mhurhangee/patent-ind-claim-en huggingface dataset:
A method, comprising: encoding symbols based upon a waveform covariance matrix; and transmitting the encoded symbols via a N x M planar array of antennas, with N > 2 and M > 2, characterized by defining, with processing circuitry , the waveform covariance matrix based at least in part upon a two-dimensional fast Fourier transform, 2D-FFT, analysis of a frequency domain matrix H f associated with the planar array of antennas. encoding symbols based upon a waveform covariance matrix; and transmitting the encoded symbols via a N x M planar array of antennas, with N > 2 and M > 2, characterized by defining, with processing circuitry , the waveform covariance matrix based at least in part upon a two-dimensional fast Fourier transform, 2D-FFT, analysis of a frequency domain matrix H f associated with the planar array of antennas.
A coated building panel comprising: a body comprising an upper surface opposite a lower surface and a side surface extending between the upper surface and the lower surface; a surface coating atop the upper surface, the surface coating comprising: inorganic pigment; and an anionic polymeric dispersant comprising a polymer backbone and pendant side chains extending from the polymer backbone and wherein anionic groups are located on the terminal ends of the pendant side-chains; wherein the surface coating comprises a liquid carrier in an amount less than about 1 wt. % based on the total weight of the surface coating. a body comprising an upper surface opposite a lower surface and a side surface extending between the upper surface and the lower surface; a surface coating atop the upper surface, the surface coating comprising: inorganic pigment; and an anionic polymeric dispersant comprising a polymer backbone and pendant side chains extending from the polymer backbone and wherein anionic groups are located on the terminal ends of the pendant side-chains; inorganic pigment; and an anionic polymeric dispersant comprising a polymer backbone and pendant side chains extending from the polymer backbone and wherein anionic groups are located on the terminal ends of the pendant side-chains; wherein the surface coating comprises a liquid carrier in an amount less than about 1 wt. % based on the total weight of the surface coating.
Conductor segment (39, 39 I , 39 II ) for a winding of an electric machine (530, 530 I , 530 II , 530 III ), the conductor segment being constructed from three metallically conductive portions, of which a first portion is a shaped stranded wire (50, 50 I , 50 II , 50 III , 50 IV ), characterized in that a first flat wire (180, 181, 181 I , 181 II , 181 III ) and a second flat wire (182, 182 I , 182 II , 182 III are further portions, which are electrically conductively connected to the shaped stranded wire, wherein a joined connection is formed between a first end region of the shaped stranded wire (50, 50 I , 50 II , 50 III , 50 IV ) and a first flat wire end region (200, 200 I ) of the first flat wire, and a further joined connection is formed between a second end region of the shaped stranded wire and a first flat wire end region of the second flat wire. the conductor segment being constructed from three metallically conductive portions, of which a first portion is a shaped stranded wire (50, 50 I , 50 II , 50 III , 50 IV ), characterized in that a first flat wire (180, 181, 181 I , 181 II , 181 III ) and a second flat wire (182, 182 I , 182 II , 182 III are further portions, which are electrically conductively connected to the shaped stranded wire, wherein a joined connection is formed between a first end region of the shaped stranded wire (50, 50 I , 50 II , 50 III , 50 IV ) and a first flat wire end region (200, 200 I ) of the first flat wire, and a further joined connection is formed between a second end region of the shaped stranded wire and a first flat wire end region of the second flat wire.
