mhurhangee/ep-ind-claims huggingface dataset:
A communication device comprising: an image capturing unit for capturing an image; a control unit arranged to control the communication device; and a sharing unit configured to execute a first sharing processing to share a communication parameter for establishment of wireless connection with a communication target device, wherein the first sharing processing is executed based on information acquired from a captured image when the image capturing unit is set to capture the image; and a determining unit configured to, when the sharing unit executes the first sharing processing, determine whether the communication device makes communication as a first role that operates as a base station or the communication device makes communication as a second role that operates as a slave station connected to a wireless network constructed by a base station, wherein the determination is based on whether or not the image capturing unit is set to capture the image, wherein the communication device is configured to establish the wireless connection with the communication target device based on the communication parameter shared by the sharing unit, and to communicate with the communication target device in accordance with the role determined by the determining unit. an image capturing unit for capturing an image; a control unit arranged to control the communication device; and a sharing unit configured to execute a first sharing processing to share a communication parameter for establishment of wireless connection with a communication target device, wherein the first sharing processing is executed based on information acquired from a captured image when the image capturing unit is set to capture the image; and a determining unit configured to, when the sharing unit executes the first sharing processing, determine whether the communication device makes communication as a first role that operates as a base station or the communication device makes communication as a second role that operates as a slave station connected to a wireless network constructed by a base station, wherein the determination is based on whether or not the image capturing unit is set to capture the image, wherein the communication device is configured to establish the wireless connection with the communication target device based on the communication parameter shared by the sharing unit, and to communicate with the communication target device in accordance with the role determined by the determining unit.
Centrifugal compressor unit, comprising a motor, at least one compressor (44; 44', 44") comprising a driven shaft (54; 54', 54") driven by the rotor of the motor, and a set of bladed disks mounted on the driven shaft, the assembly consisting of the motor and the compressor being mounted in a common casing which is gas-tight with respect to the gas handled by the compressor unit, characterized in that the rotor and the driven shaft are connected via a flexible coupling (72; 72', 72") arranged in the casing.
A method for producing an optical fiber preform, comprising: a rod formation step of forming a glass rod composed of a silica glass containing an alkali metal element, the average concentration of the alkali metal element being 5 at.ppm or more; a heat treatment step of heat-treating the glass rod; a core part formation step of forming an alkali metal element-free silica glass layer having a chlorine concentration of 3000 at.ppm or more around the perimeter of the glass rod heat-treated in the heat treatment step to form a core part including the glass rod and the silica glass layer; and a cladding part formation step of forming a cladding part composed of a silica-based glass having a lower refractive index than the core part around the perimeter of the core part. a rod formation step of forming a glass rod composed of a silica glass containing an alkali metal element, the average concentration of the alkali metal element being 5 at.ppm or more; a heat treatment step of heat-treating the glass rod; a core part formation step of forming an alkali metal element-free silica glass layer having a chlorine concentration of 3000 at.ppm or more around the perimeter of the glass rod heat-treated in the heat treatment step to form a core part including the glass rod and the silica glass layer; and a cladding part formation step of forming a cladding part composed of a silica-based glass having a lower refractive index than the core part around the perimeter of the core part.
A cyclosporine emulsion having the following composition: Ingredient Concentration g/L Cyclosporine 5 Egg lechithin 12 Glycerol (water free) 25 Sodium oleate 0.3 Sodium hydroxide 1 M q.s. Soya-bean oil (long chain triglyceride) 100 medium chain triglyceride 100 Water for injection Ad 1 L wherein the emulsion is isoosmolar and has an osmolarity of from 280 to 305 mosm/I.
Silane-functional polyester of formula wherein Y is an n-valent residue of a polyester P which is solid at room temperature, crystalline and terminated by hydroxy groups, having an average molecular weight M n of > 2500 g/mol to 7000 g/mol, after removal of n hydroxy groups; R 1 is a linear or branched, monovalent hydrocarbon residue having 1 to 12 carbon atoms, optionally having one or more C-C multiple bonds and/or having optionally cycloaliphatic and/or aromatic portions; R 2 is an acyl residue or a linear or branched, monovalent hydrocarbon residue having 1 to 12 carbon atoms, optionally having one or more C-C multiple bonds and/or having optionally cycloaliphatic and/or aromatic portions; R 3 is a linear or branched, divalent hydrocarbon residue having 1 to 12 carbon atoms, optionally having cyclic and/or aromatic portions, and optionally having one or more heteroatoms; the index a has a value of 0, 1 or 2; and the index n has a value of 1 to 3. Y is an n-valent residue of a polyester P which is solid at room temperature, crystalline and terminated by hydroxy groups, having an average molecular weight M n of > 2500 g/mol to 7000 g/mol, after removal of n hydroxy groups; R 1 is a linear or branched, monovalent hydrocarbon residue having 1 to 12 carbon atoms, optionally having one or more C-C multiple bonds and/or having optionally cycloaliphatic and/or aromatic portions; R 2 is an acyl residue or a linear or branched, monovalent hydrocarbon residue having 1 to 12 carbon atoms, optionally having one or more C-C multiple bonds and/or having optionally cycloaliphatic and/or aromatic portions; R 3 is a linear or branched, divalent hydrocarbon residue having 1 to 12 carbon atoms, optionally having cyclic and/or aromatic portions, and optionally having one or more heteroatoms; the index a has a value of 0, 1 or 2; and the index n has a value of 1 to 3. the index a has a value of 0, 1 or 2; and the index n has a value of 1 to 3.
