mhurhangee/patent-ind-claim-en huggingface dataset:
Floor panel comprising at least one substrate and optionally a top layer, whereby said substrate comprises a synthetic material and a filler material, wherein said substrate comprises said filler material in an amount from 15 to 75 wt.% based on the total weight of said substrate; characterized, in that said filler material comprises at least 50 wt.% of a mixture of chalk and talc and that said synthetic material comprises polyvinyl chloride.
Screening device having a first oscillating body (S1) comprising first cross members and a second oscillating body (S2) comprising second cross members , wherein first cross members and second cross members are arranged alternately and preferably transversely to a screening surface and each have clamping devices by means of which screen linings forming the screening surface are each clamped or can be clamped between a first cross member and a second cross member , and first (S1) and second (S2) oscillating bodies can be set oscillating relative to one another in order to alternately compress and expand the screen linings , wherein the first oscillating body (S1) comprises a first pair of push rods on which the first cross members are arranged and the second oscillating body (S2) comprises a second pair of push rods , on which the second cross members are arranged and a stationary support structure is provided which accommodates the two oscillating bodies (S1, S2), wherein first and second oscillating bodies (S1, S2) can be set in oscillation relative to the stationary support structure , characterized in that the first pair of push rods and the second pair of push rods are coupled in each case to the support structure via shear-elastic elements and are coupled to one another via shear-elastic elements , which shear-elastic elements each allow oscillation in a coupling axis , wherein the coupling axes of each shear-elastic element extend essentially parallel to the push rods .
An immunomodulator for use in the treatment of cancer in combination with checkpoint inhibition therapy, wherein said checkpoint inhibition therapy comprises administration of a blocking agent selected from pembrolizumab, atezolizumab or tremelimumab, and combinations thereof, wherein the immunomodulator comprises whole cell, non-pathogenic heat-killed Mycobacterium obuense and wherein said immunomodulator is to be administered simultaneously, separately or sequentially with administration of the checkpoint inhibition therapy.
A method comprising, performed by at least one device: obtaining navigation data for at least one satellite navigation system from at least one terrestrial apparatus, wherein one of the at least one satellite navigation system is Galileo, the obtained navigation data corresponding to navigation data transmitted by a satellite of Galileo; assembling information comprising navigation data for Galileo and further data in an interrelated manner such that at least one message authentication code included in addition for the navigation data for Galileo is usable at a further device at the same time for verifying authenticity of the navigation data for Galileo and the further data, wherein the further data comprises navigation data for at least one further satellite navigation system; and causing transmission of the information to the further device. obtaining navigation data for at least one satellite navigation system from at least one terrestrial apparatus, wherein one of the at least one satellite navigation system is Galileo, the obtained navigation data corresponding to navigation data transmitted by a satellite of Galileo; assembling information comprising navigation data for Galileo and further data in an interrelated manner such that at least one message authentication code included in addition for the navigation data for Galileo is usable at a further device at the same time for verifying authenticity of the navigation data for Galileo and the further data, wherein the further data comprises navigation data for at least one further satellite navigation system; and causing transmission of the information to the further device.
A method for performing a plasma chemical vapour deposition process, comprising the steps of: - providing an apparatus comprising a mainly cylindrical resonator being provided with an outer cylindrical wall and an inner coaxial cylindrical wall defining therebetween a resonant cavity operable at an operating frequency and extending in a circumferential direction around a cylindrical axis of the inner and outer cylindrical wall, wherein the outer cylindrical wall includes an input port connectable to an input waveguide, and wherein the inner cylindrical wall includes slit sections extending in a circumferential direction around the cylindrical axis, and - operating the apparatus at an operating frequency, characterized in that a greatest dimension defining the aperture of the slit sections is smaller than half the wavelength of the operating frequency. - providing an apparatus comprising a mainly cylindrical resonator being provided with an outer cylindrical wall and an inner coaxial cylindrical wall defining therebetween a resonant cavity operable at an operating frequency and extending in a circumferential direction around a cylindrical axis of the inner and outer cylindrical wall, wherein the outer cylindrical wall includes an input port connectable to an input waveguide, and wherein the inner cylindrical wall includes slit sections extending in a circumferential direction around the cylindrical axis, and - operating the apparatus at an operating frequency, characterized in that a greatest dimension defining the aperture of the slit sections is smaller than half the wavelength of the operating frequency.
