mhurhangee/ep-ind-claims huggingface dataset:
Electromotive furniture drive for adjusting movable components of an item of furniture, in particular functional furniture, comprising at least one electromotive adjustment drive mechanism (4a, 4b) having a control device and at least one operating device, a monitoring device having at least one detection device for monitoring at least one monitoring region and forming an anti-trap protection system for the item of furniture to be assigned, wherein the at least one detection device has at least one sensor unit which is designed as a piezo cable or comprises a piezo cable, characterized in that the monitoring device is set up to evaluate signals from the at least one detection device with regard to a signal characteristic and discriminate signals after various events on the basis of the signal characteristic, and that the monitoring device and the control device are set up for slowing down, stopping and/or reversing in its direction of movement the at least one electromotive adjusting drive (4a, 4b) after detection of certain events.
A cartridge configured to be removably attachable to an apparatus body of an image forming apparatus, the cartridge comprising: a rotation member (62, 66) comprising a coupling (21, 70) configured to be coupleable to a driving shaft provided in the apparatus body and to rotate by receiving a driving force from the driving shaft; a frame body; and a bearing member attached to the frame body and configured to rotatably support the rotation member (62, 66), characterized in that: the bearing member has an engaged portion that is positioned on one end side of the cartridge in a direction of a rotational axis of the rotation member (62, 66) and configured to engage with an engaging portion provided in the apparatus body, such that an engagement state between the engaged portion and the engaging portion is maintained until at least the coupling (21, 70) is coupled to the driving shaft in a process of attaching the cartridge to the apparatus body, and such that a movement of the cartridge, in a direction in which the coupling (21, 70) is away from the driving shaft in the direction of the rotational axis of the rotation member (62, 66), is restricted when the engaged portion and the engaging portion are put into the engagement state. a rotation member (62, 66) comprising a coupling (21, 70) configured to be coupleable to a driving shaft provided in the apparatus body and to rotate by receiving a driving force from the driving shaft; a frame body; and a bearing member attached to the frame body and configured to rotatably support the rotation member (62, 66), characterized in that: the bearing member has an engaged portion that is positioned on one end side of the cartridge in a direction of a rotational axis of the rotation member (62, 66) and configured to engage with an engaging portion provided in the apparatus body, such that an engagement state between the engaged portion and the engaging portion is maintained until at least the coupling (21, 70) is coupled to the driving shaft in a process of attaching the cartridge to the apparatus body, and such that a movement of the cartridge, in a direction in which the coupling (21, 70) is away from the driving shaft in the direction of the rotational axis of the rotation member (62, 66), is restricted when the engaged portion and the engaging portion are put into the engagement state. the bearing member has an engaged portion that is positioned on one end side of the cartridge in a direction of a rotational axis of the rotation member (62, 66) and configured to engage with an engaging portion provided in the apparatus body, such that an engagement state between the engaged portion and the engaging portion is maintained until at least the coupling (21, 70) is coupled to the driving shaft in a process of attaching the cartridge to the apparatus body, and such that a movement of the cartridge, in a direction in which the coupling (21, 70) is away from the driving shaft in the direction of the rotational axis of the rotation member (62, 66), is restricted when the engaged portion and the engaging portion are put into the engagement state.
Method for printing on a printing material in a rotary printing press, the press comprising a first printing press cylinder (11, 12) contacting the printing material in a printing nip and a second printing press cylinder (21, 22) transferring an image in a first color that has previously been applied to said cylinder (21, 22) onto the printing material, wherein an inkjet printing device is provided to apply an additional variable image made of ink to the printing material and wherein the inkjet printing device applies the additional image directly to an ink-free circumferential section of the second printing press cylinder that directly contacts the printing material or of a transfer cylinder (32, 33) that transfers the image from the second printing press cylinder (21, 22) to the printing material characterized in that a cleaning device is provided to remove the additional image applied by the inkjet printing device from the circumferential section during an ongoing production print run on the rotary printing press in order to print a new additional image onto the non-printing circumferential section that has been created in this way, allowing the variable image to be varied multiple times during an ongoing print job.
