mhurhangee/patent-ind-claim-en huggingface dataset:
An exchange comprising: notification control means configured to transmit, when the exchange enters an operating state, a notification request message including first identification information for identifying the exchange to a server apparatus , and request the server apparatus to transmit a notification for making a predetermined application installed in a communication terminal registered in the server apparatus register the predetermined application in the exchange ; and terminal control means configured to receive a first registration request message including second identification information for identifying the communication terminal from the predetermined application, register the second identification information in the exchange , and register the predetermined application in the exchange , wherein when the first registration request message is received, the notification control means is further configured to determine whether or not the second identification information is registered in the server apparatus , and when the second identification information is not registered in the server apparatus , the notification control means is further configured to transmit a second registration request message including the first identification information and the second identification information to the server apparatus . notification control means configured to transmit, when the exchange enters an operating state, a notification request message including first identification information for identifying the exchange to a server apparatus , and request the server apparatus to transmit a notification for making a predetermined application installed in a communication terminal registered in the server apparatus register the predetermined application in the exchange ; and terminal control means configured to receive a first registration request message including second identification information for identifying the communication terminal from the predetermined application, register the second identification information in the exchange , and register the predetermined application in the exchange , wherein when the first registration request message is received, the notification control means is further configured to determine whether or not the second identification information is registered in the server apparatus , and when the second identification information is not registered in the server apparatus , the notification control means is further configured to transmit a second registration request message including the first identification information and the second identification information to the server apparatus .
A mobile terminal comprising: a touchscreen configured to display video content; and a controller configured to control the touchscreen to: display a progress bar for the displayed video content; display a first time indicator and a second time indicator on the progress bar ; and display a first scene at a first time corresponding to the first time indicator and a second scene at a second time corresponding to the second time indicator ; wherein the first time indicator is moved in response to detecting a first touch on the touchscreen that is dragged on a first region; and the second time indicator is moved in response to detecting a second touch on the touchscreen that is dragged on a second region, wherein the first time indicator is moved by a first distance when the first touch input is dragged a first length along a straight path with in the first region, and moved by a different second distance when the first touch input is dragged the same first length along a curved path within the first region; wherein the second time indicator is moved by the first distance when the second touch input is dragged by the first length along a straight path with in the second region and moved by the different second distance when the second touch input is dragged the same first length along a curved path within the second region; and wherein the first region and second region are different regions of the touchscreen . a touchscreen configured to display video content; and a controller configured to control the touchscreen to: display a progress bar for the displayed video content; display a first time indicator and a second time indicator on the progress bar ; and display a first scene at a first time corresponding to the first time indicator and a second scene at a second time corresponding to the second time indicator ; wherein display a progress bar for the displayed video content; display a first time indicator and a second time indicator on the progress bar ; and display a first scene at a first time corresponding to the first time indicator and a second scene at a second time corresponding to the second time indicator ; the first time indicator is moved in response to detecting a first touch on the touchscreen that is dragged on a first region; and the second time indicator is moved in response to detecting a second touch on the touchscreen that is dragged on a second region, wherein the first time indicator is moved by a first distance when the first touch input is dragged a first length along a straight path with in the first region, and moved by a different second distance when the first touch input is dragged the same first length along a curved path within the first region; wherein the second time indicator is moved by the first distance when the second touch input is dragged by the first length along a straight path with in the second region and moved by the different second distance when the second touch input is dragged the same first length along a curved path within the second region; and wherein the first region and second region are different regions of the touchscreen .
