mhurhangee/ep-ind-claims huggingface dataset:
A process for placing items at storage locations in an environment, comprising: providing an autonomous robot (18a, 18b) comprising a mobile base (20a, 20b) and having a tote-array (910, 914) including a plurality of totes (912a-h, 916a-i) disposed on the mobile base (20a, 20b), each tote in the tote-array (910, 914) holding an item to be stored at a storage location; determining a route to deliver each of the items in the tote-array (910, 914) to an associated storage location; navigating the robot (18a, 18b) to a first storage location for placement of a first item of the items in the tote-array (910, 914); placing the first item at the first storage location; obtaining a further item, scanning the further item, and placing the further item in the tote from which the first item was removed; and characterized in determining an updated route to deliver each of the scanned items in the tote-array (910, 914), including the scanned further item, to the associated storage locations. providing an autonomous robot (18a, 18b) comprising a mobile base (20a, 20b) and having a tote-array (910, 914) including a plurality of totes (912a-h, 916a-i) disposed on the mobile base (20a, 20b), each tote in the tote-array (910, 914) holding an item to be stored at a storage location; determining a route to deliver each of the items in the tote-array (910, 914) to an associated storage location; navigating the robot (18a, 18b) to a first storage location for placement of a first item of the items in the tote-array (910, 914); placing the first item at the first storage location; obtaining a further item, scanning the further item, and placing the further item in the tote from which the first item was removed; and characterized in determining an updated route to deliver each of the scanned items in the tote-array (910, 914), including the scanned further item, to the associated storage locations.
A case for portable electronic devices, comprising at least an impermeable covering, shaped to match said device, said covering having at least one outer wall made of transparent material, and an inner compartment designed to contain said device with a respective touch-operated input unit facing said transparent wall; an hermetically sealable zip for allowing insertion of the device in the inner compartment of the covering positioned adjacent to at least one side of said covering, and at least two parts (8a, 8b) which are mutually monolithic, at least one being associated with said covering, said parts (8a, 8b) being superposable one on top of the other starting from a configuration in which they are lying coplanar with each other by relative folding of one part (8a; 8b) onto the other (8b; 8a) about a folding line interposed between said parts (8a, 8b), and vice versa.
A method for preparing acrolein from glycerol or glycerin, characterized in that the dehydration of glycerol or glycerin is carried out in the presence of a zirconium oxide-based catalyst and consisting of at least one mixed zirconium oxide and at least one metal M, said metal being niobium.
An antibody that binds to human CTLA-4, wherein the antibody comprises a heavy chain variable region of SEQ ID NO: 32 and a light chain variable region of SEQ ID NO: 34, wherein said antibody comprises a heavy chain constant region of the IgG1 subtype.
Method for performing a welding operation for fusing a welding element to a carrier element in accordance with the principle of drawn-arc ignition using an arc moved by generating a magnetic field, wherein the welding element has a welding region, which comprises an annular peripheral region, and a core region bounded by the peripheral region and of structurally delimited and raised configuration with respect to the peripheral region, characterized in that: the core region has a diameter and the peripheral region has a diameter, wherein the diameter of the core region amounts to between 60% and 95% of the diameter of the peripheral region, and further characterized by the following steps: (i) generating the arc between the core region and the carrier element, (ii) melting at least a predominant part of the core region, (iii) moving the arc onto the peripheral region by means of the magnetic field, (iv) melting at least part of the peripheral region. the core region has a diameter and the peripheral region has a diameter, wherein the diameter of the core region amounts to between 60% and 95% of the diameter of the peripheral region, and further characterized by the following steps: (i) generating the arc between the core region and the carrier element, (ii) melting at least a predominant part of the core region, (iii) moving the arc onto the peripheral region by means of the magnetic field, (iv) melting at least part of the peripheral region. (i) generating the arc between the core region and the carrier element, (ii) melting at least a predominant part of the core region, (iii) moving the arc onto the peripheral region by means of the magnetic field, (iv) melting at least part of the peripheral region.