A chilling unit comprising a machine chamber being a housing with a rectangular bottom and accommodating therein devices forming each of a plurality of systems of refrigerant circuits, a plurality of heat-medium heat exchangers , each being configured to exchange heat between refrigerant and a heat medium serving as a heat delivering medium through the plurality of systems of refrigerant circuits, and each being configured to serve as a part of the devices forming the refrigerant circuits, a plurality of refrigerant circuit-side control boxes , each including an electric device configured to drive and control the devices forming the refrigerant circuits, and a pump and a pump control box , the pump being configured to apply a pressure to the heat medium to deliver the heat medium, the pump control box including electric devices configured to drive and control the pump , wherein the plurality of refrigerant circuit-side control boxes and the pump control box are located next to each other in the machine chamber in a longitudinal direction thereof alongside one of longitudinal sides of the machine chamber . a machine chamber being a housing with a rectangular bottom and accommodating therein devices forming each of a plurality of systems of refrigerant circuits, a plurality of heat-medium heat exchangers , each being configured to exchange heat between refrigerant and a heat medium serving as a heat delivering medium through the plurality of systems of refrigerant circuits, and each being configured to serve as a part of the devices forming the refrigerant circuits, a plurality of refrigerant circuit-side control boxes , each including an electric device configured to drive and control the devices forming the refrigerant circuits, and a pump and a pump control box , the pump being configured to apply a pressure to the heat medium to deliver the heat medium, the pump control box including electric devices configured to drive and control the pump , devices forming each of a plurality of systems of refrigerant circuits, a plurality of heat-medium heat exchangers , each being configured to exchange heat between refrigerant and a heat medium serving as a heat delivering medium through the plurality of systems of refrigerant circuits, and each being configured to serve as a part of the devices forming the refrigerant circuits, a plurality of refrigerant circuit-side control boxes , each including an electric device configured to drive and control the devices forming the refrigerant circuits, and a pump and a pump control box , the pump being configured to apply a pressure to the heat medium to deliver the heat medium, the pump control box including electric devices configured to drive and control the pump , wherein the plurality of refrigerant circuit-side control boxes and the pump control box are located next to each other in the machine chamber in a longitudinal direction thereof alongside one of longitudinal sides of the machine chamber .
Copolymers comprising or consisting of, preferably consisting of, three components: component a) having at least one biuret or isocyanurate substructure, component b) selected from polysiloxanes and polyhydrocarbons, preferably polysiloxanes, component c) comprising a hydrocarbon other than component b) and having at least 6 carbon atoms and at most 3 heteroatoms selected from the group of N, O, S, where component b) is joined to 2 different or identical components a) via at least two positions, and where the copolymer is free of isocyanate groups. component a) having at least one biuret or isocyanurate substructure, component b) selected from polysiloxanes and polyhydrocarbons, preferably polysiloxanes, component c) comprising a hydrocarbon other than component b) and having at least 6 carbon atoms and at most 3 heteroatoms selected from the group of N, O, S, where component b) is joined to 2 different or identical components a) via at least two positions, and where the copolymer is free of isocyanate groups.
A dishwasher comprising a drain pipe and optionally an auxiliary pipe , wherein the dishwasher further comprises a system for unclogging the drain pipe of the dishwasher which enables washing of goods inside the dishwasher, the system comprising: - a sharp hood having at least one of the edges sharpened, characterized in that the sharp hood is adapted to move along the drain pipe and inside the drain pipe , so as to shred a clogging material clogging the drain pipe - a wire attached to the sharp hood at one end and anchored out of the drain pipe or the auxiliary pipe at another end , and adapted to facilitate movement of the sharp hood in the drain pipe and - a motor functionally coupled to the wire for moving the wire for facilitating the movement of the sharp hood inside the drain pipe . - a sharp hood having at least one of the edges sharpened, characterized in that the sharp hood is adapted to move along the drain pipe and inside the drain pipe , so as to shred a clogging material clogging the drain pipe - a wire attached to the sharp hood at one end and anchored out of the drain pipe or the auxiliary pipe at another end , and adapted to facilitate movement of the sharp hood in the drain pipe and - a motor functionally coupled to the wire for moving the wire for facilitating the movement of the sharp hood inside the drain pipe .
A split gate planar power metal oxide semiconductor field effect transistor structure, comprising a drain electrode at the bottom; a heavily doped substrate of a first conductivity type; a lightly doped epitaxial layer of the first conductivity type, the lightly doped epitaxial layer being on the top of the heavily doped substrate ; a heavily doped diffusion of a second conductivity type, the heavily doped diffusion being contacted by a source electrode ; a body region of the second conductivity type, the body region being connected to the source electrode through the heavily doped diffusion ; a heavily doped source of the first conductivity type, the heavily doped source being contacted by the source electrode ; a gate dielectric covering the surface of the body region and contributing to the formation of a semi-conductor channel between the heavily doped source and the lightly doped epitaxial layer ; a split gate electrode , the split gate electrode being on the top of the gate dielectric ; a thin dielectric layer , covering the surfaces of the split gate electrode and the lightly doped epitaxial layer ; a semi-insulating field plate , the semi-insulating field plate being on the top of the thin dielectric layer and contacted by the source electrode at the side wall; an interlayer dielectric (ILD) , the interlayer dielectric being on the top of the semi-insulating field plate ; and the source electrode , the source electrode being in contact holes and on the top of the ILD .