A dicing die bond tape , comprising an intermediate resin layer , a removable adhesive layer and an adhesive layer which are laminated in this order on a substrate film , wherein the removable adhesive layer is removable from the adhesive layer after a curing treatment, wherein the storage elastic modulus at 80°C of the intermediate resin layer is in a range from 1 x 10 5 to 5 x 10 6 Pa, and wherein the storage elastic modulus (G') at 80°C of the removable adhesive layer is in a range from 2 x 10 4 to 5 x 10 4 Pa, wherein the storage elastic modulus (G') represents an elastic modulus when the temperature reaches 80°C in a measurement of a dynamic viscoelasticity starting from 0°C using a viscoelasticity meter, measuring in the condition of temperature increase rate 5°C/min and frequency 1 Hz.
A medical device , comprising: a microwave ablation antenna ; a coaxial feedline operably coupled to the microwave ablation antenna; a cable assembly operably coupled to the microwave ablation antenna via the coaxial feedline; and a connector assembly configured to operably couple the cable assembly to a microwave generator , the connector assembly including a memory storing identification information, wherein the connector assembly further comprises at least one of a radiometric sensor or a temperature sensor. a microwave ablation antenna ; a coaxial feedline operably coupled to the microwave ablation antenna; a cable assembly operably coupled to the microwave ablation antenna via the coaxial feedline; and a connector assembly configured to operably couple the cable assembly to a microwave generator , the connector assembly including a memory storing identification information, wherein the connector assembly further comprises at least one of a radiometric sensor or a temperature sensor.
Apparatus for controlling tyres, each tyre having a main rotation axis (X-X), said apparatus comprising at least one control station ; wherein said at least one control station comprises: a base ; a rotating table mounted on the base so as to be able to rotate around a respective vertical rotation axis (Z); wherein the rotating table comprises an abutment portion lying in a plane horizontal and perpendicular to said vertical rotation axis (Z) and configured for receiving and supporting a sidewall of a tyre to be controlled; at least one control device operatively active at the rotating table ; a movement device configured for rotating the rotating table around said vertical rotation axis (Z); characterized in that the abutment portion is movable in said plane that is horizontal with respect to the vertical rotation axis (Z) according to two directions (x, y) belonging to said horizontal plane; and in that said at least one control station comprises: at least one actuator operatively connected to the abutment portion in order to move said abutment portion according to said two directions (x, y); a detection device configured for detecting a shift (S) on said horizontal plane between the vertical rotation axis (Z) and the main axis (X-X) of the tyre ; an electronic management unit operatively connected to the detection device and to said at least one actuator , wherein the electronic management unit is configured for driving the actuator and moving the abutment portion according to at least one of said two directions (x, y) as a function of the detected shift (S), in order to render such shift less than a pre-established value. a base ; a rotating table mounted on the base so as to be able to rotate around a respective vertical rotation axis (Z); wherein the rotating table comprises an abutment portion lying in a plane horizontal and perpendicular to said vertical rotation axis (Z) and configured for receiving and supporting a sidewall of a tyre to be controlled; at least one control device operatively active at the rotating table ; a movement device configured for rotating the rotating table around said vertical rotation axis (Z); at least one actuator operatively connected to the abutment portion in order to move said abutment portion according to said two directions (x, y); a detection device configured for detecting a shift (S) on said horizontal plane between the vertical rotation axis (Z) and the main axis (X-X) of the tyre ; an electronic management unit operatively connected to the detection device and to said at least one actuator , wherein the electronic management unit is configured for driving the actuator and moving the abutment portion according to at least one of said two directions (x, y) as a function of the detected shift (S), in order to render such shift less than a pre-established value.