Rotor nozzle, having a carrier element which has an axial bore for supplying a pressurized liquid, a nozzle head which is rotatably mounted thereon and can be driven in rotation by a hydraulically generated torque, which has at least one laterally emerging removal nozzle which is connected to the axial bore in a fluid-open manner, the removal nozzle being radially aligned and the nozzle head having at least one laterally emerging, separate drive nozzle, which extends at a distance from the radial, characterized in that the at least one drive nozzle is connected to the axial bore via a through bore of the support element, depending on the rotational position of the nozzle head, so that the at least one drive nozzle is briefly fed with the liquid under high pressure by bringing the through bore connected to the axial bore into alignment with the inlet of the at least one drive nozzle.
A powdered material comprising: an oxidized carbon black having a BET surface area ranging from 50 to 700 m 2 /g, a DBP oil adsorption number ranging from 50 to 200 mL/100 g, and a primary particle size ranging from 7 to 30 nm; and a polyetheramine comprising ethylene oxide and propylene oxide monomers, wherein the polyetheramine coats the oxidized carbon black. an oxidized carbon black having a BET surface area ranging from 50 to 700 m 2 /g, a DBP oil adsorption number ranging from 50 to 200 mL/100 g, and a primary particle size ranging from 7 to 30 nm; and a polyetheramine comprising ethylene oxide and propylene oxide monomers, wherein the polyetheramine coats the oxidized carbon black.
Method for displaying discrepancies between an application program for a programmable logic controller and its program copy, wherein the application program is stored on a personal computer for editing by means of an editor and the program copy is stored in a memory of the programmable logic controller, wherein a graphic representation of the application program is created using a display model, wherein a graphic representation of the program copy is also created using the display model, characterized in that the graphical representation of the application program and the graphical representation of the program copy are subjected to a merging algorithm which generates a merged graphical representation which is supplied to a display device assigned to the personal computer for displaying it and which makes any discrepancies between the graphical representation of the application program and the graphical representation of the program copy visible in the graphical representation.
A lithium-ion battery comprising: - a positive electrode comprising an active positive electrode material, and advantageously a lithium salt; - an electrolyte comprising a lithium salt; - a negative electrode comprising an active negative electrode material, and advantageously a lithium salt; characterized in that the positive electrode, the negative electrode, and the electrolyte all three appear in the form of gels, and all three comprise a polymer and a dinitrile compound of formula N≡C-R-C≡N; R being a hydrocarbon group C n H 2n, n being an integer between 1 and 2; the weight ratio of the dinitrile compound to the polymer being in the range from 60/40 to 90/10. - a positive electrode comprising an active positive electrode material, and advantageously a lithium salt; - an electrolyte comprising a lithium salt; - a negative electrode comprising an active negative electrode material, and advantageously a lithium salt;
A method of constructing a network model for deep learning, comprising: determining an execution mode for executing codes used in constructing the network model, based on a mode parameter; executing a first syntax element (311, 313) in the codes by using a first component, which is available in a first execution mode, in response to determining that the execution mode is the first execution mode; and executing said first syntax element (311, 313) in the codes by using a second component which is available in a second execution mode in response to determining that the execution mode is the second execution mode, without converting the codes; wherein when the codes include a second syntax element for enabling the second execution mode, the mode parameter is updated to enable the second execution mode in response to executing the second syntax element, and when the codes include a third syntax element for disabling the second execution mode, the mode parameter is updated to enable the first execution mode in response to executing the third syntax element; wherein the first component and the second component have the same component interface, and the first syntax element corresponds to the component interface; and wherein the first execution mode comprises a dynamic graph mode, and the second execution mode comprises a static graph mode. determining an execution mode for executing codes used in constructing the network model, based on a mode parameter; executing a first syntax element (311, 313) in the codes by using a first component, which is available in a first execution mode, in response to determining that the execution mode is the first execution mode; and executing said first syntax element (311, 313) in the codes by using a second component which is available in a second execution mode in response to determining that the execution mode is the second execution mode, without converting the codes; wherein when the codes include a second syntax element for enabling the second execution mode, the mode parameter is updated to enable the second execution mode in response to executing the second syntax element, and when the codes include a third syntax element for disabling the second execution mode, the mode parameter is updated to enable the first execution mode in response to executing the third syntax element; wherein the first component and the second component have the same component interface, and the first syntax element corresponds to the component interface; and wherein the first execution mode comprises a dynamic graph mode, and the second execution mode comprises a static graph mode.
