mhurhangee/ep-ind-claims huggingface dataset:
A process for chemical smoothing of a plastic part, comprising the following steps: - positioning the plastic part in a first chamber (1, 301) filled with a gas or a gas mixture; - filling a second chamber (2, 302) with a solvent vapour comprising a solvent; wherein a closable connection (5, 305) connecting the first chamber (1, 301) and the second chamber (2, 302) is closed; - temperature-controlling the first chamber (1, 301) to a first temperature by means of a first heating means so as to temperature-control the plastic part at least approximately to the first temperature; - temperature-controlling the second chamber (2, 302) to a second temperature by means of a second heating means so as to temperature-control the solvent vapour at least approximately to the second temperature; - opening the closable connection (5, 305) and introducing the solvent vapour from the second chamber (2, 302) into the first chamber (1, 301); wherein the step of introducing the solvent vapour from the second chamber (2, 302) into the first chamber (1, 301) comprises that the volume of the second chamber (2, 302) is reduced; - subjecting the plastic part to the solvent vapour temperature-controlled to the second temperature for a particular duration, wherein subjecting the plastic part to the solvent vapour has the result that an outer layer of the plastic part is liquefied; and - discharging at least a portion of the solvent vapour after the particular duration, wherein the plastic part is stationary from commencement of the temperature-controlling of the plastic part until termination of the discharging of the solvent vapour. - positioning the plastic part in a first chamber (1, 301) filled with a gas or a gas mixture; - filling a second chamber (2, 302) with a solvent vapour comprising a solvent; wherein a closable connection (5, 305) connecting the first chamber (1, 301) and the second chamber (2, 302) is closed; - temperature-controlling the first chamber (1, 301) to a first temperature by means of a first heating means so as to temperature-control the plastic part at least approximately to the first temperature; - temperature-controlling the second chamber (2, 302) to a second temperature by means of a second heating means so as to temperature-control the solvent vapour at least approximately to the second temperature; - opening the closable connection (5, 305) and introducing the solvent vapour from the second chamber (2, 302) into the first chamber (1, 301); wherein the step of introducing the solvent vapour from the second chamber (2, 302) into the first chamber (1, 301) comprises that the volume of the second chamber (2, 302) is reduced; - subjecting the plastic part to the solvent vapour temperature-controlled to the second temperature for a particular duration, wherein subjecting the plastic part to the solvent vapour has the result that an outer layer of the plastic part is liquefied; and - discharging at least a portion of the solvent vapour after the particular duration, wherein the plastic part is stationary from commencement of the temperature-controlling of the plastic part until termination of the discharging of the solvent vapour.
Electrical cabinet, comprising - a frame with a parting plane, which is prepared to connect a further frame of a second electrical cabinet thereto and - a protection area arranged within the frame, which is spaced apart from the parting plane, which protection area is delimited by walls, characterised in that - a guiding cable duct is formed from said protection area to said parting plane and - the cable duct is delimited in the area between the protection area and the parting plane on all sides by walls. - a frame with a parting plane, which is prepared to connect a further frame of a second electrical cabinet thereto and - a protection area arranged within the frame, which is spaced apart from the parting plane, which protection area is delimited by walls, - a guiding cable duct is formed from said protection area to said parting plane and - the cable duct is delimited in the area between the protection area and the parting plane on all sides by walls.
