mhurhangee/ep-ind-claims huggingface dataset:
A solar battery module comprising: a back electrode-type solar battery cell that includes an N electrode and a P electrode on a rear surface opposite to a light receiving surface, the N electrode and the P electrode being arranged as a linear-shape electrode pattern or as a dot-shape electrode pattern; and a wiring board (20, 21) in which a wiring is formed on a resin base; wherein the resin base is a film that includes: an MD direction, which is a winding direction; and a TD direction which is perpendicular to the MD direction and has thermal shrinkage smaller than thermal shrinkage in the MD direction; the wiring includes a wiring pattern that includes a plurality of N wirings disposed into a comb-teeth shape and in parallel with each other and a plurality of P wirings disposed into a comb-teeth shape and in parallel with each other; and the comb-teeth shape N wirings and the comb-teeth shape P wirings alternately face each other; the P and N wirings are so formed as to correspond to the linear-shape or dot-shape electrode pattern formed on the solar battery cell; and a direction along which the comb-teeth shape N wirings and the comb-teeth shape P wirings are disposed to alternately face each other is used as the TD direction.
Motor vehicle power train arrangement comprising a heat engine having a rotational axis holding a drive gearwheel in conjoint rotation with an actuating system arranged at the end of an actuating shaft of an electric machine, said rotational axis and said actuating shaft being substantially parallel, characterized in that the electric machine is arranged opposite the timing surface of the heat engine.
A diffusion apparatus configured to provide liquid communication between an injection port for injecting a reductant solution and an exhaust pipe connected to an engine that produces an exhaust flow, the diffusion apparatus comprising: (a) a diffusion chamber configured to pass the reductant solution from the injection port to the exhaust pipe, the diffusion chamber having an inlet and an outlet, wherein the inlet is an opening configured to be in fluid communication with the injection port, and wherein the outlet is an opening configured to be in fluid communication with an interior of the exhaust pipe; and (b) a conduit configured to direct a portion of the exhaust flow from the exhaust pipe to the inlet of the diffusion chamber, whereby the conduit comprises a conduit chamber partially surrounding the diffusion chamber; characterised by (c) further comprising a baffle structure intermediate the inlet of the diffusion chamber and the conduit chamber, wherein the baffle structure is configured to restrict the exhaust flow which moves from the exhaust pipe, through the conduit chamber and into the inlet of the diffusion chamber. (a) a diffusion chamber configured to pass the reductant solution from the injection port to the exhaust pipe, the diffusion chamber having an inlet and an outlet, wherein the inlet is an opening configured to be in fluid communication with the injection port, and wherein the outlet is an opening configured to be in fluid communication with an interior of the exhaust pipe; and (b) a conduit configured to direct a portion of the exhaust flow from the exhaust pipe to the inlet of the diffusion chamber, whereby the conduit comprises a conduit chamber partially surrounding the diffusion chamber; characterised by (c) further comprising a baffle structure intermediate the inlet of the diffusion chamber and the conduit chamber, wherein the baffle structure is configured to restrict the exhaust flow which moves from the exhaust pipe, through the conduit chamber and into the inlet of the diffusion chamber.