Method for determining properties of the electrical current provided to an induction heating element of an induction cooking appliance, the induction cooking appliance comprising a heating power energy unit including a heating power generator with at least one switching element adapted to provide pulsed electric power to said induction heating element, the induction cooking appliance further comprising an oscillating circuit comprising at least one resonance capacitor (6.1, 6.2), said induction heating element being electrically coupled with said heating power generator and said oscillating circuit, the induction cooking appliance further comprising a control entity, wherein an input of a measurement circuit is coupled with a node of the heating power energy unit, said node providing an electrical value indicative for the electrical current applied to the induction heating element, the method being characterized by comprising the steps of: - modifying the electrical value by the measurement circuit, said modifying at least comprising the provision of an offset value to said electrical value thereby obtaining a modified electrical value; - providing the modified electrical value to the control entity, said control entity performing the steps of: • Performing A/D conversion thereby obtaining digital samples of modified electrical value; • Calculating a first current characteristic by averaging signed digital samples of modified electrical value; • Calculating a second current characteristic by averaging absolute values of digital samples of modified electrical value; and • Deriving information regarding the operational state of the induction cooking appliance based on said first and second current characteristic. - modifying the electrical value by the measurement circuit, said modifying at least comprising the provision of an offset value to said electrical value thereby obtaining a modified electrical value; - providing the modified electrical value to the control entity, said control entity performing the steps of: • Performing A/D conversion thereby obtaining digital samples of modified electrical value; • Calculating a first current characteristic by averaging signed digital samples of modified electrical value; • Calculating a second current characteristic by averaging absolute values of digital samples of modified electrical value; and • Deriving information regarding the operational state of the induction cooking appliance based on said first and second current characteristic. • Performing A/D conversion thereby obtaining digital samples of modified electrical value; • Calculating a first current characteristic by averaging signed digital samples of modified electrical value; • Calculating a second current characteristic by averaging absolute values of digital samples of modified electrical value; and • Deriving information regarding the operational state of the induction cooking appliance based on said first and second current characteristic.
A tunable optical filter, comprising: a first waveguide including a first waveguide section and a second waveguide section, the second waveguide section having a higher temperature coefficient of refractive index than the first waveguide section; a second waveguide including a third waveguide section and a fourth waveguide section, the fourth waveguide section having a higher temperature coefficient of refractive index than the third waveguide section; an input coupler to split incident light into the first and second waveguides; an output coupler to interfere light from the first and second waveguides to produce interfered light; a heater to heat at least a portion of the second waveguide section and the fourth waveguide section; and a temperature controller to control the heater to tune a frequency of the interfered light. a first waveguide including a first waveguide section and a second waveguide section, the second waveguide section having a higher temperature coefficient of refractive index than the first waveguide section; a second waveguide including a third waveguide section and a fourth waveguide section, the fourth waveguide section having a higher temperature coefficient of refractive index than the third waveguide section; an input coupler to split incident light into the first and second waveguides; an output coupler to interfere light from the first and second waveguides to produce interfered light; a heater to heat at least a portion of the second waveguide section and the fourth waveguide section; and a temperature controller to control the heater to tune a frequency of the interfered light.
Feeding arrangement in combination with a compactor intended to be arranged next to a collection container for waste, said compactor having a compacting compartment with a feeding aperture via which it is arranged for the waste from a container to be emptied, whereby the waste is moving along a track towards a bottom of the compacting compartment, and a pendulum device is arranged to move the waste on from the compacting compartment, via a compacting aperture, to the collection container for storing the waste, characterised in that the feeding arrangement is arranged essentially opposite to the track in the compacting compartment, whereby the feeding arrangement is provided with a swing arm turnable back and forth around a shaft that, in use, is essentially horizontal and is arranged perpendicularly to the working direction of the pendulum device, and the swing arm is provided with a tip displaceable relative to said shaft, whereby the tip is arranged to adopt a rotational movement in a vertical plane such, that said tip, in its movement back towards the shaft, will essentially follow the waste track.
