mhurhangee/patent-ind-claim-en huggingface dataset:
Independently manageable display panel in a size of DIN-A1 to DIN-A5, for example a price labelling panel, with a flexurally rigid, plate-like carrier part as a support for an information element , for example a written or printed sheet of paper, and a transparent cover formed by a film and covering the information element , the cover being designed as part of a pocket part which is firmly seated on the carrier part merely by adhesion and has a film-like back connected to the cover , characterized in that the back is set to be smaller in area than the cover in order to offer cover edge adhesion, in that the cover is designed on the edge side for directly releasable adhesive connection with the carrier part in that the rear side of the back which interacts with the carrier part is formed by an applied soft PVC layer, and in that the cover is formed on the edge side by the upper transparent film, a non-detachably bonded stiffening layer arranged underneath, and a soft PVC layer applied to the stiffening layer , essentially in three layers.
An OTA Edge system (ES), configured to: receive polling requests (PD), dedicated to an OTA Core system (CS), from one or several mobile end devices (D); characterized by an offload filter (F) implemented in the OTA Edge system (ES) and further configured to: accept polling requests (PD; PD-2, PD-3) from mobile end devices (D; D2, D3) for which contents (Cont; Cont-2, Cont-3) are present on the OTA Core system (CS), and reject polling requests (PD; PD-1, PD-4) from mobile end devices (D; D1, D4) for which no contents are present on the OTA Core system (CS), wherein the OTA Edge system (ES) is further configured to: forward said received and accepted polling requests (PD) to an OTA Core system (CS); receive, from said OTA Core system (CS), contents (Cont) corresponding to said forwarded polling requests (PD); forward said received contents (Cont) to the mobile end device (D) from which the polling request (PD) was received. receive polling requests (PD), dedicated to an OTA Core system (CS), from one or several mobile end devices (D); characterized by an offload filter (F) implemented in the OTA Edge system (ES) and further configured to: accept polling requests (PD; PD-2, PD-3) from mobile end devices (D; D2, D3) for which contents (Cont; Cont-2, Cont-3) are present on the OTA Core system (CS), and reject polling requests (PD; PD-1, PD-4) from mobile end devices (D; D1, D4) for which no contents are present on the OTA Core system (CS), wherein the OTA Edge system (ES) is further configured to: forward said received and accepted polling requests (PD) to an OTA Core system (CS); receive, from said OTA Core system (CS), contents (Cont) corresponding to said forwarded polling requests (PD); forward said received contents (Cont) to the mobile end device (D) from which the polling request (PD) was received. accept polling requests (PD; PD-2, PD-3) from mobile end devices (D; D2, D3) for which contents (Cont; Cont-2, Cont-3) are present on the OTA Core system (CS), and reject polling requests (PD; PD-1, PD-4) from mobile end devices (D; D1, D4) for which no contents are present on the OTA Core system (CS), wherein the OTA Edge system (ES) is further configured to: forward said received and accepted polling requests (PD) to an OTA Core system (CS); receive, from said OTA Core system (CS), contents (Cont) corresponding to said forwarded polling requests (PD); forward said received contents (Cont) to the mobile end device (D) from which the polling request (PD) was received. forward said received and accepted polling requests (PD) to an OTA Core system (CS); receive, from said OTA Core system (CS), contents (Cont) corresponding to said forwarded polling requests (PD); forward said received contents (Cont) to the mobile end device (D) from which the polling request (PD) was received.
A lubricant deterioration sensor , comprising: an examination section in which lubricant to be detected enters; a light emitting element configured to emit detection light to the examination section ; a first light receiving element configured to obtain a detection value that represents color information of the detection light traveled through the lubricant; a calibration unit configured to calibrate a measurement range of the detection value in accordance with the lubricant to be detected; a determination unit configured to determine a deterioration degree of the lubricant based on the detection value; and a housing in which the examination section , the light emitting element , and the first light receiving element are disposed, characterized in that the calibration unit , and the determination unit are also disposed in the housing, and the determination unit is configured to obtain a plurality of the detection values in a unit of time and to use a mode of the detection values in the unit of time among the detection values that fluctuate to perform deterioration determination. an examination section in which lubricant to be detected enters; a light emitting element configured to emit detection light to the examination section ; a first light receiving element configured to obtain a detection value that represents color information of the detection light traveled through the lubricant; a calibration unit configured to calibrate a measurement range of the detection value in accordance with the lubricant to be detected; a determination unit configured to determine a deterioration degree of the lubricant based on the detection value; and a housing in which the examination section , the light emitting element , and the first light receiving element are disposed, characterized in that the calibration unit , and the determination unit are also disposed in the housing, and the determination unit is configured to obtain a plurality of the detection values in a unit of time and to use a mode of the detection values in the unit of time among the detection values that fluctuate to perform deterioration determination.