A wireless communication device for collecting vehicle on-board diagnostics (OBD) data, the device comprising: a connector for connecting the device to an OBD port of a vehicle to receive OBD data; a processor configured to continually aggregate the OBD data and/or acceleration data from an acceleration sensor into risk profile data during a journey made by the vehicle , said risk profile data comprising one or more scalar indicators and/or histogram indicators; wherein the device comprises the acceleration sensor for providing the acceleration data; a memory for storing the latest risk profile data for the journey; and a wireless transceiver for communicating with an external mobile device , characterised in that the wireless transceiver is configured to wirelessly transmit the stored risk profile data to the external mobile device during the journey, wherein the processor is further configured to determine an engine state of the vehicle and to detect when the vehicle begins and ends a journey based on said determined engine state and OBD data relating to vehicle speed and/or engine revolutions, and wherein the processor is configured to detect that the vehicle has begun a new journey when there is a predetermined period of time between a detected engine 'off' state and a detected engine 'on' state, and the vehicle speed and/or engine revolutions are greater than zero, and to cause the stored risk profile data to be deleted from the memory upon detection that the vehicle has begun a new journey. a connector for connecting the device to an OBD port of a vehicle to receive OBD data; a processor configured to continually aggregate the OBD data and/or acceleration data from an acceleration sensor into risk profile data during a journey made by the vehicle , said risk profile data comprising one or more scalar indicators and/or histogram indicators; wherein the device comprises the acceleration sensor for providing the acceleration data; a memory for storing the latest risk profile data for the journey; and a wireless transceiver for communicating with an external mobile device , characterised in that the wireless transceiver is configured to wirelessly transmit the stored risk profile data to the external mobile device during the journey, wherein the processor is further configured to determine an engine state of the vehicle and to detect when the vehicle begins and ends a journey based on said determined engine state and OBD data relating to vehicle speed and/or engine revolutions, and wherein the processor is configured to detect that the vehicle has begun a new journey when there is a predetermined period of time between a detected engine 'off' state and a detected engine 'on' state, and the vehicle speed and/or engine revolutions are greater than zero, and to cause the stored risk profile data to be deleted from the memory upon detection that the vehicle has begun a new journey.
An improved accuracy objective phoropter system, comprising: a wavefront analysis system and a lens wheel array ; at least one illuminated object disposed in the field of view of an eye to be measured, between said eye and said lens wheel array, and at a predefined distance from said lens wheel array ; a camera system positioned such that it captures images of the reflection from the cornea of said eye , of the illumination of said at least one illuminated object, said camera system being disposed on an optical path separate from that of the wavefront analysis system; and a control unit using said images from said camera to generate control instructions to perform at least one of (i) centering an axis of said objective phoropter system relative to the center of said eye , and (ii) focusing the longitudinal position of said lens wheel array relative to the cornea of said eye. a wavefront analysis system and a lens wheel array ; at least one illuminated object disposed in the field of view of an eye to be measured, between said eye and said lens wheel array, and at a predefined distance from said lens wheel array ; a camera system positioned such that it captures images of the reflection from the cornea of said eye , of the illumination of said at least one illuminated object, said camera system being disposed on an optical path separate from that of the wavefront analysis system; and a control unit using said images from said camera to generate control instructions to perform at least one of (i) centering an axis of said objective phoropter system relative to the center of said eye , and (ii) focusing the longitudinal position of said lens wheel array relative to the cornea of said eye.
A parcel terminal for inserting and receiving parcels, said terminal comprising: a console ; at least one insert and discharge area for user identification and parcel insert or retrieval located in the console ; a frame comprising two opposite rows of columns , each row having a multitude of columns, each column having equal width and being suitable for storing a multitude of platforms, each platform configured to hold a parcel, in which at least one column is accessibly connected to the at least one insert and discharge area; and a mast configured to move along a corridor between the two opposite rows and comprising two loaders ( L1 and L2) attached on opposite sides of the mast in direction of the corridor and being capable of independently moving vertically along the mast and horizontally extending perpendicularly against the direction of the corridor toward either one of the column rows; wherein the combined width of the loaders (L1 and L2) measured in direction of the corridor and a width of the mast in direction of the corridor is such that when one of the loaders is positioned at the column with an access to the at least one insert and discharge area, the other loader on the opposite side of the mast by default is positioned at a fast-loading column thereby allowing simultaneous loading at the at least one insert and discharge area and unloading at the fast-loading column. a console ; at least one insert and discharge area for user identification and parcel insert or retrieval located in the console ; a frame comprising two opposite rows of columns , each row having a multitude of columns, each column having equal width and being suitable for storing a multitude of platforms, each platform configured to hold a parcel, in which at least one column is accessibly connected to the at least one insert and discharge area; and a mast configured to move along a corridor between the two opposite rows and comprising two loaders ( L1 and L2) attached on opposite sides of the mast in direction of the corridor and being capable of independently moving vertically along the mast and horizontally extending perpendicularly against the direction of the corridor toward either one of the column rows; wherein the combined width of the loaders (L1 and L2) measured in direction of the corridor and a width of the mast in direction of the corridor is such that when one of the loaders is positioned at the column with an access to the at least one insert and discharge area, the other loader on the opposite side of the mast by default is positioned at a fast-loading column thereby allowing simultaneous loading at the at least one insert and discharge area and unloading at the fast-loading column.
