mhurhangee/patent-ind-claim-en huggingface dataset:
A lens barrel comprising a barrel holding an optical system, characterized by further comprising four mount projections engageable with a photographic device having an imaging unit where light flux impinges from the optical system, barrel-side electric contact points electrically connectable with body-side electric contact points provided to the photographic device, an electric contact holding member where the barrel-side electric contact points are fixed, and a barrel-side fitting part fixed on a side of the barrel that is engaged with the photographic device, wherein the photographic device comprises an inner opening site defining the light flux impinging from the optical system to the imaging unit, the inner opening site being rectangular in shape when viewing from an optical axis direction, the four mount projections are arranged so as to position on the left, right, top and bottom of outside the inner opening site of the photographic device when the barrel is fitted to photographic device, the electric contact holding member is fixed at the barrel-side fitting part so that, when the barrel is fitted to photographic device, the most of the electric contact holding member is above an upper long side of the inner opening site of the photographic device, and the barrel-side electric contact points are arranged outside the upper long side of the inner opening site . four mount projections engageable with a photographic device having an imaging unit where light flux impinges from the optical system, barrel-side electric contact points electrically connectable with body-side electric contact points provided to the photographic device, an electric contact holding member where the barrel-side electric contact points are fixed, and a barrel-side fitting part fixed on a side of the barrel that is engaged with the photographic device, wherein the photographic device comprises an inner opening site defining the light flux impinging from the optical system to the imaging unit, the inner opening site being rectangular in shape when viewing from an optical axis direction, the four mount projections are arranged so as to position on the left, right, top and bottom of outside the inner opening site of the photographic device when the barrel is fitted to photographic device, the electric contact holding member is fixed at the barrel-side fitting part so that, when the barrel is fitted to photographic device, the most of the electric contact holding member is above an upper long side of the inner opening site of the photographic device, and the barrel-side electric contact points are arranged outside the upper long side of the inner opening site .
A method, to be carried out by an electronic device, for detecting a wireless signal, comprising: receiving activation instructions from a mode-selecting component via a communication interface component of the electronic device, the mode-selecting component generating activation instructions, for a particular user , based at least on calendar information (204; 704) that identifies at least one scheduled event; choosing a detection rate to be applied at a given time based on the activation instructions; and performing a detection activity at the detection rate to enable detection of a wireless signal emitted by a beacon-emitting mechanism , wherein the detection activity consumes an amount of power that depends on the detection rate from a power source of the electronic device, said performing comprising checking, at the detection rate, to determine whether the wireless signal is present in a local environment ; or broadcasting, at the detection rate, the wireless signal into the local environment, wherein the activation instructions specify at least one time span at which an increased detection rate is to occur and at which there is a heightened probability of detecting a wireless signal and the manner in which detection is to be performed, said activation instructions being generated based on a rule or machine-learned model used by the mode-selecting component. receiving activation instructions from a mode-selecting component via a communication interface component of the electronic device, the mode-selecting component generating activation instructions, for a particular user , based at least on calendar information (204; 704) that identifies at least one scheduled event; choosing a detection rate to be applied at a given time based on the activation instructions; and performing a detection activity at the detection rate to enable detection of a wireless signal emitted by a beacon-emitting mechanism , wherein the detection activity consumes an amount of power that depends on the detection rate from a power source of the electronic device, said performing comprising checking, at the detection rate, to determine whether the wireless signal is present in a local environment ; or broadcasting, at the detection rate, the wireless signal into the local environment, wherein the activation instructions specify at least one time span at which an increased detection rate is to occur and at which there is a heightened probability of detecting a checking, at the detection rate, to determine whether the wireless signal is present in a local environment ; or broadcasting, at the detection rate, the wireless signal into the local environment, wherein the activation instructions specify at least one time span at which an increased detection rate is to occur and at which there is a heightened probability of detecting a wireless signal and the manner in which detection is to be performed, said activation instructions being generated based on a rule or machine-learned model used by the mode-selecting component.