A method for manufacturing a label with a hanging handle comprising steps of: i) providing a first laminated material which comprises a backing layer and a first frontal layer joined in a releasable manner, wherein said first frontal layer comprises a frontal surface ; ii) coating said frontal surface of the first frontal layer with at least one layer of release promoter , leaving a free zone from which said layer of release promoter is missing; iv) providing a second laminated material comprising a second frontal layer and an adhesive layer , wherein said second frontal layer has a predefined thickness (S1); v) joining said first laminated material and said second laminated material of steps ii) and iv) in an assembled component or coupled material , so that the adhesive layer of the second laminated material adheres at least to the free zone of the first laminated material ; vii) cutting a hanging handle in a handle zone of said second laminated material and only inside the thickness (S1) of the second laminated material , leaving said first frontal layer intact; cutting at least one secondary label in a secondary label zone different from said handle zone and only within the thickness (S1) of the second laminated material ; forming a label outline in the first frontal layer , avoiding to cut the hanging handle and removing a portion of said first frontal layer thus creating a cavity which arranges a handle portion of said hanging handle , with the label formed, protruding overhangingly beyond said label outline , overhanging said cavity . i) providing a first laminated material which comprises a backing layer and a first frontal layer joined in a releasable manner, wherein said first frontal layer comprises a frontal surface ; ii) coating said frontal surface of the first frontal layer with at least one layer of release promoter , leaving a free zone from which said layer of release promoter is missing; iv) providing a second laminated material comprising a second frontal layer and an adhesive layer , wherein said second frontal layer has a predefined thickness (S1); v) joining said first laminated material and said second laminated material of steps ii) and iv) in an assembled component or coupled material , so that the adhesive layer of the second laminated material adheres at least to the free zone of the first laminated material ; vii) cutting a hanging handle in a handle zone of said second laminated material and only inside the thickness (S1) of the second laminated material , leaving said first frontal layer intact; cutting at least one secondary label in a secondary label zone different from said handle zone and only within the thickness (S1) of the second laminated material ; forming a label outline in the first frontal layer , avoiding to cut the hanging handle and removing a portion of said first frontal layer thus creating a cavity which arranges a handle portion of said hanging handle , with the label formed, protruding overhangingly beyond said label outline , overhanging said cavity .
The use of a Saccharomyces cerevisiae active yeast adapted to a weak organic acid, said adapted yeast having the following features: - it is derived from a strain chosen from the strains deposited at the CNCM, respectively under numbers I-5128 and I-5131 on August 31, 2016, - the ratio between the activity according to the A1 test of said adapted active yeast derived from a strain chosen from I-5128 and 1-5131, and the activity according to the A1 test of the non-adapted active yeast derived from the same strain chosen from I-5128 and I-5131 is greater than or equal to 1, said A1 test corresponding to the protocol as described in the specification page 4, line 6-30, - it is obtained according to the method described in example 1 of the specification, - it presents an increased tolerance to a weak organic acid by virtue of a previous exposure to this acid such that the growth and the fermentative capacity of said adapted yeast are not inhibited when the yeast is in the presence of said weak organic acid for at least the second time, said weak organic acid being chosen from propionic acid and salts thereof, for improving the growth and weight gain performances and the consumption index (CI) of poultry. - it is derived from a strain chosen from the strains deposited at the CNCM, respectively under numbers I-5128 and I-5131 on August 31, 2016, - the ratio between the activity according to the A1 test of said adapted active yeast derived from a strain chosen from I-5128 and 1-5131, and the activity according to the A1 test of the non-adapted active yeast derived from the same strain chosen from I-5128 and I-5131 is greater than or equal to 1, said A1 test corresponding to the protocol as described in the specification page 4, line 6-30, - it is obtained according to the method described in example 1 of the specification, - it presents an increased tolerance to a weak organic acid by virtue of a previous exposure to this acid such that the growth and the fermentative capacity of said adapted yeast are not inhibited when the yeast is in the presence of said weak organic acid for at least the second time, said weak organic acid being chosen from propionic acid and salts thereof,
A filling station for pressurized fluids, particularly hydrogen or natural gas, comprising a storage tank for the pressurized fluid and a filling pump fed by the same, wherein the storage tank is partitioned into separate sections (S i ), which are each connected to the inlet via a first switching valve (V 1,i ) and to the outlet of a high-pressure pump via a second switching valve (V 2,i ), characterized in that the filling pump has a high-pressure path and a low-pressure path for delivering the pressurized fluid, wherein the first or second switching valves (V 1,i , V 2,i ) are connected on the pump side via a third switching valve (V 3 ) to the low-pressure path of the filling pump , and wherein the outlet of the high-pressure pump supplies a high-pressure tank via a fourth switching valve (V 4 ), which high-pressure tank is connected to the high-pressure path of the filling pump via a fifth switching valve (V 5 ) . wherein the storage tank is partitioned into separate sections (S i ), which are each connected to the inlet via a first switching valve (V 1,i ) and to the outlet of a high-pressure pump via a second switching valve (V 2,i ), characterized in that the filling pump has a high-pressure path and a low-pressure path for delivering the pressurized fluid, wherein the first or second switching valves (V 1,i , V 2,i ) are connected on the pump side via a third switching valve (V 3 ) to the low-pressure path of the filling pump , and wherein the outlet of the high-pressure pump supplies a high-pressure tank via a fourth switching valve (V 4 ), which high-pressure tank is connected to the high-pressure path of the filling pump via a fifth switching valve (V 5 ) .