Pneumatically actuable disc brake having: a. a brake caliper , at least one brake pad on the application side and on the reaction side, and a brake disc ; b. at least one brake pad on the application side which is movable both in a direction parallel to a brake disc axis of rotation and parallel to the brake disc friction surface; c. an actuating device having a brake cylinder, which can be acted on at least by compressed air, as brake force generator, which acts on an application device for applying the brake pad ; and d. at least one self-boosting device with ramps (7, 7'; 8, 8'), characterized in that e. the ramps (7, 7'; 8, 8') each have a degressive ramp curve which is established according to the formula u = ∫ 1 f h dh = G h h = G − 1 u wherein in the case of an approximation with tan α = f h = − mh + n there is obtained by integration: h = 1 m ⋅ n − e − m ⋅ u where: α = ramp angle, h = curve profile of the ramp (7, 7'; 8, 8'), m = constant, n = tangent of a starting wedge angle at a stroke of zero, and u = circumferential travel. a. a brake caliper , at least one brake pad on the application side and on the reaction side, and a brake disc ; b. at least one brake pad on the application side which is movable both in a direction parallel to a brake disc axis of rotation and parallel to the brake disc friction surface; c. an actuating device having a brake cylinder, which can be acted on at least by compressed air, as brake force generator, which acts on an application device for applying the brake pad ; and d. at least one self-boosting device with ramps (7, 7'; 8, 8'), e. the ramps (7, 7'; 8, 8') each have a degressive ramp curve which is established according to the formula u = ∫ 1 f h dh = G h h = G − 1 u wherein in the case of an approximation with tan α = f h = − mh + n there is obtained by integration: h = 1 m ⋅ n − e − m ⋅ u where: α = ramp angle, h = curve profile of the ramp (7, 7'; 8, 8'), m = constant, n = tangent of a starting wedge angle at a stroke of zero, and u = circumferential travel. α = ramp angle, h = curve profile of the ramp (7, 7'; 8, 8'), m = constant, n = tangent of a starting wedge angle at a stroke of zero, and u = circumferential travel.
Make-up product comprising in its formulation magneto-chromatic microspheres , which modify their orientation and therefore the color of the make-up product under the action of a magnetic field, wherein said make-up product, once exhausted, is configured to be recharged by means of a refill containing interchangeable capsules inside which the make-up product is contained, the make-up product being characterized in that the refill is inserted in a casing having all magnetic side surfaces, said side surfaces being a magnetic field source generating a magnetic force. wherein said make-up product, once exhausted, is configured to be recharged by means of a refill containing interchangeable capsules inside which the make-up product is contained, the make-up product being characterized in that the refill is inserted in a casing having all magnetic side surfaces, said side surfaces being a magnetic field source generating a magnetic force.
A brewing device for producing a beverage from a single-serve cartridge in the form of a capsule or a pod; the brewing device comprises at least one perforating device to perforate the cartridge and including a plate and a plurality of perforators protruding from the plate ; the plate is provided with holes for the flow of a liquid, and each perforator has the shape of a blunt tip delimited by a side surface and by a top surface forming, with the side surface , a cutting edge ; the top surface is the resultant of the intersection between the relevant perforator with a virtual spherical surface, and the shape of the cutting edge is generically bilobed and formed by two convex portions separated by two symmetrical concave portions.
Process for preparing methanol by utilization of carbon dioxide from exhaust gas from fossil fuel-fired power stations, combined heat and power stations, and emitters selected from among cement works of the cement industry, chemical plants, steel works, plants of industry, biogas and/or biomass plants, where carbon dioxide from the exhaust gas is mixed with hydrogen for a methanol synthesis and converted into methanol using catalysts, characterized in that a technological unit for carbon dioxide utilization and hydrogen-methanol storage (CV WMS) is provided and the technological unit for CO 2 utilization and hydrogen-methanol storage (CV WMS) consisting of - electrolysis of water to give H 2 and O 2 , - CO 2 adsorption or absorption to recover CO 2 and - synthesis of methanol with MeOH storage, is provided containerized at the site of a carbon dioxide source. - electrolysis of water to give H 2 and O 2 , - CO 2 adsorption or absorption to recover CO 2 and - synthesis of methanol with MeOH storage, is provided containerized at the site of a carbon dioxide source.