Multilayered composite material comprising as components: a plastics or metal foil, at least one bonding layer and a polyurethane layer with capillaries passing through the entire thickness of the polyurethane layer, wherein polyurethane layer has an average thickness in the range from 15 to 300 μm and exhibits patterning, wherein a plastics foil is a sheetlike structure composed of a synthetic polymer, which has a thickness of 0.5 μm to 1 mm, and wherein bonding layer is a layer of a cured organic adhesive. a plastics or metal foil, at least one bonding layer and a polyurethane layer with capillaries passing through the entire thickness of the polyurethane layer,
A method for detecting decreased attentiveness of a vehicle driver by analyzing detected images of the eyes of the vehicle driver, these images being indicative of certain eye configurations, the method comprising the steps: detecting eye configurations of the vehicle driver; analyzing the detected eye configurations by comparing the detected eye configurations with previously stored models of eye configuration samples (13, 14, 15, 16), the stored models of eye configuration samples (13, 14, 15, 16) being indicative of eyes that look inside and/or outside a predetermined field of view; determining whether the detected eye configurations are looking inside the predetermined field of view or outside the predetermined field of view using said analysis; and indicating when the vehicle driver has been determined to be looking outside the predetermined field of view to a predetermined extent by means of activation of a buffer routine, said buffer routine being used to delay the determining that the driver is inattentive until a predetermined eyes-off-the-road time has been buffered, characterized in that the method further comprises determining the passing of a predetermined time of continuous detected eye configurations that are determined to be looking inside the predetermined field of view, before activating said buffer routine. detecting eye configurations of the vehicle driver; analyzing the detected eye configurations by comparing the detected eye configurations with previously stored models of eye configuration samples (13, 14, 15, 16), the stored models of eye configuration samples (13, 14, 15, 16) being indicative of eyes that look inside and/or outside a predetermined field of view; determining whether the detected eye configurations are looking inside the predetermined field of view or outside the predetermined field of view using said analysis; and indicating when the vehicle driver has been determined to be looking outside the predetermined field of view to a predetermined extent by means of activation of a buffer routine, said buffer routine being used to delay the determining that the driver is inattentive until a predetermined eyes-off-the-road time has been buffered, characterized in that the method further comprises determining the passing of a predetermined time of continuous detected eye configurations that are determined to be looking inside the predetermined field of view, before activating said buffer routine.
An intraoral orthosis comprising a first shell and a second shell, said shells (10, 20) being connected together by an adjustable connection device, said adjustable connection device comprising two notched tabs that are arranged respectively on either side of one of the shells (10, 20), each notched tab co-operating in adjustable manner with a respective adjustment housing, arranged correspondingly on either side of the other of said shells (20, 10), the orthosis being characterized in that the adjustment housings are molded integrally with said other shell (20, 10), each adjustment housing being connected to said other shell (20, 10) by a foldable support structure.
A power cable assembly device adapted to be arranged in the spaces between neighbouring power cores (24a, 24b, 24c) of a power cable, comprising an extruded profiled body made of a polymer material and adapted to the cross-sectional shape and elongation of the power cable, said profiled body comprising a chamber and defining a slit to said chamber, said chamber being adapted to receive a fibre optic cable via said slit, characterised in that substantially the whole surface of the profiled body inside the chamber, the surface of the profiled body defining the slit, and the surface of at least a region outside the profiled body extending from the slit and away from the slit is provided with a layer of semi-conductive material.
A method for service offloading in a communications system, characterized by forwarding, at a software defined networking switch, a traffic flow to a deep packet inspection virtual machine; determining, in a network apparatus, whether a traffic flow has been properly classified by the deep packet inspection virtual machine; wherein if the traffic flow has been properly classified by the deep packet inspection virtual machine, instructing a software defined networking controller to offload further packets of said traffic flow from the deep packet inspection virtual machine.