A wireless flat mesh network comprising: a plurality of first nodes, each first node including a field device and a radio having a first communication range; and a second node including a field device and a radio having a second communication range, wherein the second communication range is greater than the first communication range; wherein the first and second nodes are capable of communicating with any other node of the wireless flat mesh network within their communication range; wherein the radio of the second node has higher power transmitter and more sensitive receiver than the radios of the plurality of first nodes; characterized in that the first nodes and the second node are included in a first cluster of nodes, wherein the first nodes are lower link budget nodes having a link budget capable of communicating with other nodes in the first cluster, and the second node is a higher link budget node having a higher link budget radio capable of communicating with nodes not in the first cluster; and wherein the wireless flat mesh network further comprises of a second cluster of nodes, each node including a field device and a radio having a link budget capable of communicating with other nodes in the second cluster; and wherein the higher link budget node of the first cluster is capable of forming a wireless link between the first and second clusters. a plurality of first nodes, each first node including a field device and a radio having a first communication range; and a second node including a field device and a radio having a second communication range, wherein the second communication range is greater than the first communication range; wherein the first and second nodes are capable of communicating with any other node of the wireless flat mesh network within their communication range; wherein the radio of the second node has higher power transmitter and more sensitive receiver than the radios of the plurality of first nodes; characterized in that the first nodes and the second node are included in a first cluster of nodes, wherein the first nodes are lower link budget nodes having a link budget capable of communicating with other nodes in the first cluster, and the second node is a higher link budget node having a higher link budget radio capable of communicating with nodes not in the first cluster; and wherein the wireless flat mesh network further comprises of a second cluster of nodes, each node including a field device and a radio having a link budget capable of communicating with other nodes in the second cluster; and wherein the higher link budget node of the first cluster is capable of forming a wireless link between the first and second clusters.
A composition for soaking up and biodegradation of oil products and other organic chemicals, characterised in that said composition comprises at least: - a mineral carrier having pores and a vegetable oil or fat and carbonate compounds, which together make oleofobic surface on the mineral particle, and - nitrogen nutrients and phosphorus nutrients. - a mineral carrier having pores and a vegetable oil or fat and carbonate compounds, which together make oleofobic surface on the mineral particle, and - nitrogen nutrients and phosphorus nutrients.
A glass panel unit assembly (100; 100A; 100B; 100C) for manufacturing one or more glass panel units, the glass panel unit assembly comprising: a pair of glass substrates arranged to face each other; a peripheral wall having a frame shape and disposed between the pair of glass substrates ; a plurality of partitions arranged to partition an internal space , surrounded with the pair of glass substrates and the peripheral wall , into at least one evacuation space that is a part to be used as a glass panel unit and a ventilation space that is a part not used as a glass panel unit; an evacuation port connecting the ventilation space to an external environment; and a plurality of air passages provided to evacuate the evacuation space through the evacuation port , the plurality of air passages including a plurality of particular air passages arranged in a second direction perpendicular to a first direction, in which the pair of glass substrates face each other, to constitute a ventilation path (P10) running through the internal space in the second direction, the internal space being partitioned by the plurality of partitions to include at least one buffer space , the buffer space being adjacent to the evacuation space and being provided in a part that is not used as a glass panel unit , and the plurality of particular air passages including a particular air passage that connects the evacuation space to the buffer space in the second direction. a pair of glass substrates arranged to face each other; a peripheral wall having a frame shape and disposed between the pair of glass substrates ; a plurality of partitions arranged to partition an internal space , surrounded with the pair of glass substrates and the peripheral wall , into at least one evacuation space that is a part to be used as a glass panel unit and a ventilation space that is a part not used as a glass panel unit; an evacuation port connecting the ventilation space to an external environment; and a plurality of air passages provided to evacuate the evacuation space through the evacuation port , the plurality of air passages including a plurality of particular air passages arranged in a second direction perpendicular to a first direction, in which the pair of glass substrates face each other, to constitute a ventilation path (P10) running through the internal space in the second direction, the internal space being partitioned by the plurality of partitions to include at least one buffer space , the buffer space being adjacent to the evacuation space and being provided in a part that is not used as a glass panel unit , and the plurality of particular air passages including a particular air passage that connects the evacuation space to the buffer space in the second direction.
A method for extracellularly secreting a Mycobacterium tuberculosis complex-specific protein, comprising subjecting a biological sample containing the Mycobacterium tuberculosis complex to a heat-treatment at 40°C to 60°C for at least 15 minutes and for at most 2.5 hours.
