterised in that the inflatable board is designed as an inflatable internal tensile member-stiffened board , that in the stowed state the deflated internal tensile member-stiffened board is wrapped around the profile , and that the storage unit is integrated into a piece of furniture arranged in the interior of the recreational vehicle.
An inkjet head comprising: a substrate ; a piezoelectric unit disposed on the substrate and including a plurality of piezoelectric elements which are arranged along a surface of the substrate and each of which has a top surface in parallel with the surface of the substrate and a side surface in perpendicular to the surface, and including a plurality of pressure chambers, each of the pressure chambers being formed between two adjacent piezoelectric elements; and a nozzle plate which has a plurality of nozzles through which the liquid is discharged, wherein: - the inkjet head further includes a plurality of lid members , each of which is disposed on two of the adjacent top surfaces of the piezoelectric elements, has a first Young's modulus and has a hole connected to one of the pressure chambers; - the nozzle plate is disposed on the plurality of lid members and has a second Young's modulus smaller than the first Young's modulus; and - each of the nozzles is connected to one of the holes of the lid members. a substrate ; a piezoelectric unit disposed on the substrate and including a plurality of piezoelectric elements which are arranged along a surface of the substrate and each of which has a top surface in parallel with the surface of the substrate and a side surface in perpendicular to the surface, and including a plurality of pressure chambers, each of the pressure chambers being formed between two adjacent piezoelectric elements; and a nozzle plate which has a plurality of nozzles through which the liquid is discharged, wherein: - the inkjet head further includes a plurality of lid members , each of which is disposed on two of the adjacent top surfaces of the piezoelectric elements, has a first Young's modulus and has a hole connected to one of the pressure chambers; - the nozzle plate is disposed on the plurality of lid members and has a second Young's modulus smaller than the first Young's modulus; and - each of the nozzles is connected to one of the holes of the lid members. - the inkjet head further includes a plurality of lid members , each of which is disposed on two of the adjacent top surfaces of the piezoelectric elements, has a first Young's modulus and has a hole connected to one of the pressure chambers; - the nozzle plate is disposed on the plurality of lid members and has a second Young's modulus smaller than the first Young's modulus; and - each of the nozzles is connected to one of the holes of the lid members.