An assembly for motorizing a shutter comprising at least a first electromechanical module, the first electromechanical module comprising at least a first electric motor, the motorizing assembly comprising at least a first mechanical link comprising a first part and a second part, the mechanical link comprising - a mechanical transmission device (8a, 8b), - a drive shaft at the output of the mechanical transmission device (8a, 8b), - an arm (9a, 9b), the first electric motor being configured to be connected, in the assembled configuration of the motorizing assembly, by means of the mechanical link to a leaf (5a, 5b) of the shutter so as to drive the leaf (5a, 5b) during the electrical activation of the first electric motor, characterized in that the mechanical connection further comprises a mechanical fuse, the mechanical fuse comprising a fuse body, connected to the first part of the mechanical connection and at least one breakable part (211, 212, 213, 214) connected to the fuse body, the at least one breakable part being configured to cooperate with an accommodation zone (221, 222, 223, 224) of the second part of the mechanical link. - a mechanical transmission device (8a, 8b), - a drive shaft at the output of the mechanical transmission device (8a, 8b), - an arm (9a, 9b),
Method for generating a composition for paints, varnishes, printing inks, grinding resins, pigment concentrates or other coating materials, where the composition is generated by a computer system, where the computer system has access to a database, where known compositions are stored with their components and properties in the database, and where the computer system is connected to a facility for producing and testing compositions for paints, varnishes, printing inks, grinding resins, pigment concentrates or other coating materials, where the computer system comprises a convolutional neural network and an active learning module, comprising the following steps: a. use of known compositions stored in the database for training the convolutional neural network, where a loss function is minimized for the training, b. testing to determine whether the value of the loss function meets a specified criterion, where selectively, in the event that the criterion is not met, the following steps are carried out: i. selection of a trial composition from a quantity of specified trial compositions by the active learning module, ii. driving of the facility by the computer system for producing and testing the selected trial composition, iii. training of the convolutional neural network using the selected trial composition and the properties thereof captured by the facility, iv. repeated implementation of step b, c. generation of a forecast composition for paints, varnishes, printing inks, grinding resins, pigment concentrates or other coating materials by input of an input vector into the convolutional neural network, d. output of the forecast composition by the convolutional neural network. a. use of known compositions stored in the database for training the convolutional neural network, where a loss function is minimized for the training, b. testing to determine whether the value of the loss function meets a specified criterion, where selectively, in the event that the criterion is not met, the following steps are carried out: i. selection of a trial composition from a quantity of specified trial compositions by the active learning module, ii. driving of the facility by the computer system for producing and testing the selected trial composition, iii. training of the convolutional neural network using the selected trial composition and the properties thereof captured by the facility, iv. repeated implementation of step b, i. selection of a trial composition from a quantity of specified trial compositions by the active learning module, ii. driving of the facility by the computer system for producing and testing the selected trial composition, iii. training of the convolutional neural network using the selected trial composition and the properties thereof captured by the facility, iv. repeated implementation of step b, c. generation of a forecast composition for paints, varnishes, printing inks, grinding resins, pigment concentrates or other coating materials by input of an input vector into the convolutional neural network, d. output of the forecast composition by the convolutional neural network.
A method of forming granules, the method comprising forming a suspension of a nanopowder, adding to the suspension an additive having a boiling point or sublimation temperature of below 100°C, drying the suspension so as to form granules, and heating the granules to remove at least a substantial part of the additive from the granules to form flaws in the granules.
Device suitable for use as a cutting device for crushing food, as a grating device for grating foods and as a draining device, with a functional, essentially planar element which is delimited by an essentially circular arc-shaped first edge and two further essentially straight edges (5, 6) which intersect themselves or whose extensions intersect at a point, wherein the first edge of the functional element is designed entirely or partially as a cutting body and the functional element at at least one of its surfaces has protruding devices which enable food to be grated, and the two essentially straight edges (5,6) of the functional element are provided with holding devices (7,8) with which the functional element can be held, wherein the functional element of the device can be converted into a substantially conical or substantially truncated cone-like shape by moving the two holding devices (7, 8) towards each other.
A pourable liquid oil-in-water emulsion comprising a) at least 10 wt% gelatine hydrolysate by weight of the total amount of water b) 10 to 30 wt% of salt by weight of the total amount of water c) oil, d) water in an amount of at least 15wt% by weight of the total composition, such that the ratio of oil to water (w/w) is 0.8 to 3. a) at least 10 wt% gelatine hydrolysate by weight of the total amount of water b) 10 to 30 wt% of salt by weight of the total amount of water c) oil, d) water in an amount of at least 15wt% by weight of the total composition, such that the ratio of oil to water (w/w) is 0.8 to 3.
Heat source unit for a heat pump having a refrigerant circuit, the heat source unit comprising: components of the refrigerant circuit of the heat pump; an outer casing having a bottom wall, a back wall, a front wall opposite to the back wall, and side walls (14,15); a drawer plate supporting at least one component of the refrigerant circuit and being slidable relative to the bottom wall of the outer casing, whereby the at least one component of the refrigerant circuit is together with the drawer plate withdrawable from the outer casing; characterized by a drawer support plate supported on the bottom wall and supporting the drawer plate, wherein the drawer support plate is supported on the bottom wall via a set of bottom plate dampers. components of the refrigerant circuit of the heat pump; an outer casing having a bottom wall, a back wall, a front wall opposite to the back wall, and side walls (14,15); a drawer plate supporting at least one component of the refrigerant circuit and being slidable relative to the bottom wall of the outer casing, whereby the at least one component of the refrigerant circuit is together with the drawer plate withdrawable from the outer casing; characterized by a drawer support plate supported on the bottom wall and supporting the drawer plate, wherein the drawer support plate is supported on the bottom wall via a set of bottom plate dampers.
