mhurhangee/patent-ind-claim-en huggingface dataset:
A bifacial PERC solar cell, comprising a rear silver busbar , a rear aluminum finger , a rear passivation layer , a P-type silicon , an N-type emitter , a front passivation layer , a front silver finger , and a front silver busbar , wherein a laser grooving region is formed in the rear passivation layer by laser grooving, the rear aluminum finger line is connected to the P-type silicon via the laser grooving region , characterized in that the bifacial PERC solar cell is punched and provided with a light transmitting region penetrating front and rear surfaces of the cell; the light transmitting region is disposed outside the rear silver busbar and the front silver busbar ; the light transmitting region is disposed surrounded by the rear aluminum finger or outside the rear aluminum finger ; the light transmitting region is disposed surrounded by the front silver finger or outside the front silver finger , when the light transmitting region is disposed surrounded by the front silver finger , the front silver finger includes a first front silver finger and a second front silver finger , the second front silver finger bypasses the light transmitting region and is in contact with the first front silver finger ; and wherein the size of the light transmitting region is smaller than the width of the rear aluminum finger line and is greater than the width of the front silver finger line. the bifacial PERC solar cell is punched and provided with a light transmitting region penetrating front and rear surfaces of the cell; the light transmitting region is disposed outside the rear silver busbar and the front silver busbar ; the light transmitting region is disposed surrounded by the rear aluminum finger or outside the rear aluminum finger ; the light transmitting region is disposed surrounded by the front silver finger or outside the front silver finger , when the light transmitting region is disposed surrounded by the front silver finger , the front silver finger includes a first front silver finger and a second front silver finger , the second front silver finger bypasses the light transmitting region and is in contact with the first front silver finger ; and wherein the size of the light transmitting region is smaller than the width of the rear aluminum finger line and is greater than the width of the front silver finger line.
A positive electrode active material for a lithium ion battery, the positive electrode active material comprising: positive electrode active material particles each having a composition represented by the following formula: Li a Ni b Co c Mn d O 2 in which 1.00 ≤ a ≤ 1.02; 0.8 ≤ b ≤ 0.9; and b + c + d = 1; and a coating layer containing lithium niobate, which partially covers surfaces of the positive electrode active material particles, wherein the coating layer partially covering surfaces of the positive electrode active material particles contains lithium niobate and both of lithium zirconate and lithium tungstate; wherein the positive electrode active material has a ratio of Nb to the total amount of Ni, Co and Mn of from 0.4 to 1.2 mol%. positive electrode active material particles each having a composition represented by the following formula: Li a Ni b Co c Mn d O 2 in which 1.00 ≤ a ≤ 1.02; 0.8 ≤ b ≤ 0.9; and b + c + d = 1; and a coating layer containing lithium niobate, which partially covers surfaces of the positive electrode active material particles, wherein the coating layer partially covering surfaces of the positive electrode active material particles contains lithium niobate and both of lithium zirconate and lithium tungstate; wherein the positive electrode active material has a ratio of Nb to the total amount of Ni, Co and Mn of from 0.4 to 1.2 mol%.
An injection molding apparatus comprising an injection molding machine that injects a flow of injection fluid to a heated manifold that distributes the injection fluid to a flow channel that delivers the injection fluid to a gate of a mold cavity , the injection molding apparatus comprising: an actuator comprised of a rotor having a drive axis (Y) and a driver interconnected to the rotor adapted to controllably drive the rotor rotatably around the drive axis Y, the driver receiving electrical energy or power from an electrical drive , the electrical drive comprising an interface that receives and controllably distributes electrical energy or power in controllably varied amounts during the course of an injection cycle to the driver , the actuator including a housing that houses the rotor and the driver , the electrical drive being housed within or by the housing or mounted on or to the housing in thermally conductive communication or contact therewith, wherein the housing is mounted in proximity or disposition relative to the heated manifold such that one or the other or both of the housing and the electrical drive is or are in substantia heat communication or contact with the heated manifold . an actuator comprised of a rotor having a drive axis (Y) and a driver interconnected to the rotor adapted to controllably drive the rotor rotatably around the drive axis Y, the driver receiving electrical energy or power from an electrical drive , the electrical drive comprising an interface that receives and controllably distributes electrical energy or power in controllably varied amounts during the course of an injection cycle to the driver , the actuator including a housing that houses the rotor and the driver , the electrical drive being housed within or by the housing or mounted on or to the housing in thermally conductive communication or contact therewith, wherein the housing is mounted in proximity or disposition relative to the heated manifold such that one or the other or both of the housing and the electrical drive is or are in substantia heat communication or contact with the heated manifold .
