mhurhangee/ep-ind-claims huggingface dataset:
A molding device comprising: a first die which has a first molding portion formed into a three-dimensional shape corresponding to a portion of a surface of a product to be molded; and a second die which has a second molding portion formed into a three-dimensional shape corresponding to another portion of the surface of the product and which faces the first die; wherein the product is molded from a material for molding disposed between the first molding portion and the second molding portion; wherein a die energization means is provided so as to supply electricity to at least one of the first die and the second die; and wherein the first die and/or the second die is formed such that the first molding portion and/or the second molding portion to which electricity is supplied is smaller in thickness than a peripheral portion (110a, 120a) which is formed around the first molding portion and/or the second molding portion and which supports the first molding portion and/or the second molding portion, characterized in that the first die and/or the second die has a hollow portion (112, 122) which is located on the back side of the first molding portion and/or the second molding portion and which extends along the first molding portion and/or the second molding portion. a first die which has a first molding portion formed into a three-dimensional shape corresponding to a portion of a surface of a product to be molded; and a second die which has a second molding portion formed into a three-dimensional shape corresponding to another portion of the surface of the product and which faces the first die; wherein the product is molded from a material for molding disposed between the first molding portion and the second molding portion; wherein a die energization means is provided so as to supply electricity to at least one of the first die and the second die; and wherein the first die and/or the second die is formed such that the first molding portion and/or the second molding portion to which electricity is supplied is smaller in thickness than a peripheral portion (110a, 120a) which is formed around the first molding portion and/or the second molding portion and which supports the first molding portion and/or the second molding portion, characterized in that the first die and/or the second die has a hollow portion (112, 122) which is located on the back side of the first molding portion and/or the second molding portion and which extends along the first molding portion and/or the second molding portion.
An arrangement for safely removing surge protection devices from the mains, independently of switchgear or backup fuses, in the event of critical operating states, particularly a transition of the surge protection device to a fault or overload state, comprising a device for sensing the current flowing through the surge protection device and a switching apparatus electrically connected in series with the surge protection device, the device for sensing the current flowing through the surge protection device being formed as a toroidal coil with or without a ferromagnetic core, characterized in that the design of the toroidal coil is such that fault currents of medium amplitude are detectable which differ from event-induced surge currents, wherein the toroidal coil is in electrical communication with an indicator fuse, the indicator of which is mechanically connected to the switching apparatus in order to trigger same.
Device arrangement comprising a first device part, which is an electronic ballast and has a first printed circuit board, and a second device part, which is a luminaire and has a second printed circuit board, the first and second device parts (2, 3) being designed to be arranged flat on one another, and the first and second printed circuit boards (9, 6) forming two layers spaced apart from one another when the first and second device parts (2, 3) are arranged flat on one another, and at least one wall of a device housing (5, 8) of one of the two device parts (2, 3) is located between the first and second printed circuit boards (9, 6) wherein, - the first and second printed circuit boards (9, 6) have contact areas, and - a third contact element (15, 28) is provided which can be electrically conductively connected to a contact region of the first printed circuit board indirectly via a first contact element (11, 29) and to a contact region of the second printed circuit board directly or indirectly via a second contact element, - wherein the third contact element (15, 28) extends through the at least one wall. - the first and second printed circuit boards (9, 6) have contact areas, and - a third contact element (15, 28) is provided which can be electrically conductively connected to a contact region of the first printed circuit board indirectly via a first contact element (11, 29) and to a contact region of the second printed circuit board directly or indirectly via a second contact element, - wherein the third contact element (15, 28) extends through the at least one wall.