A method for an aerosol delivery device, the method comprising: storing, during use of the aerosol delivery device and in a memory of the aerosol delivery device, information recording usage characteristics of the aerosol delivery device; creating, using a wireless communication interface of the aerosol delivery device, a connectionless-state advertising packet that includes information relating to an identity and advertising state of the aerosol delivery device and a first set of information recording usage characteristics of the aerosol delivery device from the memory, wherein the connectionless state advertising packet comprises a first payload which includes the first set of information recording usage characteristics; transmitting the advertising packet via the wireless communication interface; receiving a connectionless-state request packet from a remote wireless device, via the wireless communication interface; responsive to receiving the request packet, creating, using the wireless communication interface, a connectionless state response packet that that includes a second set of information recording usage characteristics of the aerosol delivery device from the memory; wherein a connectionless state packet is a packet transmitted without a formal bonding, pairing or other connection establishment process, wherein the first set of information recording usage characteristics are arranged in the first payload according to a predetermined schema defining the order and size of the values included in the first payload. storing, during use of the aerosol delivery device and in a memory of the aerosol delivery device, information recording usage characteristics of the aerosol delivery device; creating, using a wireless communication interface of the aerosol delivery device, a connectionless-state advertising packet that includes information relating to an identity and advertising state of the aerosol delivery device and a first set of information recording usage characteristics of the aerosol delivery device from the memory, wherein the connectionless state advertising packet comprises a first payload which includes the first set of information recording usage characteristics; transmitting the advertising packet via the wireless communication interface; receiving a connectionless-state request packet from a remote wireless device, via the wireless communication interface; responsive to receiving the request packet, creating, using the wireless communication interface, a connectionless state response packet that that includes a second set of information recording usage characteristics of the aerosol delivery device from the memory; wherein a connectionless state packet is a packet transmitted without a formal bonding, pairing or other connection establishment process, wherein the first set of information recording usage characteristics are arranged in the first payload according to a predetermined schema defining the order and size of the values included in the first payload.
A device for generating a field of electromagnetic radiation (e-field) from a radio frequency generator configured to convert low voltage direct current into the e-field for application to an article in the e-field, comprising a generator power supply connected between a power source and the RF generator, the generator power supply having at least one energy reserve (46, 48) and at least one power conversion circuit (50, 52) to convert power to low voltage DC for the RF generator, characterized by: at least one interrupting circuit configured to monitor for and detect a fault in the device, and if a fault is detected, to interrupt the low voltage DC between the at least one energy reserve (46, 48) and the RF generator within a predetermined time less than the time to dissipate energy stored in the at least one energy reserve (46, 48).
A system for estimating capacity, the system comprising; one or more sensors (180, 190); compressor coupled to one or more sensors (180, 190); a controller configured to: receive one or more parameters of a cooling system; receive system state information and measurements from the cooling system; compute a cooling capacity based at least in part on the one or more parameters, one or more measurements and the system state information; estimate cooling capacity based on computed capacity over a period of time; and provide the estimated capacity of the cooling system to a device in real-time; characterised in that the capacity is estimated by averaging the computed capacity over a duty cycle associated with the effective state of a valve which is proportional to the flow rate of the cooling refrigerant in the cooling system. one or more sensors (180, 190); compressor coupled to one or more sensors (180, 190); a controller configured to: receive one or more parameters of a cooling system; receive system state information and measurements from the cooling system; compute a cooling capacity based at least in part on the one or more parameters, one or more measurements and the system state information; estimate cooling capacity based on computed capacity over a period of time; and provide the estimated capacity of the cooling system to a device in real-time; characterised in that the capacity is estimated by averaging the computed capacity over a duty cycle associated with the effective state of a valve which is proportional to the flow rate of the cooling refrigerant in the cooling system. receive one or more parameters of a cooling system; receive system state information and measurements from the cooling system; compute a cooling capacity based at least in part on the one or more parameters, one or more measurements and the system state information; estimate cooling capacity based on computed capacity over a period of time; and provide the estimated capacity of the cooling system to a device in real-time; characterised in that the capacity is estimated by averaging the computed capacity over a duty cycle associated with the effective state of a valve which is proportional to the flow rate of the cooling refrigerant in the cooling system.
Control method of a leveling machine which comprises: - moving a sheet material between a first group of work rolls and a second group of work rolls following a winding path from the first group to the second group according to a setpoint speed (V*), - driving the first group of work rolls by means of a first drive, - driving the second group of work rolls by means of a second drive, which is independent of the first drive, and - measuring the speed of the first drive and measuring the speed of the second drive, characterized in that the method additionally comprises: - controlling the speed of the first drive by means of a first torque setpoint signal (T1*) which is a function of a first error signal obtained from the difference between the setpoint speed (V*) and the speed of the first drive, and - controlling the speed of the second drive by means of a second torque setpoint signal (T2*) which is a function of a second error signal obtained from the difference between the setpoint speed (V*) and the speed of the second drive, and is also a function of an additional torque gain. - moving a sheet material between a first group of work rolls and a second group of work rolls following a winding path from the first group to the second group according to a setpoint speed (V*), - driving the first group of work rolls by means of a first drive, - driving the second group of work rolls by means of a second drive, which is independent of the first drive, and - measuring the speed of the first drive and measuring the speed of the second drive, - controlling the speed of the first drive by means of a first torque setpoint signal (T1*) which is a function of a first error signal obtained from the difference between the setpoint speed (V*) and the speed of the first drive, and - controlling the speed of the second drive by means of a second torque setpoint signal (T2*) which is a function of a second error signal obtained from the difference between the setpoint speed (V*) and the speed of the second drive, and is also a function of an additional torque gain.