Bale forming and wrapping apparatus comprising - a bale forming means and - a wrapping device , wherein the wrapping device comprises - at least one reservoir holder (30.1, 30.2) for holding a reservoir with wrapping material and - a bale supporting device , wherein the bale forming means - provides a bale forming chamber and - is arranged to form a bale (B2) in the provided bale forming chamber, wherein the wrapping device is positioned outside of the provided bale forming chamber, wherein the bale forming and wrapping apparatus is arranged - to move a formed bale (B) out of the bale forming chamber and - to carry the moved bale (B) in a wrapping position outside of the bale forming chamber, and wherein the bale forming and wrapping apparatus is further arranged to wrap the bale (B) carried in the wrapping position into wrapping material taken from the or from at least one reservoir, wherein the bale supporting device and the bale forming means are arranged - to jointly carry a bale (B) being in the wrapping position outside of the bale forming chamber and - to enable a rotation of the carried bale (B), wherein the bale (B) carried in the wrapping position is positioned between - the bale supporting device and - the bale forming means , and wherein the bale forming and wrapping apparatus is arranged to rotate and to wrap the bale (B) while the bale (B) is jointly carried in the wrapping position characterised in that the wrapping device further comprises a reservoir moving device , wherein the reservoir moving device is arranged to move the or every reservoir holder (30.1, 30.2) around the bale (B) carried in the wrapping position. - a bale forming means and - a wrapping device , - at least one reservoir holder (30.1, 30.2) for holding a reservoir with wrapping material and - a bale supporting device , - provides a bale forming chamber and - is arranged to form a bale (B2) in the provided bale forming chamber, - to move a formed bale (B) out of the bale forming chamber and - to carry the moved bale (B) in a wrapping position outside of the bale forming chamber, and - to jointly carry a bale (B) being in the wrapping position outside of the bale forming chamber and - to enable a rotation of the carried bale (B), - the bale supporting device and - the bale forming means , and
A multilayer film for use in an air bag, the multilayer film comprising: an adhesive layer; an outer layer; and a middle layer between the adhesive layer and the outer layer, the adhesive layer comprising a polyamide-based resin having a glass transition temperature from 20 °C to 60 °C and a melting point from 100 °C to 160 °C, the outer layer comprising a resin having a melting point higher than the melting point of the resin comprised in the adhesive layer by 20 °C or higher, and the middle layer comprising a polyolefin-based resin, wherein the glass transition temperature is determined by the method described in the Examples part of the description, and wherein the melting point is determined by the method described in the Examples part of the description. an adhesive layer; an outer layer; and a middle layer between the adhesive layer and the outer layer, the adhesive layer comprising a polyamide-based resin having a glass transition temperature from 20 °C to 60 °C and a melting point from 100 °C to 160 °C, the outer layer comprising a resin having a melting point higher than the melting point of the resin comprised in the adhesive layer by 20 °C or higher, and the middle layer comprising a polyolefin-based resin, wherein the glass transition temperature is determined by the method described in the Examples part of the description, and wherein the melting point is determined by the method described in the Examples part of the description.
An alarm transmitter , in particular a retrofittable alarm transmitter , for a door locking system comprising a locking bolt, which is movable in the direction of its longitudinal extent between an unlocked position and a locked position, and a lock casing which receives the locking bolt in its locked position, said alarm transmitter comprising: a first actuation element for actuating a first switch which serves to detect a locked state of the locking bolt; a second actuation element for actuating a second switch which serves to detect a movement of the locking bolt in a direction transverse, in particular at least approximately perpendicular, to its longitudinal extent; and a control device for detecting switching states of the switches and for triggering an alarm in dependence on the detected switching states, characterized in that the alarm transmitter is configured for a plugging onto the lock casing , with, in a plugged-on state of the alarm transmitter , the first actuation element and the second actuation element projecting into a bolt receiver of the lock casing which serves to receive the locking bolt. a first actuation element for actuating a first switch which serves to detect a locked state of the locking bolt; a second actuation element for actuating a second switch which serves to detect a movement of the locking bolt in a direction transverse, in particular at least approximately perpendicular, to its longitudinal extent; and a control device for detecting switching states of the switches and for triggering an alarm in dependence on the detected switching states,
Method for producing a heat sink from aluminium with a degree of purity of greater than 99.0 wt% Al for cooling and for fixing electronic and/or electrical components, comprising substantially a base plate with cooling parts protruding on one side and on the other side, opposite thereto, at least one contact surface for the thermal coupling of parts to be cooled, characterised in that in a first step individual segment plates are produced from a pre-material, by means of impact extrusion or pressure forming at a temperature below the recrystallisation temperature according to DIN 8583, for a base plate , the cooling parts protruding therefrom being formed with a deforming texture (V) being formed at least in partial regions, these individual segment plates are processed locally with material removal, and, after a processing of the side surfaces of these segment plates , are laid against one another, tensioned and joined to form a base plate such that the cooling parts protruding in the region of the connection (M) of the individual segments have a substantially identical axial spacing (X 0 ) effective for a function of the heat discharge as at the individual segments themselves, whereafter in a second step at least two individual segment plates with cooling parts protruding in identical manner are connected in a melt-free manner metallically (M) with a curved surface with a fine-grained structure (R) to one another, after which in a following step an end processing takes place of the large-surface heat sink produced from a plurality of individual segments , with a formation of the contact surface(s) for thermal coupling of components to the base plate .
