mhurhangee/patent-ind-claim-en huggingface dataset:
A fluid pressure pump comprising: a first housing made of a resin; and a second housing made of a resin, wherein a housing (H) is configured in a state where the first housing and the second housing are joined to each other by thermal welding at a welding position (WP), and a pump rotor (Pr) is accommodated in the housing, wherein the first housing has a first welding portion which extends in an axial direction of the first housing and is joined with the second housing at the welding position, the second housing has a second welding portion which comes into press contact with the first welding portion, wherein the first housing and the second housing have an axial alignment mechanism that axially aligns the first housing and the second housing such that axes of the first and second housings coincide with each other at the time of joining of the first housing and the second housing to each other by the thermal welding; wherein the first housing has a first abutment portion which is formed at a side inward from the welding position (WP) and extends in an axial direction of the first housing, and the second housing has a second abutment portion which comes into contact with the first abutment portion, characterized in that the axial alignment mechanism is configured such that one of the first abutment portion and the second abutment portion is formed in a curved shape, and a remaining one of the first abutment portion and the second abutment portion is formed in a tapered shape or a curved shape. a first housing made of a resin; and a second housing made of a resin, wherein a housing (H) is configured in a state where the first housing and the second housing are joined to each other by thermal welding at a welding position (WP), and a pump rotor (Pr) is accommodated in the housing, wherein the first housing has a first welding portion which extends in an axial direction of the first housing and is joined with the second housing at the welding position, the second housing has a second welding portion which comes into press contact with the first welding portion, wherein the first housing and the second housing have an axial alignment mechanism that axially aligns the first housing and the second housing such that axes of the first and second housings coincide with each other at the time of joining of the first housing and the second housing to each other by the thermal welding; wherein the first housing has a first abutment portion which is formed at a side inward from the welding position (WP) and extends in an axial direction of the first housing, and the second housing has a second abutment portion which comes into contact with the first abutment portion, characterized in that the axial alignment mechanism is configured such that one of the first abutment portion and the second abutment portion is formed in a curved shape, and a remaining one of the first abutment portion and the second abutment portion is formed in a tapered shape or a curved shape.
A safety cabin for a recreational or camper van , comprising a part of the safety cabin which can be arranged behind a driver's cab , wherein walls of the safety cabin have at least one ply of fibre-reinforced plastic fabric and/or non-crimp fabric, wherein one ply has successive layers along a transverse direction, wherein directly successive layers have different fibre orientations to one another, wherein the ply in lateral outer walls in a front area of the cabin in relation to an intended main direction of travel preferably has at least three to nine layers, wherein the ply in the lateral outer walls in a rear area of the cabin in relation to an intended main direction of travel preferably comprises one to five layers, wherein a partition wall is arranged transversely to a longitudinal direction of the cabin at a transition from the front area of the cabin to the rear area of the cabin, wherein the intermediate wall comprises a ply containing preferably three to nine layers. wherein walls of the safety cabin have at least one ply of fibre-reinforced plastic fabric and/or non-crimp fabric, wherein one ply has successive layers along a transverse direction, wherein directly successive layers have different fibre orientations to one another, wherein the ply in lateral outer walls in a front area of the cabin in relation to an intended main direction of travel preferably has at least three to nine layers, wherein the ply in the lateral outer walls in a rear area of the cabin in relation to an intended main direction of travel preferably comprises one to five layers, wherein a partition wall is arranged transversely to a longitudinal direction of the cabin at a transition from the front area of the cabin to the rear area of the cabin, wherein the intermediate wall comprises a ply containing preferably three to nine layers.
A microwave oven comprising a cooking cavity , a dividing shelf dividing the cooking cavity into first and second sub-cavities , and a door movable between a first position for simultaneous access to the first and second subcavities and a second position for preventing simultaneous access to the first and second sub-cavities , a choke frame on the door , and characterized in that the choke frame comprises a conductive reed positioned to provide electrical continuity with the dividing shelf , thereby the choke frame is in communication with the dividing shelf when the door is in the second position, to attenuate microwave transmission between the first and second sub-cavities .
An apparatus for supplying energy to and/or communicating with an ocular implant by means of illumination radiation, wherein the apparatus comprises a source emitting the illumination radiation , a positioning unit , which defines an illumination position of the eye of a user, an illumination optics and an optical input interface, via which the illumination radiation can be supplied to the illumination optics , wherein the illumination optics focusses the supplied illumination radiation such that, when the user's eye is in the defined illumination position, the illumination radiation enters the eye as a convergent beam so that the focus lies within the eye , characterized in that the focus lies in a region of + 5 mm around the center of rotation in the propagation direction of the illumination radiation when the user's eye is in the defined illumination position, and the illumination optics focusses the supplied illumination radiation in such a way that a focus with a lateral extension of at least 0.5 mm in air is present. a source emitting the illumination radiation , a positioning unit , which defines an illumination position of the eye of a user, an illumination optics and an optical input interface, via which the illumination radiation can be supplied to the illumination optics , wherein the illumination optics focusses the supplied illumination radiation such that, when the user's eye is in the defined illumination position, the illumination radiation enters the eye as a convergent beam so that the focus lies within the eye , characterized in that the focus lies in a region of + 5 mm around the center of rotation in the propagation direction of the illumination radiation when the user's eye is in the defined illumination position, and the illumination optics focusses the supplied illumination radiation in such a way that a focus with a lateral extension of at least 0.5 mm in air is present.
