mhurhangee/patent-ind-claim-en huggingface dataset:
Method for configuring a data transmission via a transmission channel of a wireless communication system with local overload control , wherein the local overload control comprises a relaxed state (Rel), a restricted state (Res), and five activated states (A1, A2, A3, A4, A5), and wherein the classification of all states is based on a channel load (CL) in the transmission channel, characterized in that four overload control profiles (DPO, DP1, DP2, DP3) are provided for prioritizing in the data transmission or accessing the overload channel, wherein a specific data transmission interval (T OFF ) for each state is associated with each overload control profile (DP0, DP1, DP2, DP3); wherein the specific data transmission interval indicates the pause between two transmissions or between two accesses to the transmission channel; and wherein the same minimum specific data transmission interval (T OFF ) is associated with a first overload control profile (DP0) for each state.
A swimming pool filter element capable of automatically dosing, comprising a folding filter element and a doser filter element , wherein the folding filter element comprises a filter membrane and end covers, the folding filter element is of a paper folding structure, the end covers comprise an upper end cover and a lower end cover , characterized in that : the upper end cover and the lower end cover are bonded to the filter membrane by hot melt welding, a wrench cover is arranged at an upper end of the upper end cover , the doser filter element comprises a doser end cover , a doser lining and a doser shell , flanges are arranged on the doser end cover and are in threaded connection with the doser lining , the doser lining is cylindrical, a plurality of groups of water inlet holes and convex flanges are arranged on a surface of the doser lining , the doser shell is arranged on an outer side of the doser lining , and a plurality of groups of through holes matched with the water inlet holes and grooves matched with the convex flanges are formed in a surface of the doser shell .
A device comprising: a rod slidably movable relative to a fixed channel between a first position and a second position, the rod biased into the first position; a first latch secured relative to the rod in a fixed location adjacent a first end portion of the rod; and characterized by a second latch slidably movable within a first slot of the second end portion of the rod between a first position and a second position closer to the first latch, the second latch biased into the first position, and upon slidable movement of the rod, both the first and second latches generally move in unison to permit a releasable engagement of the first and second latches relative to two spaced apart protrusions of a frame to releasably secure a door relative to the frame. a rod slidably movable relative to a fixed channel between a first position and a second position, the rod biased into the first position; a first latch secured relative to the rod in a fixed location adjacent a first end portion of the rod; and characterized by a second latch slidably movable within a first slot of the second end portion of the rod between a first position and a second position closer to the first latch, the second latch biased into the first position, and upon slidable movement of the rod, both the first and second latches generally move in unison to permit a releasable engagement of the first and second latches relative to two spaced apart protrusions of a frame to releasably secure a door relative to the frame.
An article of footwear having an upper and a sole structure secured to the upper, the upper comprising: a textile component including a sock portion formed of knit construction and a tongue portion at least a part of which is formed of unitary knit construction with the sock portion, the sock portion having a hollow structure and a toe area , the hollow structure (a) forming an ankle opening in a heel region of the footwear and (b) extending between the heel region and a forefoot region of the footwear to define a void within the footwear for receiving a foot, and the tongue portion having an elongate configuration (a) located in at least a portion of a length of a throat area of the upper and (b) including two knit layers that lay adjacent to each other such that the two knit layers extend only in the throat area, and the textile component has only a single layer in the toe area, wherein the sock portion overlays the tongue portion in the throat area of the upper to form a three-layer configuration such that the sock portion forms a portion of an exterior surface of the upper and the tongue portion forms a portion of an interior surface of the upper, and wherein a first end of the tongue portion is formed of unitary knit construction with the sock portion, and a second end of the tongue portion is stitched to the sock portion, the first end being opposite the second end. a textile component including a sock portion formed of knit construction and a tongue portion at least a part of which is formed of unitary knit construction with the sock portion, the sock portion having a hollow structure and a toe area , the hollow structure (a) forming an ankle opening in a heel region of the footwear and (b) extending between the heel region and a forefoot region of the footwear to define a void within the footwear for receiving a foot, and the tongue portion having an elongate configuration (a) located in at least a portion of a length of a throat area of the upper and (b) including two knit layers that lay adjacent to each other such that the two knit layers extend only in the throat area, and the textile component has only a single layer in the toe area, wherein the sock portion overlays the tongue portion in the throat area of the upper to form a three-layer configuration such that the sock portion forms a portion of an exterior surface of the upper and the tongue portion forms a portion of an interior surface of the upper, and wherein a first end of the tongue portion is formed of unitary knit construction with the sock portion, and a second end of the tongue portion is stitched to the sock portion, the first end being opposite the second end.