Gate for controlling the access to at least one end of an escalator or of a moving walkway or similar, including at least: - a post secured close to the said end, - a barrier secured to a movable element arranged at least partially inside said post in a housing defined by at least a lower flange and an upper flange and suitable for pivoting about an axis such that the barrier moves between an "open" position unblocking the passage so as to allow access to the end of the escalator and a "closed" position blocking the passage so as to prohibit access to said end and being retractable under the effect of an abnormal force in order to enable risk-free emergency passage for users, - a motor for rotating the movable element - barrier assembly, - a coupling member of the clutch type coupled with the motor and suitable for engaging with the movable element in order to rotate same, - mechanical stops limiting the travel of the movable element, and - an limit switch detection device, said gate being characterised in that the limit switch detection device comprises a slot formed in the upper flange, a pin secured to the movable element and passing through said slot, and microswitches secured to the upper flange in the vicinity of each of the ends of the slot and in that the stops and the pin are "fusible" or retractable, or the barrier is suitable for folding up or the post is suitable for pivoting about a substantially vertical axis such that said "closed" position is retractable. - a post secured close to the said end, - a barrier secured to a movable element arranged at least partially inside said post in a housing defined by at least a lower flange and an upper flange and suitable for pivoting about an axis such that the barrier moves between an "open" position unblocking the passage so as to allow access to the end of the escalator and a "closed" position blocking the passage so as to prohibit access to said end and being retractable under the effect of an abnormal force in order to enable risk-free emergency passage for users, - a motor for rotating the movable element - barrier assembly, - a coupling member of the clutch type coupled with the motor and suitable for engaging with the movable element in order to rotate same, - mechanical stops limiting the travel of the movable element, and - an limit switch detection device,
An electronic aerosol provision system comprising: a heating element for generating an aerosol from a source liquid; and control circuitry for controlling a supply of electrical power from a power supply to the heating element, and wherein the control circuitry is further configured to: determine an indication of a derivative of an electrical characteristic of the heating element with respect to time; and determine whether or not a fault condition for the electronic aerosol provision system has arisen based on the determined indication of the derivative of the electrical characteristic of the heating element with respect to time. a heating element for generating an aerosol from a source liquid; and control circuitry for controlling a supply of electrical power from a power supply to the heating element, and wherein the control circuitry is further configured to: determine an indication of a derivative of an electrical characteristic of the heating element with respect to time; and determine whether or not a fault condition for the electronic aerosol provision system has arisen based on the determined indication of the derivative of the electrical characteristic of the heating element with respect to time. determine an indication of a derivative of an electrical characteristic of the heating element with respect to time; and determine whether or not a fault condition for the electronic aerosol provision system has arisen based on the determined indication of the derivative of the electrical characteristic of the heating element with respect to time.
A method for wireless communication at a user equipment, UE (115, 510), comprising: receiving (515, 1405) a plurality of downlink grants for a corresponding plurality of data transmissions, wherein each downlink grant identifies resources for receiving the corresponding data transmission and includes a downlink assignment indicator for the corresponding data transmission and includes two or more bits indicating whether the corresponding data transmission is within a range of a last data transmission for a reporting occasion; determining (525, 1410), based at least in part on the received downlink grants, that a last downlink grant for the last data transmission associated with the reporting occasion was not received; and transmitting (530, 1415) a feedback report during the reporting occasion, wherein a format of the feedback report is based at least in part on the last downlink grant for the last data transmission not being received. receiving (515, 1405) a plurality of downlink grants for a corresponding plurality of data transmissions, wherein each downlink grant identifies resources for receiving the corresponding data transmission and includes a downlink assignment indicator for the corresponding data transmission and includes two or more bits indicating whether the corresponding data transmission is within a range of a last data transmission for a reporting occasion; determining (525, 1410), based at least in part on the received downlink grants, that a last downlink grant for the last data transmission associated with the reporting occasion was not received; and transmitting (530, 1415) a feedback report during the reporting occasion, wherein a format of the feedback report is based at least in part on the last downlink grant for the last data transmission not being received.
A polyaxial screw for surgical implant comprising an axially hollow central body; an anchoring element having an anchoring portion and a coupling portion, said anchoring portion projecting from said central body and said coupling portion being received inside the axial cavity of said central body; an insert axially received inside said axial cavity of the central body and an attachment element suitable to couple internally to said central body, said insert having an elastic portion (30.1) able to apply to at least a portion of the anchoring element a distributed compression load the resultant force of which being directed along the central axis X of the central body, characterised in that the elastic portion (30.1) of the insert has, on at least a part thereof, at least one groove having a helical development.
A 5HT 6 receptor antagonist or a pharmaceutically acceptable salt thereof for use in treating Alzheimer's disease where apathy is comorbid with Alzheimer's disease by improving or augmenting the effect of an acetylcholinesterase inhibitor.