A verification code generation method, performed in an electronic device, the electronic device for performing encoding to generate a video/audio stream having a plurality of data segments, wherein each data segment of the video/audio stream includes at least one group of pictures or at least one set of media data (mdat); wherein the data segments are not limited to individually include the same quantity of group of pictures or media data (mdat), and the quantity of group of pictures or media data (mdat) included in each data segment is dynamically determined according to an operation capability of the electronic device; and wherein the verification code generation method comprising: each time a data segment of the data segments is completely generated by encoding, generating a first-level checksum associated with the data segment, and recording the first-level checksum in an accompanying verification file; and at an interval of every N data segments of the data segments, generating a second-level checksum for W consecutive first-level checksums, and recording the second-level checksum in the accompanying verification file, where W is a positive integer greater than or equal to 2, and N is a positive integer greater than 0 and smaller than or equal to W. each time a data segment of the data segments is completely generated by encoding, generating a first-level checksum associated with the data segment, and recording the first-level checksum in an accompanying verification file; and at an interval of every N data segments of the data segments, generating a second-level checksum for W consecutive first-level checksums, and recording the second-level checksum in the accompanying verification file, where W is a positive integer greater than or equal to 2, and N is a positive integer greater than 0 and smaller than or equal to W.
A wireless receiver, comprising: a speaker sized to be positioned relative to an ear of a user; a short-range communication unit configured to receive a signal from a mobile terminal or transmit a request to the mobile terminal; a second sensing unit configured to detect a first gesture input in accordance with physical movement of a predetermined portion of the wireless receiver; and a controller configured to cause the speaker to output first audio data in response to a signal received from the mobile terminal via the short-range communication unit when a call is received by the mobile terminal from a communication device, the first audio data containing information identifying the communication device, and cause the short-range communication unit to transmit a first request for information corresponding to the first gesture. a speaker sized to be positioned relative to an ear of a user; a short-range communication unit configured to receive a signal from a mobile terminal or transmit a request to the mobile terminal; a second sensing unit configured to detect a first gesture input in accordance with physical movement of a predetermined portion of the wireless receiver; and a controller configured to cause the speaker to output first audio data in response to a signal received from the mobile terminal via the short-range communication unit when a call is received by the mobile terminal from a communication device, the first audio data containing information identifying the communication device, and cause the short-range communication unit to transmit a first request for information corresponding to the first gesture.
Clothing for a machine for producing fiber cement components, having a base fabric comprising MD yarns and CD yarns, wherein at least some of the MD yarns are formed from first multifilaments composed of a first material and from second multifilaments which are twisted therewith and which are composed of a second material, wherein the first material has a higher tensile strength and a higher melting temperature than the second material, characterized in that the MD yarns are heat-treated at a temperature which lies between the melting temperature of the second material and the melting temperature of the first material, such that, after cooling, the at least partially melted second material forms a matrix in which the first multifilaments composed of the first material are embedded.