A building with a two-shell facade with a vertical outer wall and an outer shell comprising a plurality of facade elements , wherein each facade element comprises a plate-shaped bioreactor for culturing phototrophic organisms with a translucent plate-shaped housing having a reactor space inside which is designed for receiving the phototrophic organisms, and wherein the facade elements are arranged on an outer side of the building such that the bioreactors of the facade elements form at least part of the outer shell of the building , and wherein the outer shell extends parallel to the outer wall and is arranged at a distance from said outer wall such that there is a gap between the outer wall and the outer shell , and wherein the building further comprises a heat transport device which is connected to the connector of at least one of the facade elements so that heat can be exchanged between the bioreactors of the respective facade elements and the building . and wherein the outer shell extends parallel to the outer wall and is arranged at a distance from said outer wall such that there is a gap between the outer wall and the outer shell , and wherein the building further comprises a heat transport device which is connected to the connector of at least one of the facade elements so that heat can be exchanged between the bioreactors of the respective facade elements and the building .
A method comprising: receiving, by a wireless device , one or more messages comprising one or more configuration parameters for a cell, wherein the one or more configuration parameters indicate: transmission configuration indicator, TCI, states for decoding physical downlink shared channel, PDSCH; and a sounding reference signal, SRS, resource; receiving a medium access control control element, MAC CE, activating one or more TCI states of the TCI states; and characterized by in response to the one or more configuration parameters not indicating a spatial relation for the SRS resource and not indicating a control resource set in the cell, determining a spatial domain transmission filter based on a reference signal in an activated TCI state, wherein the activated TCI state has the lowest TCI state index among one or more TCI state indexes of the one or more TCI states; and transmitting, via the SRS resource, an SRS with the spatial domain transmission filter. receiving, by a wireless device , one or more messages comprising one or more configuration parameters for a cell, wherein the one or more configuration parameters indicate: transmission configuration indicator, TCI, states for decoding physical downlink shared channel, PDSCH; and a sounding reference signal, SRS, resource; transmission configuration indicator, TCI, states for decoding physical downlink shared channel, PDSCH; and a sounding reference signal, SRS, resource; receiving a medium access control control element, MAC CE, activating one or more TCI states of the TCI states; and characterized by in response to the one or more configuration parameters not indicating a spatial relation for the SRS resource and not indicating a control resource set in the cell, determining a spatial domain transmission filter based on a reference signal in an activated TCI state, wherein the activated TCI state has the lowest TCI state index among one or more TCI state indexes of the one or more TCI states; and transmitting, via the SRS resource, an SRS with the spatial domain transmission filter.
A portable electronic device, the portable electronic device comprising: a front cover , a display exposed through the front cover, a rear cover , and a side portion (1031; 1131), wherein the side portion comprises a first side portion formed of a metallic material that forms at least a portion of a side exterior surface of the electronic device; a processor operatively coupled to the display; wherein the first side portion includes: at least one hole area (1045, 1055; 1165) defining an opening passing through the first side portion (1031; 1131), the opening having a metallic curved inner surface, a bonding layer (1041, 1051; 1161) disposed on the metallic curved inner surface, the bonding layer including an organic material and an oxidation layer of the metallic material, and an insulation member (1042, 1052; 1162) formed on the bonding layer such that a substantial portion of the hole area remains open to accommodate an insertion of a connector. a front cover , a display exposed through the front cover, a rear cover , and a side portion (1031; 1131), wherein the side portion comprises a first side portion formed of a metallic material that forms at least a portion of a side exterior surface of the electronic device; a processor operatively coupled to the display; wherein the first side portion includes: at least one hole area (1045, 1055; 1165) defining an opening passing through the first side portion (1031; 1131), the opening having a metallic curved inner surface, a bonding layer (1041, 1051; 1161) disposed on the metallic curved inner surface, the bonding layer including an organic material and an oxidation layer of the metallic material, and an insulation member (1042, 1052; 1162) formed on the bonding layer such that a substantial portion of the hole area remains open to accommodate an insertion of a connector. at least one hole area (1045, 1055; 1165) defining an opening passing through the first side portion (1031; 1131), the opening having a metallic curved inner surface, a bonding layer (1041, 1051; 1161) disposed on the metallic curved inner surface, the bonding layer including an organic material and an oxidation layer of the metallic material, and an insulation member (1042, 1052; 1162) formed on the bonding layer such that a substantial portion of the hole area remains open to accommodate an insertion of a connector.