Hydraulic cylinder , particularly master cylinder for a hydraulic clutch or brake actuation for motor vehicles, comprising a cylinder housing , in which a piston is guided to be displaceable in an axial direction so as to variably bound a pressure chamber , wherein a sensor arrangement with a sensor fixed relative to the cylinder housing and a rod-like magnet co-operating with the sensor and held at the piston is provided for detecting a position and/or stroke of the piston in the axial direction, characterized in that a securing element is attached to the piston and resiliently biases the magnet in both the axial direction against a contact surface formed at the piston and a direction transverse to the axial direction against a further contact surface similarly formed at the piston so that the magnet is held at the piston free of play in the axial direction and also in the direction transverse to the axial direction.
Roll stand for rolling, especially cold-rolling, metal products, comprising at least two adjusting units , which are each arranged at a respective housing of the roll stand , for adjusting an upper working roll of the roll stand together with an upper backing roll of the roll stand and for setting a height of a rolling gap of the roll stand , at least one actuator which is controllable for active damping of vibrations in the roll stand , and at least one backing roll , which is not adjustable or is adjustable exclusively by way of an adjusting device with respect to the pass line setting of the roll stand , for supporting a working roll and/or an intermediate roll of the roll stand , wherein the backing roll is guided at each end by way of a respective bearing unit at a respective one of the housings of the roll stand , characterised in that the actuator is arranged separately from the adjusting units , that the backing roll is supported at the actuator by way of at least one bearing unit and that the actuator is supported either indirectly by way of at least one component of the adjusting device or directly at a section of one of the housings
Silicone casing for a mouthpiece of a vibratory tooth cleaning device for the simultaneous cleaning of several, preferably all, of a user's teeth, comprising: an upper jaw section ; and a lower jaw section , wherein the upper jaw section and the lower jaw section each correspond to a negative impression of an upper or lower jaw of a human dentition and are each adapted to inner and outer tooth flanks and, in the region of the posterior teeth, additionally to occlusal surfaces of the upper or lower jaw of the user during use of the vibratory tooth cleaning device, wherein the silicone casing on the upper and lower jaw sections has cleaning structures adapted to contact the teeth of the upper or lower jaw at the tooth flanks and occlusal surfaces during operation, and wherein the silicone casing , in a cross-section perpendicular to surfaces of the upper and lower jaw sections corresponding to the tooth flanks, in the region of the upper and lower jaw sections each comprises an M-shape, wherein the inner flanks of the M-shape form the upper and lower jaw sections , respectively, and the lower ends of the outer flanks of the M-shape of the lower jaw section are connected to corresponding lower ends of outer flanks of the M-shape of the upper jaw section . an upper jaw section ; and a lower jaw section , wherein the upper jaw section and the lower jaw section each correspond to a negative impression of an upper or lower jaw of a human dentition and are each adapted to inner and outer tooth flanks and, in the region of the posterior teeth, additionally to occlusal surfaces of the upper or lower jaw of the user during use of the vibratory tooth cleaning device, wherein the silicone casing on the upper and lower jaw sections has cleaning structures adapted to contact the teeth of the upper or lower jaw at the tooth flanks and occlusal surfaces during operation, and wherein the silicone casing , in a cross-section perpendicular to surfaces of the upper and lower jaw sections corresponding to the tooth flanks, in the region of the upper and lower jaw sections each comprises an M-shape, wherein the inner flanks of the M-shape form the upper and lower jaw sections , respectively, and the lower ends of the outer flanks of the M-shape of the lower jaw section are connected to corresponding lower ends of outer flanks of the M-shape of the upper jaw section .
Storage system for an aqueous solution for a motor vehicle , which system comprises a tank for storing the aqueous solution in a liquid and/or frozen state, wherein a liquid pocket of the aqueous solution can be entirely trapped in a volume of forming ice topped by a gas volume , which system comprises a technical module comprising a pumping means and a means for releasing the pressure of the liquid pocket of the aqueous solution into the gas volume , such as the pressure release means comprises at least two channels having an increasing cross-section at least along a first length in a direction of propagation of the pressure release and having a first open end and an opposite second open end, such that at least one first end of said channels is present - in use - in the liquid pocket of said aqueous solution and such that at least a second end of said channels is present in said gas volume , characterized in that the at least two channels of the pressure release means have an increasing cross-section at least along a second length, said second length following the first length in the direction of propagation of the pressure release, the growth of the section being greater along the second length than the growth of the section along the first length.