A rearview assembly (10; 10a) for a vehicle, the rearview assembly (10; 10a) comprising: an electro-optic mirror element that reflects images from the rear of the vehicle, wherein the reflected images may be dimmed in response to a detection of glare light from headlights of a trailing vehicle; a display (30; 30a) positioned behind the electro-optic mirror element for displaying images of a rearward scene to a driver of the vehicle; a user input for receiving user adjustment of an extent to which the displayed images are to be dimmed to reduce glare light from headlights of trailing vehicles; and a processor coupled to the electro-optic mirror element , the user input , and the display (30; 30a) for adjusting the extent to which the displayed images are dimmed in response to user adjustment via the user input by dimming the electro-optic mirror element and/or by dimming the brightness of the images shown by the display (30; 30a), wherein, when user adjustment is made via the user input , the processor causes simulated images of vehicle headlights to be displayed where the simulated images are dimmed to a brightness level selected by the user. an electro-optic mirror element that reflects images from the rear of the vehicle, wherein the reflected images may be dimmed in response to a detection of glare light from headlights of a trailing vehicle; a display (30; 30a) positioned behind the electro-optic mirror element for displaying images of a rearward scene to a driver of the vehicle; a user input for receiving user adjustment of an extent to which the displayed images are to be dimmed to reduce glare light from headlights of trailing vehicles; and a processor coupled to the electro-optic mirror element , the user input , and the display (30; 30a) for adjusting the extent to which the displayed images are dimmed in response to user adjustment via the user input by dimming the electro-optic mirror element and/or by dimming the brightness of the images shown by the display (30; 30a), wherein, when user adjustment is made via the user input , the processor causes simulated images of vehicle headlights to be displayed where the simulated images are dimmed to a brightness level selected by the user.
A ligament assembly comprising a first ligament anchor connected to a second ligament anchor by a ligament , a resilient element being associated with the first ligament anchor and a ligament tension adjuster being associated with the second ligament anchor, the ligament comprising a shoulder with a face that is substantially annular and substantially planar , the shoulder comprising a discrete element which is attached to the ligament.
A compressor system , comprising: a compression section that is adapted to suck and compress gas; a rotor including the compression section ; a gas bearing supporting the rotor ; a dynamic-pressure generating gas supply system (31A-31C) that is adapted to supply, to the gas bearing , bleed gas from the gas pressurized by the compression section ; and an external gas supply system for static pressure that is adapted to supply, to the gas bearing , any of an external gas from outside of the compression section and the bleed gas, characterized in that : the gas bearing includes a plurality of pads and a housing holding the pads ; a plurality of gas supply ports for dynamic pressure are provided on the housing along an end rim of each of the pads; a plurality of gas supply ports for static pressure are distributed on a surface of each of the plurality of pads ; and the compressor system is configured so that the bleed gas is supplied to the plurality of gas supply ports for dynamic pressure and the external gas or the bleed gas is supplied to the plurality of gas supply ports for static pressure. a compression section that is adapted to suck and compress gas; a rotor including the compression section ; a gas bearing supporting the rotor ; a dynamic-pressure generating gas supply system (31A-31C) that is adapted to supply, to the gas bearing , bleed gas from the gas pressurized by the compression section ; and an external gas supply system for static pressure that is adapted to supply, to the gas bearing , any of an external gas from outside of the compression section and the bleed gas, characterized in that : the gas bearing includes a plurality of pads and a housing holding the pads ; a plurality of gas supply ports for dynamic pressure are provided on the housing along an end rim of each of the pads; a plurality of gas supply ports for static pressure are distributed on a surface of each of the plurality of pads ; and the compressor system is configured so that the bleed gas is supplied to the plurality of gas supply ports for dynamic pressure and the external gas or the bleed gas is supplied to the plurality of gas supply ports for static pressure. the gas bearing includes a plurality of pads and a housing holding the pads ; a plurality of gas supply ports for dynamic pressure are provided on the housing along an end rim of each of the pads; a plurality of gas supply ports for static pressure are distributed on a surface of each of the plurality of pads ; and the compressor system is configured so that the bleed gas is supplied to the plurality of gas supply ports for dynamic pressure and the external gas or the bleed gas is supplied to the plurality of gas supply ports for static pressure.