An elevator car guide wheel system, comprising: a guide wheel disposed at an elevator car , configured to contact a guide rail of an elevator system , the guide wheel including: a wheel hub disposed at a guide wheel axis ; a wheel rim ; and a wheel outer portion disposed at the wheel rim and configured for contact with the guide rail ; and characterized by a magnetic element disposed at the guide wheel and located at the wheel rim ; and a sensor located in proximity to the guide wheel and configured to detect rotational direction and rotational speed of the guide wheel about a guide wheel axis via detecting a magnetic field of the magnetic element ; wherein the sensor is Hall-Effect sensor; and wherein a rotational speed and/or direction outside of a threshold is indicative of damage or failure of the guide wheel . a guide wheel disposed at an elevator car , configured to contact a guide rail of an elevator system , the guide wheel including: a wheel hub disposed at a guide wheel axis ; a wheel rim ; and a wheel outer portion disposed at the wheel rim and configured for contact with the guide rail ; and a wheel hub disposed at a guide wheel axis ; a wheel rim ; and a wheel outer portion disposed at the wheel rim and configured for contact with the guide rail ; and characterized by a magnetic element disposed at the guide wheel and located at the wheel rim ; and a sensor located in proximity to the guide wheel and configured to detect rotational direction and rotational speed of the guide wheel about a guide wheel axis via detecting a magnetic field of the magnetic element ; wherein the sensor is Hall-Effect sensor; and wherein a rotational speed and/or direction outside of a threshold is indicative of damage or failure of the guide wheel .
A computer-implemented method for presampling a photon map for Monte Carlo volume renderings, the method comprising: - receiving, from a scanner, scan data for a volume; - generating, by an image processor, a photon map for indirect ray of the scan data; - storing, in a memory, the photon map as an O-buffer by non-uniformly sampling the photon map, said O-buffer storing the direction and energy of photons hitting each position of said volume and an offset to each sampling location determined by a grid of the volume; - wherein the photon map is stored as the non-uniform O-buffer and as a uniform buffer, obtained by sampling said non-uniform O-buffer; - rendering the volume at a first resolution using the uniform buffer and at a resolution higher than said first resolution using the non-uniform O-buffer. - receiving, from a scanner, scan data for a volume; - generating, by an image processor, a photon map for indirect ray of the scan data; - storing, in a memory, the photon map as an O-buffer by non-uniformly sampling the photon map, said O-buffer storing the direction and energy of photons hitting each position of said volume and an offset to each sampling location determined by a grid of the volume; - wherein the photon map is stored as the non-uniform O-buffer and as a uniform buffer, obtained by sampling said non-uniform O-buffer; - rendering the volume at a first resolution using the uniform buffer and at a resolution higher than said first resolution using the non-uniform O-buffer.
An ink composition comprising: a pigment present in an amount from 0.5 to 5 wt% of the ink composition; a binder system present in an amount from 0.2 to 15 wt.% of the ink composition; a solvent system present in an amount from 1 to 99 wt.% of the ink composition; and an acid scavenger present in an amount from 0.05 to 1 wt.% of the ink composition, wherein the acid scavenger is an epoxy resin, and wherein the epoxy resin comprises 3,4-epoxycyclohexylmethyl-3,4-epoxycyclohexane carboxylate. a pigment present in an amount from 0.5 to 5 wt% of the ink composition; a binder system present in an amount from 0.2 to 15 wt.% of the ink composition; a solvent system present in an amount from 1 to 99 wt.% of the ink composition; and an acid scavenger present in an amount from 0.05 to 1 wt.% of the ink composition, wherein the acid scavenger is an epoxy resin, and wherein the epoxy resin comprises 3,4-epoxycyclohexylmethyl-3,4-epoxycyclohexane carboxylate.