A method for channel management by one or more network elements, comprising: determining utilization of a primary wireless channel; determining utilization of a secondary wireless channel; comparing utilization of the primary wireless channel with utilization of the secondary wireless channel; routing wireless data communication between a remote data concentrator and a wireless node from the primary wireless channel to the secondary wireless channel if the utilization of the secondary wireless channel is lower than the utilization of the primary wireless channel; switching a transceiver monitoring the secondary wireless channel into an active mode; switching a transceiver transmitting and receiving data communication over the primary wireless channel into a passive mode; designating the secondary wireless channel a new primary wireless channel; and designating the primary wireless channel a new secondary wireless channel; wherein designating the secondary wireless channel a new primary wireless channel includes the transceiver transmitting and receiving data communication over the new primary wireless channel; and wherein designating the primary wireless channel a new secondary wireless channel includes the transceiver only receiving data communication over the new secondary wireless channel. determining utilization of a primary wireless channel; determining utilization of a secondary wireless channel; comparing utilization of the primary wireless channel with utilization of the secondary wireless channel; routing wireless data communication between a remote data concentrator and a wireless node from the primary wireless channel to the secondary wireless channel if the utilization of the secondary wireless channel is lower than the utilization of the primary wireless channel; switching a transceiver monitoring the secondary wireless channel into an active mode; switching a transceiver transmitting and receiving data communication over the primary wireless channel into a passive mode; designating the secondary wireless channel a new primary wireless channel; and designating the primary wireless channel a new secondary wireless channel; wherein designating the secondary wireless channel a new primary wireless channel includes the transceiver transmitting and receiving data communication over the new primary wireless channel; and wherein designating the primary wireless channel a new secondary wireless channel includes the transceiver only receiving data communication over the new secondary wireless channel. wherein designating the secondary wireless channel a new primary wireless channel includes the transceiver transmitting and receiving data communication over the new primary wireless channel; and wherein designating the primary wireless channel a new secondary wireless channel includes the transceiver only receiving data communication over the new secondary wireless channel.
A washing or cleaning agent, characterized in that it comprises a polyesterase which has at least 83% sequence identity over its entire length with the amino acid sequence given in SEQ ID NO:1.
A dual cure silicone system comprising a silanol-functional polyorganosiloxane, a hydride-functional silane, an Fe catalyst, and a Ti complex, wherein the Ti complex comprises titanium -2-ethylhexoxide.
Computer-based system for secure communication of electronic messages, the system comprising a secure messaging server being accessible to messaging users via a telecommunication network and being designed to store incoming messages received from the messaging users, a database for storing data of the messaging users, and means to automatically handle in- and outgoing messages according to the data of the messaging users stored in the database, characterized in that the system comprises a trust management module for managing for the messaging users out-of-band verification of their communication partners, the trust management module forming in the database associations between the messaging users and their communication partners, each association being indicative of a trust establishing out-of-band verification of one communication partner of one of the messaging users, and in that the system comprises access control means for controlling access to a stored message based on the association between one of the messaging users specified as a sender of the message and one of the communication partners specified as a recipient of the message.
A method of manufacturing an article of footwear, the method comprising: placing a cord on a first layer; securing the cord to the first layer; placing a second layer on the first layer, with the cord being disposed between the first layer and the second layer; attaching the second layer to the first layer to form a plurality of tunnels, the cord being located in the tunnels; detaching at least a portion of the cord from the first layer; and incorporating the first layer, the second layer, and the cord into an upper of the article of footwear. placing a cord on a first layer; securing the cord to the first layer; placing a second layer on the first layer, with the cord being disposed between the first layer and the second layer; attaching the second layer to the first layer to form a plurality of tunnels, the cord being located in the tunnels; detaching at least a portion of the cord from the first layer; and incorporating the first layer, the second layer, and the cord into an upper of the article of footwear.
A tile configured to form a floor covering over a floor, said tile comprising: a top surface configured to receive and distribute a load; side walls extending downward from said top surface and defining a periphery of said tile; a bottom side opposite said top surface; a plurality of primary support posts extending downward from and arranged about said bottom side such that the side walls of the tile are suspended above the floor, said primary support posts including at least one portion in contact with said floor and configured to laterally deflect in response to a load; and a plurality of secondary post structures also extending downward from said bottom side and interspaced with said primary support posts, said secondary post structures including at least one portion configured to contact said ground and support said top surface upon lateral deflection of said primary support posts, said secondary post structures operating to limit and control a deflection of said top surface under said load. a top surface configured to receive and distribute a load; side walls extending downward from said top surface and defining a periphery of said tile; a bottom side opposite said top surface; a plurality of primary support posts extending downward from and arranged about said bottom side such that the side walls of the tile are suspended above the floor, said primary support posts including at least one portion in contact with said floor and configured to laterally deflect in response to a load; and a plurality of secondary post structures also extending downward from said bottom side and interspaced with said primary support posts, said secondary post structures including at least one portion configured to contact said ground and support said top surface upon lateral deflection of said primary support posts, said secondary post structures operating to limit and control a deflection of said top surface under said load.