A probe for use through a working channel of a bronchoscope comprising: a location system including a location sensor in a distal end of said probe, said location system being configured to determine the location and orientation of said probe distal end; an optical assembly usable to communicate visual imagery data of a target to a monitor of an optical scope system, said optical assembly including a sealed optic window at a distal end of said probe, a floor spaced apart from said sealed optic window, an internal sidewall surrounding said floor and extending to said sealed optic window, said sealed optic window, floor, and internal sidewall together defining a space therebetween, a plurality of light fibers terminating at the floor, the light fibers acting as light guides for illuminating the target through the optic window, and an objective lens; characterized by the location sensor being proximal to the optical assembly; a steering mechanism capable of deflecting the distal end of said probe and a working channel extending axially through said probe. a location system including a location sensor in a distal end of said probe, said location system being configured to determine the location and orientation of said probe distal end; an optical assembly usable to communicate visual imagery data of a target to a monitor of an optical scope system, said optical assembly including a sealed optic window at a distal end of said probe, a floor spaced apart from said sealed optic window, an internal sidewall surrounding said floor and extending to said sealed optic window, said sealed optic window, floor, and internal sidewall together defining a space therebetween, a plurality of light fibers terminating at the floor, the light fibers acting as light guides for illuminating the target through the optic window, and an objective lens; characterized by the location sensor being proximal to the optical assembly; a steering mechanism capable of deflecting the distal end of said probe and a working channel extending axially through said probe.
Method for compensation of an interference sound in a hearing aid (8,32) by - determining a spectral band depending on a hearing ability, - filtering an input signal of the hearing aid (8,32), which represents a sound causing the interference sound, in the spectral band according to a transmission function (46,H'), which is measured in the spectral band according to a transmission function (47,H) for the sound on an interference sound path, and - generating a compensation sound by means of the input signal in inverted and filtered form. - determining a spectral band depending on a hearing ability, - filtering an input signal of the hearing aid (8,32), which represents a sound causing the interference sound, in the spectral band according to a transmission function (46,H'), which is measured in the spectral band according to a transmission function (47,H) for the sound on an interference sound path, and - generating a compensation sound by means of the input signal in inverted and filtered form.
A composition for use in treating acne or skin inflammation, the composition comprising: (a) diindolylmethane; and (b) vitamin A, wherein the ratio (mg:IU) of DIM and vitamin A is between 150:10,000 and 300:5,000, and wherein the composition is orally administered daily. (a) diindolylmethane; and (b) vitamin A,
A plate made from thin sheet metal, bearing at least one screw intended to fasten an equipment item, including a central part and an edge part folded on the central part, the screw comprising a head inserted between the folded edge part and the central part, and a body passing through the edge part, characterized in that the edge part comprises, at its lateral end, a rim extending perpendicularly to this edge part.
A method of manufacturing a hollow aerofoil comprising: providing a pocketed aerofoil body having an open pocket formed in a surrounding hollowed surface; placing a temporary mandrel into the pocket of the pocketed aerofoil body; locating a capping panel over the pocketed aerofoil body and temporary mandrel, the capping panel having an inner surface and an opposing outer surface; joining a first region of the inner surface of the of the capping panel to the surrounding hollowed surface of the pocketed aerofoil body so as to form the hollow aerofoil; and removing the temporary mandrel from the hollow aerofoil after the step of joining, wherein the temporary mandrel is shaped so as to support the capping panel over a second region of its inner surface during the joining, such that the outer surface of the capping panel forms a desired aerodynamic surface of the hollow aerofoil, characterised in that the temporary mandrel comprises at least one detectable element whose location can be detected remotely. providing a pocketed aerofoil body having an open pocket formed in a surrounding hollowed surface; placing a temporary mandrel into the pocket of the pocketed aerofoil body; locating a capping panel over the pocketed aerofoil body and temporary mandrel, the capping panel having an inner surface and an opposing outer surface; joining a first region of the inner surface of the of the capping panel to the surrounding hollowed surface of the pocketed aerofoil body so as to form the hollow aerofoil; and removing the temporary mandrel from the hollow aerofoil after the step of joining, wherein the temporary mandrel is shaped so as to support the capping panel over a second region of its inner surface during the joining, such that the outer surface of the capping panel forms a desired aerodynamic surface of the hollow aerofoil, characterised in that the temporary mandrel comprises at least one detectable element whose location can be detected remotely.