An insulated electrode array for delivering a plurality of tumor treating electromagnetic fields, comprising: an array that is selectively divided into a first sub-array and a second sub-array, including a plurality of electrode elements each having an insulation layer, each said electrode element being independently programmable and dynamically assignable to at least one of said first sub-array then to said second sub-array; a modular system having a plurality of end-to-end element modules incorporating said electrode elements; a control device configured to dynamically program a frequency range, a firing configuration and a firing sequence for said plurality of electrode elements; a field generator configured to generate an electrical signal in said frequency range; and wherein the array is in electrical communication with said field generator and said modular system. an array that is selectively divided into a first sub-array and a second sub-array, including a plurality of electrode elements each having an insulation layer, each said electrode element being independently programmable and dynamically assignable to at least one of said first sub-array then to said second sub-array; a modular system having a plurality of end-to-end element modules incorporating said electrode elements; a control device configured to dynamically program a frequency range, a firing configuration and a firing sequence for said plurality of electrode elements; a field generator configured to generate an electrical signal in said frequency range; and wherein the array is in electrical communication with said field generator and said modular system.
A method implemented by a server , comprising: determining a first configuration setting for a computing device accessible via a network that communicatively couples the server and the computing device ; transmitting, via the network , the first configuration setting to the computing device ; maintaining a reference to the first configuration setting on the server ; receiving, via the network , an acknowledgment from the computing device that the first configuration setting has been implemented thereby; designating the computing device as being in compliance with a compliance rule responsive to receiving the acknowledgment; determining that the compliance rule has been changed; determining, based on the reference to the first configuration setting and the changed compliance rule, that the computing device does not remain in compliance; and responsive to determining that the computing device does not remain in compliance: designating the computing device as not in compliance with the changed compliance rule; and transmitting, via the network, a second configuration setting to the computing device that, when implemented by the computing devices, causes the computing device to be in compliance with the changed compliance rule. determining a first configuration setting for a computing device accessible via a network that communicatively couples the server and the computing device ; transmitting, via the network , the first configuration setting to the computing device ; maintaining a reference to the first configuration setting on the server ; receiving, via the network , an acknowledgment from the computing device that the first configuration setting has been implemented thereby; designating the computing device as being in compliance with a compliance rule responsive to receiving the acknowledgment; determining that the compliance rule has been changed; determining, based on the reference to the first configuration setting and the changed compliance rule, that the computing device does not remain in compliance; and responsive to determining that the computing device does not remain in compliance: designating the computing device as not in compliance with the changed compliance rule; and transmitting, via the network, a second configuration setting to the computing device that, when implemented by the computing devices, causes the computing device to be in compliance with the changed compliance rule. designating the computing device as not in compliance with the changed compliance rule; and transmitting, via the network, a second configuration setting to the computing device that, when implemented by the computing devices, causes the computing device to be in compliance with the changed compliance rule.
A safety injection needle, comprising an injection needle consisting of a needle hub and a needle tube , wherein the needle hub is connected to a safety protective cover via an elastic flip mechanism , two symmetrically-distributed needle hub hooks are disposed on a sidewall of the needle hub , the safety protective cover is an elongated structure on the whole, an inner cavity of the safety protective cover is hollow, a lower end of the safety protective cover is connected to one end of the elastic flip mechanism , the other end of the elastic flip mechanism is fixedly connected to the sidewall of the needle hub , an upper end of the safety protective cover is in a suspended shape, the safety protective cover flips as the elastic flip mechanism flips, a side of the safety protective cover adjacent to the needle tube forms an opening , the other side of the safety protective cover opposite to the opening forms a closed surface , two symmetrically-distributed protective cover snaps are disposed in the hollow inner cavity of the safety protective cover , and a protective cover snap stopper is disposed on the outside of each of the protective cover snaps , a reinforcing rib is respectively disposed on the outer wall on both sides of an upper segment of the needle hub , characterized in that the needle hub hook is disposed at a top end of the reinforcing rib , an upper end portion of the needle hub hook forms a hook end bent towards a side, the protective cover snaps consist of an elastic root portion and a snap end , the snap end of the protective cover snap forms a bend towards the closed surface , initial contact points of the needle hub hook and protective cover snaps are a bend of the hook end and a bend of the snap end , and the hook end and the snap end bend in opposite directions, the two protective cover snaps cooperate with the two needle hub hooks so that upon initial contact of the needle hub hook and protective cover snap , touch surfaces of the two are two arcuate bent surfaces to reduce a thrust triggering engagement of the two to a minimum. a reinforcing rib is respectively disposed on the outer wall on both sides of an upper segment of the needle hub , characterized in that the needle hub hook is disposed at a top end of the reinforcing rib , an upper end portion of the needle hub hook forms a hook end bent towards a side, the protective cover snaps consist of an elastic root portion and a snap end , the snap end of the protective cover snap forms a bend towards the closed surface , initial contact points of the needle hub hook and protective cover snaps are a bend of the hook end and a bend of the snap end , and the hook end and the snap end bend in opposite directions, the two protective cover snaps cooperate with the two needle hub hooks so that upon initial contact of the needle hub hook and protective cover snap , touch surfaces of the two are two arcuate bent surfaces to reduce a thrust triggering engagement of the two to a minimum.