A washing method for a laundry treatment machine, comprising: performing a rinsing operation for rinsing the laundry; wherein performing the rinsing operation comprises: supplying fluid into a drum rotatably installed in a tub and containing therein laundry to be washed; rotating the drum; measuring a fluid level in the tub; operating a drainage device to discharge the fluid from the tub during rotating the drum if the measured fluid level is lower than a first reference fluid level at which the rotation of the drum is prevented from being interfered with the fluid in the tub; and stopping the drum from rotating and operating the drainage device if the measured fluid level is higher than the first reference fluid level, performing rotating the drum at a fixed speed to substantially uniformly distribute laundry in the drum when the rinsing operation is completed; and performing dehydrating the laundry by rotating the drum if the laundry is substantially uniformly distributed in the drum. performing a rinsing operation for rinsing the laundry; wherein performing the rinsing operation comprises: supplying fluid into a drum rotatably installed in a tub and containing therein laundry to be washed; rotating the drum; measuring a fluid level in the tub; operating a drainage device to discharge the fluid from the tub during rotating the drum if the measured fluid level is lower than a first reference fluid level at which the rotation of the drum is prevented from being interfered with the fluid in the tub; and stopping the drum from rotating and operating the drainage device if the measured fluid level is higher than the first reference fluid level, supplying fluid into a drum rotatably installed in a tub and containing therein laundry to be washed; rotating the drum; measuring a fluid level in the tub; operating a drainage device to discharge the fluid from the tub during rotating the drum if the measured fluid level is lower than a first reference fluid level at which the rotation of the drum is prevented from being interfered with the fluid in the tub; and stopping the drum from rotating and operating the drainage device if the measured fluid level is higher than the first reference fluid level, performing rotating the drum at a fixed speed to substantially uniformly distribute laundry in the drum when the rinsing operation is completed; and performing dehydrating the laundry by rotating the drum if the laundry is substantially uniformly distributed in the drum.
A glove stacking apparatus for forming a stack of gloves, comprising: - a packing recess in a work surface for receiving said gloves to be stacked and for containing said stack as the stack is being formed, said recess being substantially square or rectangular and having a pair of opposite side edges (178, 179) and having side walls for aligning gloves stacked one on another inside said recess and having a movable floor within said recess which can be lowered as the stack of gloves grows so that the topmost glove in the stack of gloves is substantially level with the work surface whereby said stack of gloves continues to be retained within said recess as gloves are added to the stack; and - a glove placement means for moving and depositing said gloves at said recess one on top of another for forming said stack of gloves; characterised in that the glove placement means is arranged to deposit said gloves such that a portion of each glove is contained by said recess and another portion (110, 110') of said glove overlaps alternately one or the other of said opposite side edges (178, 179) of said recess as subsequent gloves are deposited and the apparatus comprises a pair of movable flaps (171, 173) adjacent said opposite side edges of said recess for folding alternately inwards towards said recess said overlapping portions (110, 110') of said gloves lying alternately on one or the other of said flaps (171,173), so that each of said folded gloves is contained by said recess. - a packing recess in a work surface for receiving said gloves to be stacked and for containing said stack as the stack is being formed, said recess being substantially square or rectangular and having a pair of opposite side edges (178, 179) and having side walls for aligning gloves stacked one on another inside said recess and having a movable floor within said recess which can be lowered as the stack of gloves grows so that the topmost glove in the stack of gloves is substantially level with the work surface whereby said stack of gloves continues to be retained within said recess as gloves are added to the stack; and - a glove placement means for moving and depositing said gloves at said recess one on top of another for forming said stack of gloves;
LED module comprising - a regular arrangement of individual, in particular surface-mountable LEDs which are mounted on a main surface of an electrical terminal board, in particular a printed circuit board, each LED being assigned a light-concentrating first and second optical device (20; 30) arranged in a direction of emission, and - an optics support plate, wherein - the optics support plate is positioned at a distance from the electrical terminal board above the LEDs, - the first light-concentrating optical device is a bore formed in the optics support plate and having reflecting walls, and - the second light-concentrating optical device is a lens, characterized in that - the lens comprises a square main body with an outwardly curved light exit surface and a socket which is tapered in cross section in relation to the main body and complementary to the bore in the optics support plate, wherein the socket is plugged into the bore. - a regular arrangement of individual, in particular surface-mountable LEDs which are mounted on a main surface of an electrical terminal board, in particular a printed circuit board, each LED being assigned a light-concentrating first and second optical device (20; 30) arranged in a direction of emission, and - an optics support plate, wherein - the optics support plate is positioned at a distance from the electrical terminal board above the LEDs, - the first light-concentrating optical device is a bore formed in the optics support plate and having reflecting walls, and - the second light-concentrating optical device is a lens, - the lens comprises a square main body with an outwardly curved light exit surface and a socket which is tapered in cross section in relation to the main body and complementary to the bore in the optics support plate, wherein the socket is plugged into the bore.