A method for an internet of things "IoT" communication device with a virtual subscriber identity module "SIM" to operate over multiple wireless telephone and internet protocol "IP" networks , the method comprising: storing in a virtual SIM , which mimics the operation of a physical SIM card, a plurality of mobile network operator "MNO" profiles, each MNO profile in the plurality of MNO profiles comprising a unique telephone network identifier for enabling communication over a distinct one of a plurality of mobile telephone networks and a unique IP network identifier for enabling communication over a distinct one of a plurality of IP networks ; and in a processor , switching mobile network operators for the wireless telephone and internet protocol "IP" networks by changing the MNO profile from a first one of the plurality of MNO profiles simultaneously enabling communication over a first one of the plurality of mobile telephone networks and a first one of the plurality of IP networks to a second one of the plurality of MNO profiles simultaneously enabling communicating over a second one of the plurality of mobile telephone networks and a second one of the plurality of IP networks , characterised in that the method further comprises blocking a provisioning request sent by an MNO to switch only one of the telephone or internet protocol "IP" networks individually, wherein blocking the provisioning request prevents an interruption in service to the other one of the telephone or internet protocol "IP" networks not specified in the provisioning request, and instead executing a command to switch both of the telephone and internet protocol "IP" networks simultaneously. storing in a virtual SIM , which mimics the operation of a physical SIM card, a plurality of mobile network operator "MNO" profiles, each MNO profile in the plurality of MNO profiles comprising a unique telephone network identifier for enabling communication over a distinct one of a plurality of mobile telephone networks and a unique IP network identifier for enabling communication over a distinct one of a plurality of IP networks ; and in a processor , switching mobile network operators for the wireless telephone and internet protocol "IP" networks by changing the MNO profile from a first one of the plurality of MNO profiles simultaneously enabling communication over a first one of the plurality of mobile telephone networks and a first one of the plurality of IP networks to a second one of the plurality of MNO profiles simultaneously enabling communicating over a second one of the plurality of mobile telephone networks and a second one of the plurality of IP networks , characterised in that the method further comprises blocking a provisioning request sent by an MNO to switch only one of the telephone or internet protocol "IP" networks individually, wherein blocking the provisioning request prevents an interruption in service to the other one of the telephone or internet protocol "IP" networks not specified in the provisioning request, and instead executing a command to switch both of the telephone and internet protocol "IP" networks simultaneously.
A Compound of Formula I: wherein: X is -N(H)-, or -N(CH 3 )- ; L is O; Z is -O-; optionally in deuterated form, in free or pharmaceutically acceptable salt form for use in a method for the acute treatment of depression and/or anxiety; the method comprising administering to a patient in need thereof, a therapeutically effective amount of a compound of Formula I. X is -N(H)-, or -N(CH 3 )- ; L is O; Z is -O-; optionally in deuterated form,
A multi-band antenna , comprising: a reflector ; a first array of first radiating elements extending in a lengthwise direction along a first side of the reflector; a second array of first radiating elements extending in a lengthwise direction along a second side of the reflector; wherein the first radiating elements are configured to emit electromagnetic radiation within a first operating frequency band; an array of second radiating elements extending in a lengthwise direction across the reflector, and between the first and second arrays of first radiating elements; wherein the second radiating elements are configured to emit electromagnetic radiation within a second operating frequency band, and an array of directors extending forwardly of the first radiating elements within the first array, said directors configured to include respective resonant loops of inductor (141-144) and capacitor (145-148) elements connected in series, wherein the directors are configured to shape the radiation pattern of the respective first radiating elements and wherein the directors are configured to be frequency selective so as to be substantially invisible to electromagnetic radiation within at least a portion of the second operating frequency band. a reflector ; a first array of first radiating elements extending in a lengthwise direction along a first side of the reflector; a second array of first radiating elements extending in a lengthwise direction along a second side of the reflector; wherein the first radiating elements are configured to emit electromagnetic radiation within a first operating frequency band; an array of second radiating elements extending in a lengthwise direction across the reflector, and between the first and second arrays of first radiating elements; wherein the second radiating elements are configured to emit electromagnetic radiation within a second operating frequency band, and an array of directors extending forwardly of the first radiating elements within the first array, said directors configured to include respective resonant loops of inductor (141-144) and capacitor (145-148) elements connected in series, wherein the directors are configured to shape the radiation pattern of the respective first radiating elements and wherein the directors are configured to be frequency selective so as to be substantially invisible to electromagnetic radiation within at least a portion of the second operating frequency band.