A headphone comprising a first earphone and a headband to be arranged around the head of a user, wherein the headband comprises a first headband part and a second headband part , which are slidably connected to each other, so that the length of the headband can be adjusted in a longitudinal direction (Y), wherein there is provided a controlled friction mechanism, that controls the friction between the first headband part and the second headband part , the friction mechanism comprising a first cantilever comprised by the second headband part , characterized by a first friction element of elastomeric abutment material, which is attached to the first cantilever and which due to elastic deformation of the first cantilever abuts and exerts a force against a first contact area of the first headband part .
A holding device for fixing and pre-sorting glass fibre cables including a mounting plate and a frame member with two opposed, spaced wall sections and two pivotable flaps attached at right-angles to the wall sections , which, in the closed state, close the open sides of the frame member , wherein projecting from the lateral edges of the wall sections there are teeth , between which respective grooves remain, into which a glass fibre cable may be inserted, characterised in that the holding device has two foot sections integrally formed on the frame member , which are fastened to the mounting plate so that the frame member is mounted in an upright position on the mounting plate standing on the foot sections , that fastened in the frame member on both sides to a wall extending in the transverse direction there is a respective insert of an elastic material extending in the transverse direction, which is fastened centrally in the frame member between the wall sections , that the inserts are so thick that they project above the bases of the grooves and that the pivotable flaps pass inbetween the teeth in the closed state and press received glass fibre cables against the inserts .
A turbomachine base plate , comprising: an upper metal plate forming a turbomachine supporting surface; a lower metal plate ; an intermediate layer made of a filling material between the upper metal plate and the lower metal plate and bonded thereto, characterised in that the material being selected from the group comprising: an unfoamed polymer, a polymer foam, a metal foam, a ceramic foam, or combination thereof; a frame extending peripherally around the intermediate layer. an upper metal plate forming a turbomachine supporting surface; a lower metal plate ; an intermediate layer made of a filling material between the upper metal plate and the lower metal plate and bonded thereto, characterised in that the material being selected from the group comprising: an unfoamed polymer, a polymer foam, a metal foam, a ceramic foam, or combination thereof; a frame extending peripherally around the intermediate layer.
A communication device for handling a data scheduling in a time-division duplexing, TDD, mode, the communication device comprising: at least one storage device ; and at least one processing circuit , coupled to the at least one storage device, wherein the at least one storage device stores, and the at least one processing circuit is configured to execute instructions of: receiving at least one first downlink, DL, control information, DCI, wherein the at least one first DCI indicates a plurality of DL receptions in a plurality of slots of a first uplink/DL, UL/DL, configuration of a first cell in a next generation radio access network, NG-RAN, from the first cell ; and performing the plurality of DL receptions in the plurality of slots according to the at least one first DCI wherein the at least one first DCI comprises a position information of each of the plurality of DL receptions. at least one storage device ; and at least one processing circuit , coupled to the at least one storage device, wherein the at least one storage device stores, and the at least one processing circuit is configured to execute instructions of: receiving at least one first downlink, DL, control information, DCI, wherein the at least one first DCI indicates a plurality of DL receptions in a plurality of slots of a first uplink/DL, UL/DL, configuration of a first cell in a next generation radio access network, NG-RAN, from the first cell ; and performing the plurality of DL receptions in the plurality of slots according to the at least one first DCI receiving at least one first downlink, DL, control information, DCI, wherein the at least one first DCI indicates a plurality of DL receptions in a plurality of slots of a first uplink/DL, UL/DL, configuration of a first cell in a next generation radio access network, NG-RAN, from the first cell ; and performing the plurality of DL receptions in the plurality of slots according to the at least one first DCI wherein the at least one first DCI comprises a position information of each of the plurality of DL receptions.