A dressing for treating a tissue site with negative pressure, the dressing comprising: a first layer comprising a manifold having variable density; a second layer adjacent to the first layer, the second layer comprising a polymer film having a plurality of fluid restrictions that are configured to expand in response to a pressure gradient across the polymer film; and a cover adjacent to the first layer, the cover comprising a polymer drape. a first layer comprising a manifold having variable density; a second layer adjacent to the first layer, the second layer comprising a polymer film having a plurality of fluid restrictions that are configured to expand in response to a pressure gradient across the polymer film; and a cover adjacent to the first layer, the cover comprising a polymer drape.
An electrically conductive composition, comprising: an expanded graphite; carbon nanotubes; and a polymer compound, an amount of the expanded graphite to be contained being not less than 30 parts by weight and not more than 70 parts by weight with respect to 100 parts by weight of a total amount of the expanded graphite and the polymer compound, and an amount of the carbon nanotubes to be contained being not less than 0.5 part by weight and not more than 10 parts by weight with respect to 100 parts by weight of the total amount of the expanded graphite and the polymer compound, wherein the average particle diameter of the expanded graphite that is defined as a volume-based particle diameter and measured by a laser diffraction/scattering particle size distribution measuring device is not less than 20 μm and not more than 300 μm, and the polymer compound is at least one kind of polymer compound selected from the group consisting of rubber and thermoplastic elastomer. an expanded graphite; carbon nanotubes; and a polymer compound, an amount of the expanded graphite to be contained being not less than 30 parts by weight and not more than 70 parts by weight with respect to 100 parts by weight of a total amount of the expanded graphite and the polymer compound, and an amount of the carbon nanotubes to be contained being not less than 0.5 part by weight and not more than 10 parts by weight with respect to 100 parts by weight of the total amount of the expanded graphite and the polymer compound, wherein the average particle diameter of the expanded graphite that is defined as a volume-based particle diameter and measured by a laser diffraction/scattering particle size distribution measuring device is not less than 20 μm and not more than 300 μm, and the polymer compound is at least one kind of polymer compound selected from the group consisting of rubber and thermoplastic elastomer.
Capacitive sensing climbing hold comprising: - at least one polymeric matrix; and - an anchor point provided in said polymeric matrix, said anchor point being configured to attach said climbing hold on a climbing wall and to transmit a capacitive contact to a capacitive detection assembly; characterized in that said polymeric matrix integrates a carbon powder so that said carbon powder represents between 5% and 35% of the weight of said polymeric matrix, and preferably between 10% and 35% of the weight of said polymeric matrix, said carbon powder being distributed substantially evenly in said polymeric matrix. - at least one polymeric matrix; and - an anchor point provided in said polymeric matrix, said anchor point being configured to attach said climbing hold on a climbing wall and to transmit a capacitive contact to a capacitive detection assembly; characterized in that said polymeric matrix integrates a carbon powder so that said carbon powder represents between 5% and 35% of the weight of said polymeric matrix, and preferably between 10% and 35% of the weight of said polymeric matrix, said carbon powder being distributed substantially evenly in said polymeric matrix.