A wall holder for an electronic component, with a stationary part , a removable part , which comprises a cover plate , and a receiving region for the electronic component located between the stationary part and the cover plate , wherein the removable part is supported releasably on the stationary part and, in the supported state, the cover plate covers the receiving region , characterised in that the removable part comprises at least one holding magnet and the stationary part comprises at least one magnetic or magnetisable assembly element to attract the holding magnets , wherein the holding magnets are mounted movably in the removable part in such a way that their distance from the assembly elements can be varied while the removable part is supported on the stationary part .
A needle handling device engageable to an introducer tool used for implantation of a penile prosthetic insert in a corpora cavernosum of a penis, the introducer tool configured with a barrel accommodating a needle and an obturator movable within the barrel , the obturator configured to move the needle in a distal direction out of the barrel , characterized in that the needle handling device comprises: an attachment section provided at a first end of the device, the attachment section configured to be releasably attached to the introducer tool ; a needle capturing section at a second end of the device and configured to capture and extract the needle out of the barrel of the introducer tool ; and an intermediate section connecting the first end and the second end of the device . an attachment section provided at a first end of the device, the attachment section configured to be releasably attached to the introducer tool ; a needle capturing section at a second end of the device and configured to capture and extract the needle out of the barrel of the introducer tool ; and an intermediate section connecting the first end and the second end of the device .
Use of a nonwoven carrier as a substrate for producing bituminous membranes, wherein the nonwoven comprises organic polymer fibers and is consolidated with an aqueous binder, wherein the binder comprises (a) starch, and (b) polyvinyl alcohol, which may comprise up to 5 mol.% of other monomer units, wherein (c) the binder does not comprise a crosslinker, and (d) the binder does not comprise a filler. (a) starch, and (b) polyvinyl alcohol, which may comprise up to 5 mol.% of other monomer units, wherein (c) the binder does not comprise a crosslinker, and (d) the binder does not comprise a filler.
A panel system comprising: a tab panel having at least one tab extending therefrom, the tab panel having a core and a facesheet adjacent the core; a slot panel having at least one slot for receiving the corresponding tab of the tab panel therein, the slot panel having a core and a facesheet adjacent the core, the slot formed in the facesheet and at least a portion of the core; characterised by a clip configured to be positioned between the tab panel and the slot panel, the clip being at least partially received in the slot, the clip having a tab panel securing member being secured to the tab panel, the clip having a slot panel securing member being secured to the slot panel, the clip securely joining the tab panel to the slot panel; wherein the slot panel securing member is positioned between the facesheet and the core of the slot panel . a tab panel having at least one tab extending therefrom, the tab panel having a core and a facesheet adjacent the core; a slot panel having at least one slot for receiving the corresponding tab of the tab panel therein, the slot panel having a core and a facesheet adjacent the core, the slot formed in the facesheet and at least a portion of the core; characterised by a clip configured to be positioned between the tab panel and the slot panel, the clip being at least partially received in the slot, the clip having a tab panel securing member being secured to the tab panel, the clip having a slot panel securing member being secured to the slot panel, the clip securely joining the tab panel to the slot panel; wherein the slot panel securing member is positioned between the facesheet and the core of the slot panel .
Glycolic acid or a pharmaceutically acceptable salt or ester thereof for use in the treatment or prevention of male infertility by increasing sperm motility and progressivity.