Household appliance , in particular dishwasher, with a door , a drive , an actuation element and a flexible element , which is configured to transfer a tractive force from the drive to the actuation element for opening or unlocking the door , wherein, for the transferring of the tractive force, the flexible element is engaged with a drive side element in a form-fit manner, wherein, for engaging in a form-fit manner, receiving and/or engaging elements are arranged along the flexible element , wherein the drive side element has corresponding engaging and/or receiving elements , wherein the flexible element is embodied in the form of a rope ladder and wherein rungs of the rope ladder delimit openings of the same, which form the engaging and/or receiving elements , and wherein the actuation element is embodied as a locking element of a door lock of the household appliance or door opening plunger .
Process for shaping a polymeric object, the process comprising the steps of: (a) providing a substantially flat horizontally positioned layer of a material, the layer being a film or sheet; (b) providing a layer of a thermoplastic powder onto the layer provided under (a); (c) subjecting a pre-defined part of the thermoplastic powder to irradiation to heat the pre-defined part of the thermoplastic powder to a temperature at which the thermoplastic fuses or sinters onto at least a part of the flat layer of material; (d) terminating the exposure to irradiation; (e) providing a further layer of the thermoplastic powder onto the layer provided under (b); (f) subjecting a pre-defined part of the thermoplastic powder of the layer provided under (e) to irradiation to heat the pre-defined part of the thermoplastic powder to a temperature at which the thermoplastic fuses or sinters onto at least a part of the flat layer of the material fused under (c); (g) terminating the exposure to irradiation; (h) repeating steps (e) - (g) for as many cycles as required to complete the shape of the desired polymeric object; (i) removing the fraction of thermoplastic powder that has not been fused or sintered; and (j) optionally removing the substantially flat layer as provided under (a) from the polymeric object; wherein the surface area of the substantially flat layer of material is larger than the surface area of that layer produced under steps (c) - (h) having the largest surface area; wherein the process involves repeating steps (a) - (h) after step (h) for one or more further cycles, wherein the substantially flat horizontally positioned layer(s) of a material provided in the subsequent cycle(s) (a) - (h) is(are) positioned on top of the fused layer obtained from the preceding step (h). (a) providing a substantially flat horizontally positioned layer of a material, the layer being a film or sheet; (b) providing a layer of a thermoplastic powder onto the layer provided under (a); (c) subjecting a pre-defined part of the thermoplastic powder to irradiation to heat the pre-defined part of the thermoplastic powder to a temperature at which the thermoplastic fuses or sinters onto at least a part of the flat layer of material; (d) terminating the exposure to irradiation; (e) providing a further layer of the thermoplastic powder onto the layer provided under (b); (f) subjecting a pre-defined part of the thermoplastic powder of the layer provided under (e) to irradiation to heat the pre-defined part of the thermoplastic powder to a temperature at which the thermoplastic fuses or sinters onto at least a part of the flat layer of the material fused under (c); (g) terminating the exposure to irradiation; (h) repeating steps (e) - (g) for as many cycles as required to complete the shape of the desired polymeric object; (i) removing the fraction of thermoplastic powder that has not been fused or sintered; and (j) optionally removing the substantially flat layer as provided under (a) from the polymeric object;
Robotic system having at least one robotic arm, a control unit adapted to preselect at least one predefined operation to be performed by the robotic system , and at least an input device (9;12) being arranged at the robotic arm, in which the robotic arm consists of a plurality of arm members (3 - 9), and in which the input device is being mounted on the arm member to which the effector can be attached; in which a display device is provided; and in which the input device (9;12) is being configured to set via the input device (9;12) the sequence of operations of the robotic system and/or to parameterize the predefined operations of the robotic system , characterized in that the input device (9;12) is being further adapted to enable control on a graphical user interface, which is represented by the control unit on the display device , by the user as part of the setting of the predefined operations of the robotic system , of the setting of the sequence of operations and/or of the parameterization of the predefined operations for the robotic system . in which a display device is provided; and in which the input device (9;12) is being configured to set via the input device (9;12) the sequence of operations of the robotic system and/or to parameterize the predefined operations of the robotic system , characterized in that the input device (9;12) is being further adapted to enable control on a graphical user interface, which is represented by the control unit on the display device , by the user as part of the setting of the predefined operations of the robotic system , of the setting of the sequence of operations and/or of the parameterization of the predefined operations for the robotic system .