A method of operating a communication network comprising a Mobile Network Operator Radio Access Network, a private cell, a local communication network, and a network component intermediate the MNO RAN, the private cell and the local communication network, characterised in that the method comprising the steps of: the network component assuming control of a broadcast channel of the private cell; the network component controlling any dedicated channel set up using the private cell including routing any communications on the dedicated channel to one of the local communication network and the MNO RAN; the network component checking whether a communication service request is to or from a registered user of the local communication network; the network component routing the service request accordingly depending on whether the service request is to or from a registered user; and in which on the network component determining that the communication service request is to or from a registered user of the local communication network and there are no available channels for routing the communication service request to or from the registered user, the network component carries out the steps of: selecting a communication channel currently in use by a non-registered user; disconnecting the communication channel of the non-registered user; and fulfilling the communication service request of the registered user over that communication channel. the network component assuming control of a broadcast channel of the private cell; the network component controlling any dedicated channel set up using the private cell including routing any communications on the dedicated channel to one of the local communication network and the MNO RAN; the network component checking whether a communication service request is to or from a registered user of the local communication network; the network component routing the service request accordingly depending on whether the service request is to or from a registered user; and in which on the network component determining that the communication service request is to or from a registered user of the local communication network and there are no available channels for routing the communication service request to or from the registered user, the network component carries out the steps of: selecting a communication channel currently in use by a non-registered user; disconnecting the communication channel of the non-registered user; and fulfilling the communication service request of the registered user over that communication channel. selecting a communication channel currently in use by a non-registered user; disconnecting the communication channel of the non-registered user; and fulfilling the communication service request of the registered user over that communication channel.
A system comprising: a first dental component, the first dental component being an implant, comprising: a body comprising a proximal end, a distal end, an outer surface extending between the proximal end and the distal end, the body having a longitudinal axis and the proximal end defining a top surface for supporting a multi-unit dental restoration; and an open socket formed in the top surface, the open socket comprising a substantially conical portion extending from the top surface, an interlock portion comprising at least one flat side positioned below the substantially conical portion, and a threaded portion comprising a thread positioned below the interlock portion; and a second dental component (400; 600; 800) for a multi-unit dental restoration comprising a lower surface and a post (404; 606; 810) extending from the lower surface, the system being characterized in that the lower surface is configured to rest upon the top surface of the implant and the post (404; 606; 810) is configured to engage the conical portion of the open socket in a slip fit by providing a gap between the two components (20; 400; 600, 800). a first dental component, the first dental component being an implant, comprising: a body comprising a proximal end, a distal end, an outer surface extending between the proximal end and the distal end, the body having a longitudinal axis and the proximal end defining a top surface for supporting a multi-unit dental restoration; and an open socket formed in the top surface, the open socket comprising a substantially conical portion extending from the top surface, an interlock portion comprising at least one flat side positioned below the substantially conical portion, and a threaded portion comprising a thread positioned below the interlock portion; and a body comprising a proximal end, a distal end, an outer surface extending between the proximal end and the distal end, the body having a longitudinal axis and the proximal end defining a top surface for supporting a multi-unit dental restoration; and an open socket formed in the top surface, the open socket comprising a substantially conical portion extending from the top surface, an interlock portion comprising at least one flat side positioned below the substantially conical portion, and a threaded portion comprising a thread positioned below the interlock portion; and a second dental component (400; 600; 800) for a multi-unit dental restoration comprising a lower surface and a post (404; 606; 810) extending from the lower surface, the system being characterized in that the lower surface is configured to rest upon the top surface of the implant and the post (404; 606; 810) is configured to engage the conical portion of the open socket in a slip fit by providing a gap between the two components (20; 400; 600, 800).