Door , in particular door for a vehicle , comprising: - an exterior panel , - an interior panel , - a lock , in particular a lock at least partially fixed to the interior panel , - an exterior opening control comprising a gripping means connected to a pivoting lever , in particular an exterior opening control at least partially fixed to the exterior panel , - a system for transmitting movement between the exterior opening control and the lock , in particular a linkage-type transmission system , such that a manoeuvre of the exterior opening control causes an opening of the lock , - a means for blocking the manoeuvring of the exterior opening control , the blocking means being fixed relative to the door during the manoeuvring of the exterior opening control and extending so as to block the pivoting of the pivoting lever in the case of an impact on the exterior panel , in particular in the case of an impact at the level of the exterior opening control , - a means for receiving the blocking means , - a window guide , such that the receiving means is arranged between the exterior panel and the interior panel , the window guide comprising the means for receiving the blocking means , characterized in that the blocking means is a wedge . - an exterior panel , - an interior panel , - a lock , in particular a lock at least partially fixed to the interior panel , - an exterior opening control comprising a gripping means connected to a pivoting lever , in particular an exterior opening control at least partially fixed to the exterior panel , - a system for transmitting movement between the exterior opening control and the lock , in particular a linkage-type transmission system , such that a manoeuvre of the exterior opening control causes an opening of the lock , - a means for blocking the manoeuvring of the exterior opening control , the blocking means being fixed relative to the door during the manoeuvring of the exterior opening control and extending so as to block the pivoting of the pivoting lever in the case of an impact on the exterior panel , in particular in the case of an impact at the level of the exterior opening control , - a means for receiving the blocking means , - a window guide ,
A connection method, comprising: transmitting, by a control plane entity of a centralized unit, a request message for establishing a connection to a user plane entity of the centralized unit, wherein the request message comprises first information corresponding to a control plane ; and receiving, by the control plane entity from the user plane entity, a response message indicating that the connection has been successfully established, wherein the response message comprises second information corresponding to a user plane , the second information including: an identification, ID, of the user plane; configuration information about a public land mobile network supported by the user plane; and configuration information about a network slice supported by the user plane. transmitting, by a control plane entity of a centralized unit, a request message for establishing a connection to a user plane entity of the centralized unit, wherein the request message comprises first information corresponding to a control plane ; and receiving, by the control plane entity from the user plane entity, a response message indicating that the connection has been successfully established, wherein the response message comprises second information corresponding to a user plane , the second information including: an identification, ID, of the user plane; configuration information about a public land mobile network supported by the user plane; and configuration information about a network slice supported by the user plane. an identification, ID, of the user plane; configuration information about a public land mobile network supported by the user plane; and configuration information about a network slice supported by the user plane.
A sensing system for sensing a growth degree of a fruit of an agricultural crop , comprising: at least one vibration device for applying vibration to the agricultural crop ; at least one sensor for sensing vibration of the agricultural crop caused by the vibration applied to the agricultural crop from the vibration device to transmit vibration information related to the vibration of the agricultural crop ; and a computing device for determining the growth degree of the fruit of the agricultural crop , characterized in that the computing device is configured to identify one local maximum value among a plurality of local maximum values in a frequency spectrum obtained from the vibration information received from the at least one sensor as a resonance frequency (f) of the vibration of the agricultural crop to determine the growth degree of the fruit of the agricultural crop based on the identified resonance frequency (f), and each of the at least one vibration device and the at least one sensor is attached to a stem of the agricultural crop . at least one vibration device for applying vibration to the agricultural crop ; at least one sensor for sensing vibration of the agricultural crop caused by the vibration applied to the agricultural crop from the vibration device to transmit vibration information related to the vibration of the agricultural crop ; and a computing device for determining the growth degree of the fruit of the agricultural crop , characterized in that the computing device is configured to identify one local maximum value among a plurality of local maximum values in a frequency spectrum obtained from the vibration information received from the at least one sensor as a resonance frequency (f) of the vibration of the agricultural crop to determine the growth degree of the fruit of the agricultural crop based on the identified resonance frequency (f), and each of the at least one vibration device and the at least one sensor is attached to a stem of the agricultural crop .
A method for controlling a vehicle brake system for a heavy duty vehicle , the brake system comprising a primary brake system and an auxiliary brake system , the method comprising: configuring (S1) a wheel slip magnitude limit (λ LIM ), obtaining (S2) a requested auxiliary brake torque , engaging (S3) the primary brake system at a torque determined in dependence of the requested auxiliary brake torque , while monitoring (S4) a wheel slip value (λ, 340), characterized in that the method comprises: determining (S6) an allowable auxiliary brake torque in dependence of the requested auxiliary brake torque and the monitored wheel slip value (λ, 340), and engaging (S7) the auxiliary brake system at the allowable auxiliary brake torque . configuring (S1) a wheel slip magnitude limit (λ LIM ), obtaining (S2) a requested auxiliary brake torque , engaging (S3) the primary brake system at a torque determined in dependence of the requested auxiliary brake torque , while monitoring (S4) a wheel slip value (λ, 340), characterized in that the method comprises: determining (S6) an allowable auxiliary brake torque in dependence of the requested auxiliary brake torque and the monitored wheel slip value (λ, 340), and engaging (S7) the auxiliary brake system at the allowable auxiliary brake torque . determining (S6) an allowable auxiliary brake torque in dependence of the requested auxiliary brake torque and the monitored wheel slip value (λ, 340), and engaging (S7) the auxiliary brake system at the allowable auxiliary brake torque .