Passive air purifying apparatus for along the roadside, comprising at least one first inlet, and at least one first outlet and an air duct connecting the at least one first inlet with the at least one first outlet, wherein the at least one first inlet is positioned along the roadside, wherein the at least one first outlet is positioned remote from the roadside, wherein the first inlet is provided with a one-way valve that is biased towards a closed position, wherein the bias is such that the one-way valve opens when a valve pressure difference between a side of the one-way valve that faces away from the air duct and a side of the one-way valve that faces towards the air duct exceeds a threshold value, wherein the threshold value is chosen such that an over-pressure generated by a passing vehicle leads to a valve pressure difference that is greater than the threshold value, characterized in that said passive air purifying apparatus further comprising at least one second inlet, at least one second outlet and a second air duct connecting the at least one second inlet with the at least one second outlet, wherein the at least one second outlet is positioned along the roadside and wherein the at least one second inlet positioned remote from the roadside, wherein the at least one second outlet is provided with an opposite one-way valve that is also biased towards a closed position, wherein the bias is such that the opposite one-way valve opens when a second valve pressure difference between a side of the opposite one-way valve that faces away from the second air duct and a side of the opposite one-way valve that faces towards the second air duct exceeds a second threshold value, wherein the second threshold value is chosen such that an under-pressure generated by a passing vehicle leads to a second valve pressure difference that is greater than the second threshold value.
An orthodontic implant positioning device adapted to be fixed to an orthodontic brace of a patient and used in between an X-ray projecting machine and an X-ray film, the implant positioning device comprising: a measuring standard member, forming a detection region by means of a radiopaque material and having a positioning unit on one side of the detection region, wherein the detection region is provided with at least one set of measuring scales; and at least one encircled member, forming an encircling main body made up of an elastically resilient material, wherein the central region of the encircling main body includes a sleeved space, wherein the size of the sleeved space is elastically changed when the orthodontic brace is fitted and housed in the sleeved space of the encircling main body, the encircling main body further comprises a connecting unit, wherein a fixing means is provided between the positioning unit and the connecting unit so that said positioning unit and said connecting unit are engageable with each other. a measuring standard member, forming a detection region by means of a radiopaque material and having a positioning unit on one side of the detection region, wherein the detection region is provided with at least one set of measuring scales; and at least one encircled member, forming an encircling main body made up of an elastically resilient material, wherein the central region of the encircling main body includes a sleeved space, wherein the size of the sleeved space is elastically changed when the orthodontic brace is fitted and housed in the sleeved space of the encircling main body, the encircling main body further comprises a connecting unit, wherein a fixing means is provided between the positioning unit and the connecting unit so that said positioning unit and said connecting unit are engageable with each other.
A computer implemented method for code distribution by a base station to a target device via a network, the distribution being made via one or more distribution servers arranged between the base station and the target device on the network, the method comprising: the base station maintaining a blockchain data structure storing one or more blocks and having a state determined by a most recently committed block in the blockchain; the base station generating a new transaction for storage in the blockchain corresponding to code for distribution by the base station to a defined list of network connected devices including the target device, the new transaction including a hash value for the code and the list of network connected devices, wherein the new transaction is stored and committed as a new block in the blockchain such that the blockchain has a new current state, the new block having associated a hash value based on the contents of the new transaction and a hash value evaluated for a block corresponding to a preceding state in the blockchain; sending the code, the defined list of devices and the hash value for the code and the defined list of devices to the target device via the one or more distribution servers; and broadcasting the current state of the blockchain for receipt by target device such that the target device is able to verify the code and the suitability of the code for the target device. the base station maintaining a blockchain data structure storing one or more blocks and having a state determined by a most recently committed block in the blockchain; the base station generating a new transaction for storage in the blockchain corresponding to code for distribution by the base station to a defined list of network connected devices including the target device, the new transaction including a hash value for the code and the list of network connected devices, wherein the new transaction is stored and committed as a new block in the blockchain such that the blockchain has a new current state, the new block having associated a hash value based on the contents of the new transaction and a hash value evaluated for a block corresponding to a preceding state in the blockchain; sending the code, the defined list of devices and the hash value for the code and the defined list of devices to the target device via the one or more distribution servers; and broadcasting the current state of the blockchain for receipt by target device such that the target device is able to verify the code and the suitability of the code for the target device.
Processing machine with a length-variable cover for parts of the processing machine for protection against soiling, having at least one portion exposed to the soiling, wherein, on the cover, the at least one portion exposed to the soiling, in the intended installation position in the processing machine, is not arranged at an angle α = 0 degrees with respect to a horizontal, and the portion exposed to the soiling comprises a surface having a friction coefficient (μ) lower than tan α, wherein the portion exposed to the soiling is an upper portion to which a lateral portion having a lateral face joins, the surface and the lateral face include an angle β, and in the case of a vertical lateral face, the angle β is larger than a square angle, characterized in that the processing machine is provided with a device for guiding airstreams, and the device is configured such that at least one airstream assists the soiling in slipping off along the surface.