A device, comprising: a connector to connect the device to a component; a storage device (120, 305); a computational storage unit including a processor providing near-storage processing of data associated with the storage device (120, 305) via a service of the processor; the storage device (120, 305) comprising: a receiver (430, 715) to receive a discovery request from a discovery service; a transmitter (435, 710) to send a discovery response to the discovery service, the discovery response including information about the service offered by the processor of the computational storage unit; and a log page unit to generate a log page in response to a log page request, the log page including supplemental information about the computational storage unit, wherein the storage device sends a log page response including the log page, wherein the storage device (120, 305) is remote from a host including the discovery service, wherein the information about the computational storage unit includes at least one bit identifying a type of the computational storage unit, and wherein the supplemental information about the computational storage unit includes additional capabilities of computational storage unit types. a connector to connect the device to a component; a storage device (120, 305); a computational storage unit including a processor providing near-storage processing of data associated with the storage device (120, 305) via a service of the processor; the storage device (120, 305) comprising: a receiver (430, 715) to receive a discovery request from a discovery service; a transmitter (435, 710) to send a discovery response to the discovery service, the discovery response including information about the service offered by the processor of the computational storage unit; and a log page unit to generate a log page in response to a log page request, the log page including supplemental information about the computational storage unit, a receiver (430, 715) to receive a discovery request from a discovery service; a transmitter (435, 710) to send a discovery response to the discovery service, the discovery response including information about the service offered by the processor of the computational storage unit; and a log page unit to generate a log page in response to a log page request, the log page including supplemental information about the computational storage unit, wherein the storage device sends a log page response including the log page, wherein the storage device (120, 305) is remote from a host including the discovery service, wherein the information about the computational storage unit includes at least one bit identifying a type of the computational storage unit, and wherein the supplemental information about the computational storage unit includes additional capabilities of computational storage unit types.
An EndoS mutant enzyme according to one of the following: 1) an EndoS mutant enzyme comprising an amino acid sequence of amino acid numbers 37 to 995 of SEQ ID NO: 2 with one or more mutations at at least one amino acid position selected from the group consisting of: amino acid 122, amino acid 279, amino acid 282, amino acid 303, amino acid 348, amino acid 350, amino acid 402, amino acid 405, and amino acid 406, and exhibiting a reduced hydrolysis activity in comparison with the activity of EndoS D233Q, the activity being an activity on an N-linked sugar chain (N297-linked sugar chain) linked to Asn at position 297 in IgG; or 2) an EndoS mutant enzyme according to 1) wherein 1 to 20 amino acids are substituted, deleted, inserted, and/or added at positions other than at the positions of amino acid numbers 98 to 445 and 765 to 923 of SEQ ID NO: 2; wherein the EndoS mutant enzyme according to 1) or 2) has transglycosylation activity at a level equivalent to or higher than that of EndoS D233Q. 1) an EndoS mutant enzyme comprising an amino acid sequence of amino acid numbers 37 to 995 of SEQ ID NO: 2 with one or more mutations at at least one amino acid position selected from the group consisting of: amino acid 122, amino acid 279, amino acid 282, amino acid 303, amino acid 348, amino acid 350, amino acid 402, amino acid 405, and amino acid 406, and exhibiting a reduced hydrolysis activity in comparison with the activity of EndoS D233Q, the activity being an activity on an N-linked sugar chain (N297-linked sugar chain) linked to Asn at position 297 in IgG; or 2) an EndoS mutant enzyme according to 1) wherein 1 to 20 amino acids are substituted, deleted, inserted, and/or added at positions other than at the positions of amino acid numbers 98 to 445 and 765 to 923 of SEQ ID NO: 2;
A method of a host device managing at least one external device, wherein the at least one external device is connected to a management server through the host device, the method comprising: transmitting device information with respect to the at least one external device to the management server while requesting that the management server register the at least one external device; obtaining measurement information measured by the at least one external device; the host device requesting authentication of the host device by the management server; upon authentication, transmitting the measurement information to the management server; receiving management information for managing the at least one external device, which is generated based on the measurement information; and managing the at least one external device based on the management information. transmitting device information with respect to the at least one external device to the management server while requesting that the management server register the at least one external device; obtaining measurement information measured by the at least one external device; the host device requesting authentication of the host device by the management server; upon authentication, transmitting the measurement information to the management server; receiving management information for managing the at least one external device, which is generated based on the measurement information; and managing the at least one external device based on the management information.