A hypereutectic aluminum silicon sand cast alloy consisting of 18-20% by weight silicon, 0.3-1.2% by weight magnesium, 3-6% by weight nickel, 0.8% by weight maximum iron, 0.4% by weight maximum copper, 0.6% by weight maximum manganese, 0.5% by weight maximum zinc, and the balance aluminum, wherein, optionally, up to 2% by weight nickel is substituted with up to 2 % by weight cobalt, and/or 0.005-0.1% by weight phosphorous is added for refining purposes. 18-20% by weight silicon, 0.3-1.2% by weight magnesium, 3-6% by weight nickel, 0.8% by weight maximum iron, 0.4% by weight maximum copper, 0.6% by weight maximum manganese, 0.5% by weight maximum zinc, and the balance aluminum,
A mass spectrometer, configured to perform a method in which a sample is introduced into an ion source in such a manner that a temporal change in a concentration of one or a plurality of sample components forms a peak, and in which a component in the sample is ionized and the generated ions are detected with a pulse-counting detector after being separated according to their mass-to-charge ratios, characterized in that the mass spectrometer comprises: a) a memory configured to store information showing a relational expression obtained based on a result of a preliminary experiment, the relational expression showing a relationship between the number of ions included in one chromatograph peak and a coefficient of variation ("CV") value serving as an index of measurement reproducibility; and b) a computation processor configured to calculate the number of ions from given measurement conditions including a loop time and a dwell time as well as a given value of a chromatogram peak area of a target component, wherein the calculated number of ions is proportional to the chromatogram peak area value and the ratio of the dwell time to the loop time; wherein the computation processor is further configured to calculate a reference CV value by comparing the calculated number of ions with the relational expression based on the information stored in the memory, the loop time being a measurement cycle with which a measurement for sequentially detecting ions originating from one or a plurality of specified components is repeated, the dwell time being a period of time allotted for detecting the ions originating from the target component within the loop time, and the value of the chromatogram peak area being given as a result of an actual measurement or a value that is determined from a component concentration by means of a calibration curve. a) a memory configured to store information showing a relational expression obtained based on a result of a preliminary experiment, the relational expression showing a relationship between the number of ions included in one chromatograph peak and a coefficient of variation ("CV") value serving as an index of measurement reproducibility; and b) a computation processor configured to calculate the number of ions from given measurement conditions including a loop time and a dwell time as well as a given value of a chromatogram peak area of a target component, wherein the calculated number of ions is proportional to the chromatogram peak area value and the ratio of the dwell time to the loop time;
Device for preventing the cocking of a firing pin spring during disarming of a hammerless automatic pistol provided with a lock slide, wherein the device can assume a disarming position and a locking position, the device comprising: - a spring-loadable firing pin having a lug formed thereon for active engagement with a sear which, in the locking position for cocking the firing pin spring, protrudes into the path of movement of the lug and, in the disarming position, is disengaged from the lug, characterised by - a trigger bar coupled with a trigger which, in the disarming position, disengages the sear from the lug, - a disarming shaft which, in the disarming position, enables a movement of the trigger and thus the trigger bar towards the front, and - a disconnector bar which can be coupled to the trigger bar and is acted upon in the disarming position by the lock slide which is moved forward and thereby the sear is operatively disengaged from the lug by means of the trigger bar. - a spring-loadable firing pin having a lug formed thereon for active engagement with a sear which, in the locking position for cocking the firing pin spring, protrudes into the path of movement of the lug and, in the disarming position, is disengaged from the lug, - a trigger bar coupled with a trigger which, in the disarming position, disengages the sear from the lug, - a disarming shaft which, in the disarming position, enables a movement of the trigger and thus the trigger bar towards the front, and - a disconnector bar which can be coupled to the trigger bar and is acted upon in the disarming position by the lock slide which is moved forward and thereby the sear is operatively disengaged from the lug by means of the trigger bar.
A method producing a strip-shaped or plate-shaped composite metal object (10, 10', 10", 10"') of at least two layers (12, 14; 12, 13, 15) of metal, wherein as the metal of each of the layers (12, 14; 12, 13, 15) aluminum or an aluminum alloy is used, wherein the layers (12, 14; 12, 13, 15) are arranged as core layers between two cover layers (30, 32) made of another metal, namely stainless steel or titanium, wherein as one of the core layers (12, 14; 12, 13, 15) a layer is used which is provided with strip-shaped recesses (14a, 14b) on its side facing an adjacent layer which during pressing together are closed by the adjacent layer, wherein during a heat preprocessing the entire arrangement of the layers (12, 14; 12, 13, 15) is heated to a temperature, which is above the re-crystallization temperature of the core metal but below the re-crystallization temperature of the other metal, and by subsequent pressing together of the layers (12, 14; 12, 13, 15) to effect a reduction in thickness thereof, and wherein the step of the pressing together comprises the steps of: pressing together and diffusion bonding of the entire arrangement with a first reduction in thickness, in which the cover layers (30, 32) are diffusion bonded to the core layers and pressing together the entire arrangement again under the same heating conditions with a second reduction in thickness, wherein the first and second reductions in thickness are selected to result in total in a reduction in thickness of the core layers of up to 25 %.