A method for performing multi-cell cooperative transmission by a serving base station, BS, the method comprising: determining whether there is a cell-edge mobile station, MS, to be served by at least one neighbor BS with the serving BS among MSs located within a serving coverage of the serving BS; when there is the cell-edge MS, determining the at least one neighbor BS for providing cooperative transmission to the cell-edge MS among neighbor BSs; allocating a radio resource to the cell-edge MS based on channel information reported by the cell-edge MS; transmitting to the at least one neighbor BS, resource allocation information indicating the allocated radio resource and the channel information; identifying at least one cell-inner MS to be served by the serving BS among the MSs; and characterized in that the method further comprises: calculating a transmission antenna weight for each of the cell-edge MS and the at least one cell-inner MS based on the channel information reported by the cell-edge MS; and transmitting to the cell-edge MS, signals using the allocated radio resource, and the transmission antenna weight for the cell-edge MS, with the at least one neighbor BS. determining whether there is a cell-edge mobile station, MS, to be served by at least one neighbor BS with the serving BS among MSs located within a serving coverage of the serving BS; when there is the cell-edge MS, determining the at least one neighbor BS for providing cooperative transmission to the cell-edge MS among neighbor BSs; allocating a radio resource to the cell-edge MS based on channel information reported by the cell-edge MS; transmitting to the at least one neighbor BS, resource allocation information indicating the allocated radio resource and the channel information; identifying at least one cell-inner MS to be served by the serving BS among the MSs; and characterized in that the method further comprises: calculating a transmission antenna weight for each of the cell-edge MS and the at least one cell-inner MS based on the channel information reported by the cell-edge MS; and transmitting to the cell-edge MS, signals using the allocated radio resource, and the transmission antenna weight for the cell-edge MS, with the at least one neighbor BS.
A system for controlling access to a motor vehicle, wherein the system comprises: a vehicle-side control device which is coupled to send-receive means for wireless communication with a mobile ID transponder, a vehicle-side activation device which transmits an activation signal to the ID transponder upon actuation, characterized in that in the vehicle, a near field communication device is provided in the region of the outer skin of the vehicle which is coupled to the activation device in order to actuate the activation device for transmitting the activation signal on the basis of an NFC data exchange between the vehicle-side NFC device and an external NFC communication device. a vehicle-side control device which is coupled to send-receive means for wireless communication with a mobile ID transponder, a vehicle-side activation device which transmits an activation signal to the ID transponder upon actuation, characterized in that in the vehicle, a near field communication device is provided in the region of the outer skin of the vehicle which is coupled to the activation device in order to actuate the activation device for transmitting the activation signal on the basis of an NFC data exchange between the vehicle-side NFC device and an external NFC communication device.
Timepiece wheel set with a unidirectional wheel including an arbor carrying a pinion and at least a first wheel coaxial with said pinion and pivotally mounted on said arbor, wherein said first wheel is connected to said arbor by first elastic rotational return means or at least a first spring constituting first uncoupling means which exert a friction force on said first wheel, characterized in that the wheel set further includes a second wheel pivotally mounted on said arbor and connected to said arbor by second elastic rotational return means or at least a second spring constituting second uncoupling means which exert a friction force on said second wheel.
An apparatus for starting operation of a motor of an implantable blood pump, comprising: a memory storing one or more default parameters for at least one of controlling and monitoring the startup operation; and a processor operatively coupled to the motor, the processor being configured to: commence the startup operation based on the one or more default parameters; ramp a speed of the motor based on at least one of the one or more default parameters and phase lock the motor based on at least one of the one or more default parameters; detect an error during the startup operation; adjust at least one of the one or more default parameters in response to the detected error; store the at least one adjusted parameter in the memory; commence subsequent startup operations based at least in part on the at least one adjusted parameter. a memory storing one or more default parameters for at least one of controlling and monitoring the startup operation; and a processor operatively coupled to the motor, the processor being configured to: commence the startup operation based on the one or more default parameters; ramp a speed of the motor based on at least one of the one or more default parameters and phase lock the motor based on at least one of the one or more default parameters; detect an error during the startup operation; adjust at least one of the one or more default parameters in response to the detected error; store the at least one adjusted parameter in the memory; commence subsequent startup operations based at least in part on the at least one adjusted parameter. commence the startup operation based on the one or more default parameters; ramp a speed of the motor based on at least one of the one or more default parameters and phase lock the motor based on at least one of the one or more default parameters; detect an error during the startup operation; adjust at least one of the one or more default parameters in response to the detected error; store the at least one adjusted parameter in the memory; commence subsequent startup operations based at least in part on the at least one adjusted parameter.
A maytansinoid-cell binding agent conjugate, wherein the maytansinoid is represented by formula 4 1: wherein the maytansinoid is linked to the cell-binding agent via a disulfide bond, and wherein: Y 1 is (CH 2) 2 CR 1 R 2 S-; and R 1 is methyl and R 2 is H or R 1 and R 2 are methyl. Y 1 is (CH 2) 2 CR 1 R 2 S-; and R 1 is methyl and R 2 is H or R 1 and R 2 are methyl.