A process for treating a sludge, the sludge comprising solids and ammonia, the process comprising the steps of, (a) separating sludge (B) produced in an anaerobic digester into a solids fraction (C) and a liquid fraction (D), the liquid fraction (D) comprising ammonia; (b) drying the solids fraction (C) to produce gases (E) and a dry solids fraction (K); (c) condensing the gases (E) to produce condensate (U); (d) combining the liquid fraction (D) and condensate (U); (e) decarbonating the combination and then extracting ammonia gas therefrom by steam stripping comprising the addition of caustic, or air stripping at a temperature higher than ambient temperature; (f) adding an acid to the ammonia in the gas phase to produce acidic ammonium salt solution (G); and (g) combining the dry solids fraction (K) with the acidic ammonium salt solution (G). (a) separating sludge (B) produced in an anaerobic digester into a solids fraction (C) and a liquid fraction (D), the liquid fraction (D) comprising ammonia; (b) drying the solids fraction (C) to produce gases (E) and a dry solids fraction (K); (c) condensing the gases (E) to produce condensate (U); (d) combining the liquid fraction (D) and condensate (U); (e) decarbonating the combination and then extracting ammonia gas therefrom by steam stripping comprising the addition of caustic, or air stripping at a temperature higher than ambient temperature; (f) adding an acid to the ammonia in the gas phase to produce acidic ammonium salt solution (G); and (g) combining the dry solids fraction (K) with the acidic ammonium salt solution (G).
An electronic device having opposing front and rear faces, comprising: a display on the front face; a housing having a glass layer on the rear face; and a coating on the glass layer , wherein the coating includes a first layer comprising a metal layer, wherein the layer comprises titanium, on an interior surface of the glass layer , a second layer comprising titanium, and a third layer that is interposed between the first and second layers and that is formed from a material that is different from at least one of the first and second layers . a display on the front face; a housing having a glass layer on the rear face; and a coating on the glass layer , wherein the coating includes a first layer comprising a metal layer, wherein the layer comprises titanium, on an interior surface of the glass layer , a second layer comprising titanium, and a third layer that is interposed between the first and second layers and that is formed from a material that is different from at least one of the first and second layers .
A system for performing chest compressions on a patient , said system comprising: a chest compression device operable to compress the chest of a patient ; characterized by : a control system configured to control the chest compression device , and write patient data and/or device data to a storage device; a battery retainer comprising a retaining structure for retaining a battery , wherein the retaining structure is configured to secure the battery to the chest compression device , and release the battery from the chest compression device responsive to operation, by a user, of the retaining structure comprising moving the retaining structure through a range of motion, including an initial range of motion less than a full range of motion required to release the battery from the chest compression device ; and a sensor for detecting a motion of the retaining structure at a point in the initial range of motion, said sensor operable to generate a signal indicative of said motion; wherein the control system is operable to receive the signal indicative of said motion, and responsive to receipt of the signal indicative of said motion, cease writing of the patient data and/or device data to the storage device. a control system configured to control the chest compression device , and write patient data and/or device data to a storage device; control the chest compression device , and write patient data and/or device data to a storage device; a battery retainer comprising a retaining structure for retaining a battery , wherein the retaining structure is configured to secure the battery to the chest compression device , and release the battery from the chest compression device responsive to operation, by a user, of the retaining structure comprising moving the retaining structure through a range of motion, including an initial range of motion less than a full range of motion required to release the battery from the chest compression device ; and a sensor for detecting a motion of the retaining structure at a point in the initial range of motion, said sensor operable to generate a signal indicative of said motion; wherein the control system is operable to receive the signal indicative of said motion, and responsive to receipt of the signal indicative of said motion, cease writing of the patient data and/or device data to the storage device.