A paper backed veneer comprising: a veneer (12; 102, 112) defining an inner surface; and a paper backing sheet laminated to said inner surface of said veneer (12; 102, 112), said paper backing sheet (16; 104, 110) comprising a cellulosic nonwoven web containing a formaldehyde-free binder composition, wherein said binder composition comprises a curable latex polymer and a crosslinking agent, and wherein said paper backing sheet (12; 102, 112) is adhered to said inner surface of said veneer (16; 104, 110) via a formaldehyde-free adhesive coating (14; 106, 114), and further wherein said formaldehyde-free adhesive coating (14; 106, 114) comprises a curable latex polymer and an epoxy resin, characterized in that said cellulosic nonwoven web is saturated with said formaldehyde-free binder composition. a veneer (12; 102, 112) defining an inner surface; and a paper backing sheet laminated to said inner surface of said veneer (12; 102, 112), said paper backing sheet (16; 104, 110) comprising a cellulosic nonwoven web containing a formaldehyde-free binder composition, wherein said binder composition comprises a curable latex polymer and a crosslinking agent, and wherein said paper backing sheet (12; 102, 112) is adhered to said inner surface of said veneer (16; 104, 110) via a formaldehyde-free adhesive coating (14; 106, 114), and further wherein said formaldehyde-free adhesive coating (14; 106, 114) comprises a curable latex polymer and an epoxy resin, characterized in that said cellulosic nonwoven web is saturated with said formaldehyde-free binder composition.
A cheek retractor (20, 40, 50), in particular for holding open a patient's mouth during a treatment in the oral cavity or pharyngeal zone or during a dental treatment, said cheek retractor comprising a lip support shell (2, 58), which fully receives the lips of the patient along the entire lip extent or lip contour and on which there are arranged a number of suction openings connected to an extraction system, characterized in that, along the lip extent, at least 50%, preferably at least 75%, of the lip extent is provided with suction openings.
A wheel module for a vehicle, in particular for an electric scooter or e-scooter, having a wheel axle and a wheel, wherein the wheel comprises a wheel rim, wherein the wheel rim is rotatably mounted on the wheel axle, having a braking device for the wheel, wherein the braking device comprises a brake lining and a brake disc for interacting with the brake lining, wherein the brake disc is axially movable for braking the wheel, characterized in that the braking device comprises a hydraulic device with a hydraulic chamber, which is annular in a lateral plan view, and with an annular piston for executing a stroke and a return stroke in the hydraulic chamber, and that the hydraulic device is fastened to the wheel axle and is arranged concentrically with the wheel rim. having a wheel axle and a wheel, wherein the wheel comprises a wheel rim, wherein the wheel rim is rotatably mounted on the wheel axle, having a braking device for the wheel, wherein the braking device comprises a brake lining and a brake disc for interacting with the brake lining, wherein the brake disc is axially movable for braking the wheel, characterized in that the braking device comprises a hydraulic device with a hydraulic chamber, which is annular in a lateral plan view, and with an annular piston for executing a stroke and a return stroke in the hydraulic chamber, and that the hydraulic device is fastened to the wheel axle and is arranged concentrically with the wheel rim.
A method for wireless communication at a user equipment, UE, comprising: identifying that the UE is in communication with a serving cell via a first component carrier in accordance with a time division duplexing, TDD, configuration that includes one or more downlink portions and one or more uplink portions; identifying that the UE is configured to receive uplink preemption indications via a second component carrier, wherein the uplink preemption indications indicate that uplink traffic on the first component carrier is to be preempted; determining whether to monitor the second component carrier for uplink preemption indications pertaining to the one or more uplink portions on the first component carrier, characterized in that the determining comprises determining to monitor the second component carrier for uplink preemption indications based at least in part on a received indication; monitoring for uplink preemption indications via the first component carrier during the one or more downlink portions of the TDD configuration; refraining from monitoring for uplink preemption indications via the second component carrier during at least one downlink portion of the one or more downlink portions of the TDD configuration; and monitoring for uplink preemption indications via the second component carrier during at least one uplink portion of the one or more uplink portions on the first component carrier. identifying that the UE is in communication with a serving cell via a first component carrier in accordance with a time division duplexing, TDD, configuration that includes one or more downlink portions and one or more uplink portions; identifying that the UE is configured to receive uplink preemption indications via a second component carrier, wherein the uplink preemption indications indicate that uplink traffic on the first component carrier is to be preempted; determining whether to monitor the second component carrier for uplink preemption indications pertaining to the one or more uplink portions on the first component carrier, characterized in that the determining comprises determining to monitor the second component carrier for uplink preemption indications based at least in part on a received indication; monitoring for uplink preemption indications via the first component carrier during the one or more downlink portions of the TDD configuration; refraining from monitoring for uplink preemption indications via the second component carrier during at least one downlink portion of the one or more downlink portions of the TDD configuration; and monitoring for uplink preemption indications via the second component carrier during at least one uplink portion of the one or more uplink portions on the first component carrier.