A substrate for culturing iPS cells, the substrate having a planar mesh structure and being coated with a polymer, characterized in that the polymer is a p-xylene polymer, and in that the substrate comprises a metal, wherein the metal is nickel, wherein the planar mesh structure is made of wire-like substrates, each wire-like substrate having a maximum diameter of 10 μm or smaller and each opening of the mesh having a maximum width of 30 μm or larger. characterized in that the polymer is a p-xylene polymer, and in that the substrate comprises a metal, wherein the metal is nickel, wherein the planar mesh structure is made of wire-like substrates, each wire-like substrate having a maximum diameter of 10 μm or smaller and each opening of the mesh having a maximum width of 30 μm or larger.
A force sensor comprising: a sense die including a front side and a back side ; a substrate located adjacent to the sense die ; a plurality of sense elements supported by the sense die ; a plurality of electrical contacts located on the sense die and electrically coupled to electrical traces on the substrate ; and an actuation element configured to transmit a force to the sense die , characterized in that the thickness of the actuation element is less than the distance between the plurality of electrical contacts , in that the actuation element is a thin wedge/plate, and in that an edge of the actuation element is rounded to interact with a contact point on the sense die . a sense die including a front side and a back side ; a substrate located adjacent to the sense die ; a plurality of sense elements supported by the sense die ; a plurality of electrical contacts located on the sense die and electrically coupled to electrical traces on the substrate ; and an actuation element configured to transmit a force to the sense die , characterized in that the thickness of the actuation element is less than the distance between the plurality of electrical contacts , in that the actuation element is a thin wedge/plate, and in that an edge of the actuation element is rounded to interact with a contact point on the sense die .
Method for transferring at least one layer of material from a first substrate to a second substrate , including at least: - producing first and second separating layers disposed one against the other on a face of the first substrate , and such that the first separating layer is disposed between the first substrate and the second separating layer ; - producing said at least one layer of material to be transferred on the second separating layer ; - securing said at least one layer of material to be transferred to the second substrate , forming a stack of different materials; - performing mechanical separation at an interface between the first and second separating layers , such that the first separating layer remains integral with the first substrate and that the second separating layer remains integral with said at least one layer of material to be transferred ; wherein the materials of the stack are chosen such that the interface between the first and second separating layers corresponds to the interface, of all of the interfaces of the stack, having the weakest adhesion force, and wherein the method includes, between the step of producing first and second separating layers and the step of securing, the implementation of at least one step reducing an initial adhesion force of the interface between the first and second separating layers . - producing first and second separating layers disposed one against the other on a face of the first substrate , and such that the first separating layer is disposed between the first substrate and the second separating layer ; - producing said at least one layer of material to be transferred on the second separating layer ; - securing said at least one layer of material to be transferred to the second substrate , forming a stack of different materials; - performing mechanical separation at an interface between the first and second separating layers , such that the first separating layer remains integral with the first substrate and that the second separating layer remains integral with said at least one layer of material to be transferred ;
An adhesive composition comprising: a) At least one acrylic compound A , b) A reaction product RP obtained by polyaddition reaction of at least one compound P and at least one hardener H , and c) At least one free radical initiator I, wherein the at least one acrylic compound A comprises at least 60 wt.-% of the total weight of the adhesive composition and the at least one compound P contains first type of functional group(s) that react with second type of functional group(s) contained in the at least one hardener H in the polyaddition reaction and wherein the polyaddition reaction between the at least one compound P and the at least one hardener H is conducted at a molar ratio of the first type of functional group to the second type of functional group of 0.95 - 1.5, and wherein the reaction product RP has a weight average molecular weight (M w ) determined by gel permeation-chromatography using polystyrene as standard of at least 15000 g/mol. a) At least one acrylic compound A , b) A reaction product RP obtained by polyaddition reaction of at least one compound P and at least one hardener H , and c) At least one free radical initiator I,
A lens for an eyewear, the lens having a transmittance in a spectral range at least between 400 and 780 nm, wherein the spectral range comprises a first color range and a second color range which are different from each other, wherein the first color range is at least 50 nm broad, wherein the second color range is at least 50 nm broad, and wherein a first average transmittance in the first color range is higher than a second average transmittance in the second color range , wherein an average transmittance in the spectral range is above 55%, wherein a maximum value of transmittance in the spectral range is above 70%, wherein the second average transmittance in the second color range is below 20%, wherein a maximum value of transmittance within the second color range is below 30%, and wherein the first average transmittance is at least 45% higher than the second average transmittance , wherein the second color range is from 600 to 700 nm and the first color range is from 550 to 600 nm.