A method of hardware (HW) error detection in a lockstep microcontroller unit (MCU) that comprises a memory unit, an interface member and a central processing unit (CPU), the microcontroller unit is configured to execute software programs, - providing two software program instances A and A C , where A C is a modified version, each comprising executable machine instructions, and being generated from identical source code run through two different compilers, wherein said method further comprises: - storing input data, - executing the program instance A and said modified version A C of the program instance A sequentially by said CPU, - storing output data of the executed program instances being the results of the execution of the respective program instance, - comparing the output data of the sequentially executed program instance A and the modified version A C of program instance A, wherein a common code of code A is provided, said common code handling input and output operations and scheduling the two instances A and A C sequentially, and in the start of an execution cycle the common code assures that input data is "frozen" to ascertain that both code instances will process identical data, and the method comprises executing said common code only once, and wherein if the results of the comparison are equal the stored output data is unlocked and the method comprises cyclically repeating the steps of storing input data, executing the program instance A and said modified program instance A C , storing the results of the two instances, and comparing the results, and if the results differ the method comprises - indicating a hardware or software error. - providing two software program instances A and A C , where A C is a modified version, each comprising executable machine instructions, and being generated from identical source code run through two different compilers, - storing input data, - executing the program instance A and said modified version A C of the program instance A sequentially by said CPU, - storing output data of the executed program instances being the results of the execution of the respective program instance, - comparing the output data of the sequentially executed program instance A and the modified version A C of program instance A, wherein - indicating a hardware or software error.
A laminate (10; 10a) comprising a core containing a thermoplastic polymer and having metal cover layers disposed on either side of the core , the cover layers each being connected to the core via an adhesive layer comprising at least one polymer layer , the adhesive layer additionally containing a layer made of a non-woven fabric, the non-woven fabric consisting mainly of incombustible fibers, the fibers having a melting range above the melting point of the material of the cover layers , the layer of non-woven fabric containing binder for strengthening the fibers or being thermally strengthened, in particular by an admixture of thermoplastic fibers, the layer of non-woven fabric having a coating or a sizing for increasing the adhesion to the at least one polymer layer of the adhesive layer , the core comprising fillers or/and short fibers, the filler content being between 60 wt% and 98 wt%, preferably more than 90 wt%, the core having a calorific value of less than 15 MJ/kg, preferably less than 3 MJ/kg, the layer being disposed either on the side of the adhesive layer facing the core or between two polymer layers of the adhesive layer , and the layer of non-woven fabric having a mass per unit area between 10 g/m 2 and 90 g/m 2 .
Method for cleaning an iron comprising an ironing soleplate overmounted with a heating body comprising a vaporisation chamber and a steam distribution circuit configured to supply steam outlet orifices arranged in the ironing soleplate , the steam distribution circuit comprising a scale recovery cavity comprising an evacuation orifice closed by a removable plug that can be accessed from outside the iron , the vaporisation chamber being intended to be supplied with water by means of a supply pump (P), characterised in that the cleaning method comprises: - a first step of heating the vaporisation chamber to a temperature greater than 150°C and advantageously greater than 170°C, - a second step of injecting water into the vaporisation chamber by means of the supply pump (P) during which the flow rate of water injected into the vaporisation chamber is greater than a maximum flow rate of water injected into the vaporisation chamber during a step of ironing, the iron being maintained, during the second step of injecting water, in a cleaning position wherein the water injected by the supply pump (P) into the vaporisation chamber draws particles of scale into the scale recovery cavity , the operating time of the supply pump (P) during the second step of injecting water being less than the time required for the volume of water injected by the supply pump (P) to rise via the steam distribution circuit and reach at least one steam outlet orifice of the ironing soleplate , - a third step during which the operation of the supply pump(P) is interrupted, and - a fourth step of evacuating the scale collected in the scale recovery cavity by opening the removable plug . - a first step of heating the vaporisation chamber to a temperature greater than 150°C and advantageously greater than 170°C, - a second step of injecting water into the vaporisation chamber by means of the supply pump (P) during which the flow rate of water injected into the vaporisation chamber is greater than a maximum flow rate of water injected into the vaporisation chamber during a step of ironing, the iron being maintained, during the second step of injecting water, in a cleaning position wherein the water injected by the supply pump (P) into the vaporisation chamber draws particles of scale into the scale recovery cavity , the operating time of the supply pump (P) during the second step of injecting water being less than the time required for the volume of water injected by the supply pump (P) to rise via the steam distribution circuit and reach at least one steam outlet orifice of the ironing soleplate , - a third step during which the operation of the supply pump(P) is interrupted, and - a fourth step of evacuating the scale collected in the scale recovery cavity by opening the removable plug .