A food emulsion, balanced for the elderly and patients with swallowing disorders, said food emulsion with a viscosity of 1000 to 1500 mPas, measured at a shear rate of 50 per second at 25°C temperature, saturated with nutrients and bioactive substances, comprising at least: - "Water-in-Oil-in-Water" (WOW) emulsion base consisting of an inner aqueous phase (W1), an oil phase (O), and an outer aqueous phase (W2), and - the components of the nutrients and bio-active substances incorporated in this emulsion base, characterized in that said WOW emulsion base comprises - the external aqueous (W2) phase filled with milk protein components, - the oil phase (O) filled with unsaturated lipids, lipophilic vitamins D and A, - the internal aqueous (W1) phase filled with carbohydrates, polyphenols, vitamins C, B9 and B12, Zn, Se, berry extracts. - "Water-in-Oil-in-Water" (WOW) emulsion base consisting of an inner aqueous phase (W1), an oil phase (O), and an outer aqueous phase (W2), and - the components of the nutrients and bio-active substances incorporated in this emulsion base, - the external aqueous (W2) phase filled with milk protein components, - the oil phase (O) filled with unsaturated lipids, lipophilic vitamins D and A, - the internal aqueous (W1) phase filled with carbohydrates, polyphenols, vitamins C, B9 and B12, Zn, Se, berry extracts.
Use of a mill-base composition comprising microfibrillated cellulose and co-processed inorganic particulate material as primary pigment and/or extender pigment, wherein said inorganic particulate material is co-processed with a fibrous substrate comprising cellulose during the preparation of said microfibrillated cellulose, further comprising primary pigment and/or extender pigment other than the co-processed inorganic particulate material wherein the extender pigment is one or more of kaolin, calcium carbonate and talc, wherein the microfibrillated cellulose has a d 50 ranging from about 5μm to about 500 μm, as measured by laser light scattering, and wherein the microfibrillated cellulose has a fibre steepness 100 ∗ d 30 /d 70 of from 20 to 50, measured as described herein as a rheology modifier of a paint composition, wherein the microfibrillated cellulose is present in an amount ranging from 0.1 % to 10 % by weight based on the total weight of the paint composition formulated from said mill base, wherein the mill-base is free of cellulose-derived rheology modifier other than the microfibrillated cellulose.
An oral solid unit dosage form comprising nalbuphine or a pharmaceutically acceptable salt thereof homogeneously dispersed in a sustained release delivery system, wherein said sustained release delivery system comprises at least one hydrophilic compound and a cross-linking agent, the oral unit dosage form characterized in that 75-100% of the nalbuphine is released after about 12 hours as determined using USP Apparatus III at 15 dpm in a pH 6.8 buffer at 37°C and providing controlled release for at least 8 hours.
Mobile and portable strapping device for strapping packing goods with a strapping tape, said device having a tensioning installation for applying a tape tension to a loop of a strapping tape; as well as a connection installation which for generating a connection on two regions of the loop of the strapping tape that lie on top of one another is configured as a friction-welding installation ; and a rechargeable energy accumulator for storing energy which as driving energy for motorized driving movements is releasable at least to the connection installation and to the tensioning installation, characterized by a brushless DC motor as a common drive for the tensioning installation and the friction-welding installation , wherein the mobile strapping device has an activation element which is configured as a pressure switch and for which three modes can be set by means of a switch , wherein in a first mode, by activating the activation element without any further activities by a user being necessary, the tensioning installation as well as the friction-welding installation are triggered successively and in an automated manner, wherein for setting a second mode the switch is switched to a second switching mode, and wherein in the second possible mode, by activating the activation element , only the tensioning installation is then triggered, and for separately triggering the friction-welding installation either a second activation element has to be activated by the user, or it is provided that the first activation element for triggering the friction-welding installation is to be activated a second time, and wherein the third mode is a type of semi-automatic mode in which the tensioning button is to be pushed until the tension force in the strap that is able to be pre-set in stages or in a stepless manner is reached, wherein it is possible in this mode to interrupt the tensioning procedure by releasing the tensioning button and for the tensioning procedure to be continued by pushing the tensioning button.