Method for producing at least one cutting strand segment of a cutting strand which comprises at least one cutting element and at least one cutter carrier element that has at least one connecting element, wherein, in a first step, the cutting strand segment is punched out of a band material, wherein in a further step, the cutting strand segment is fed to a finishing device, wherein in a further step, in the finishing device a coating is applied to the cutting strand segment at least in a subregion of the cutting strand segment characterized in that, in a further step, in the finishing device, that subregion of the cutting strand segment that is provided with a coating is furnished with particles, wherein the cutting strand segment is furnished with particles at least in a region of the cutting element of the cutting strand segment, wherein in a further step, a transverse securing element is embossed at least onto the cutter carrier element.
A system for customizing a golf club head of an iron-type golf club, the system comprising: an iron-type body extending from a shaft-attachment structure, the iron-type body having a front surface and a back surface; a first mass member releasably attached to the back surface of the iron-type body adjacent to substantially an entire back-surface peripheral bottom edge of the iron-type body, the first mass member having a first shape; and a second mass member releasably attached on the back surface of the iron-type body adjacent to substantially an entire back-surface peripheral top edge of the iron-type body, the second mass member having a second shape, different from the first shape, wherein the back surface of the iron-type body includes a raised central portion and one or more recessed areas extending around the raised central portion and extending adjacent to a back-surface peripheral edge of the iron-type body, wherein the different shapes of the first and second mass members are due to differing thicknesses, and wherein the first and second mass members are releasably attached within the one or more recessed areas. an iron-type body extending from a shaft-attachment structure, the iron-type body having a front surface and a back surface; a first mass member releasably attached to the back surface of the iron-type body adjacent to substantially an entire back-surface peripheral bottom edge of the iron-type body, the first mass member having a first shape; and a second mass member releasably attached on the back surface of the iron-type body adjacent to substantially an entire back-surface peripheral top edge of the iron-type body, the second mass member having a second shape, different from the first shape, wherein the back surface of the iron-type body includes a raised central portion and one or more recessed areas extending around the raised central portion and extending adjacent to a back-surface peripheral edge of the iron-type body, wherein the different shapes of the first and second mass members are due to differing thicknesses, and wherein the first and second mass members are releasably attached within the one or more recessed areas.
A method in a radio network node for dynamic antenna management of a multi-antenna structure, the multi-antenna structure comprising a set of n integer number of antennas with beamforming capability, the method comprising: monitoring a number of users in a radio network cell served by the radio network node; and measuring radio network performance parameters; characterized in that the method further comprising: when both the monitored number of users is less than or equal to a predetermined threshold and the measured radio network performance parameters exceed a radio network performance threshold, disabling a beamforming operation and managing a subset, less than n, of the set of n antennas according to a predetermined antenna hopping pattern. monitoring a number of users in a radio network cell served by the radio network node; and measuring radio network performance parameters; characterized in that the method further comprising: when both the monitored number of users is less than or equal to a predetermined threshold and the measured radio network performance parameters exceed a radio network performance threshold, disabling a beamforming operation and managing a subset, less than n, of the set of n antennas according to a predetermined antenna hopping pattern.
A workpiece support, mounting or carriage, with one or more workpiece yokes (13,17), movable upon a support for contents discharge with an upper yoke throat portion for workpiece reception and a lower yoke portion, such as a mounting plate, for fitment upon an underlying support beam, characterised by the portions (13, 17) being connected by a laterally-offset hinge or pivot, at one side of a yoke base, for offset rotation of the upper portion about the lower portion for contents discharge to one side of and below a support beam.