A sheet material for fluxfree CAB brazing, comprising: a core layer comprised of 3XXX, 1XXX or 6XXX series aluminum alloy; an interliner layer comprised of 0.25 to 1.7 wt% Mg, 0.3 to 1.1 wt% Si, 0.09 to 0.5 wt% Bi, up to 1.8 wt % Mn, up to 0.9 wt % Cu, up to 0.7 wt % Fe, up to 0.18 wt% Ti, up to 3.0 wt % Zn, up to 0.25 wt% Cr, and up to 0.15 wt % Zr, remainder aluminum and impurities; and a brazing liner layer comprised of 4XXX aluminum alloy, wherein the interliner layer is disposed between the core layer and the brazing liner layer, the core layer, the interliner layer and the brazing liner layer conjoined together forming the sheet material. a core layer comprised of 3XXX, 1XXX or 6XXX series aluminum alloy; an interliner layer comprised of 0.25 to 1.7 wt% Mg, 0.3 to 1.1 wt% Si, 0.09 to 0.5 wt% Bi, up to 1.8 wt % Mn, up to 0.9 wt % Cu, up to 0.7 wt % Fe, up to 0.18 wt% Ti, up to 3.0 wt % Zn, up to 0.25 wt% Cr, and up to 0.15 wt % Zr, remainder aluminum and impurities; and a brazing liner layer comprised of 4XXX aluminum alloy, wherein the interliner layer is disposed between the core layer and the brazing liner layer, the core layer, the interliner layer and the brazing liner layer conjoined together forming the sheet material.
A method of executing a plurality of threads, including a first thread and a set of remaining threads, on a computer processor core , the method comprising: determining that a start interpretive execution exit condition exists; determining that the computer processor core is or is not within a grace period, wherein the grace period is a period of additional time added to a time slice allocated to the computer processor core when the time slice is about to expire; characterized in that , if within the grace period, entering by the first thread a start interpretive execution exit sync loop without signaling to any of the set of remaining threads; and remaining by the first thread in the start interpretive execution exit sync loop until the grace period expires or each of the remaining threads enters a corresponding start interpretive execution exit sync loop; determining that the grace period has expired for the computer processor core ; signaling, by the first thread, each of the remaining threads to proceed to the corresponding start interpretive execution exit sync loop based on expiration of the grace period. determining that a start interpretive execution exit condition exists; determining that the computer processor core is or is not within a grace period, wherein the grace period is a period of additional time added to a time slice allocated to the computer processor core when the time slice is about to expire; characterized in that , if within the grace period, entering by the first thread a start interpretive execution exit sync loop without signaling to any of the set of remaining threads; and remaining by the first thread in the start interpretive execution exit sync loop until the grace period expires or each of the remaining threads enters a corresponding start interpretive execution exit sync loop; determining that the grace period has expired for the computer processor core ; signaling, by the first thread, each of the remaining threads to proceed to the corresponding start interpretive execution exit sync loop based on expiration of the grace period.
Bendable-screen device intended for rendering notifications, including: a substrate provided with an elongate bendable screen , a first and a second connection element , which are intended to connect to one another in order to keep the substrate in the form of a loop, the screen being substantially curved when the substrate is kept in the form of a loop, a receiving unit , which is intended to wirelessly receive notifications from an external device, and a control unit , which is designed to command the rendering of the notifications received by the receiving unit and to detect the connected or separated state of the first and second connection elements , said bendable-screen device being characterized in that the control unit is also designed to command, on the basis of the detected state of connection of the first and second connection elements , the rendering of a received notification according to either a first rendering mode or a second rendering mode in which the representation displayed to represent the notification is different from that of the first rendering mode. a substrate provided with an elongate bendable screen , a first and a second connection element , which are intended to connect to one another in order to keep the substrate in the form of a loop, the screen being substantially curved when the substrate is kept in the form of a loop, a receiving unit , which is intended to wirelessly receive notifications from an external device, and a control unit , which is designed to command the rendering of the notifications received by the receiving unit and to detect the connected or separated state of the first and second connection elements , said bendable-screen device being characterized in that the control unit is also designed to command, on the basis of the detected state of connection of the first and second connection elements , the rendering of a received notification according to either a first rendering mode or a second rendering mode in which the representation displayed to represent the notification is different from that of the first rendering mode.
Heat-treated liquid nutritional composition having a pH above 6.40, characterised in that it comprises at least 14 g of non-hydrolysed dairy proteins per 100 ml of composition, said non-hydrolysed dairy proteins consist of a mixture of caseins representing at least 70% of the total nitrogenous material of the mixture and of denatured serum proteins representing no more than 30% of the total nitrogenous material of the mixture,, said mixture being such that its calcium content is less than or equal to 2.40 g of calcium per 100 g of total nitrogenous material.
A method, performed by a first device, for managing a transmission power parameter indicating power for Device-To-Device, D2D, transmission to be sent on at least one D2D link between the first device and a second device , wherein the method comprises: determining (A010) a load based on one or more metric of a D2D communication between at least the first and second devices , wherein the load corresponds to a usage of D2D communication resources; and determining (A020) the transmission power parameter based on the determined load, wherein the determining (A020) of the transmission power parameter comprises determining the transmission power parameter based on the load in an at least partly inverse manner while not exceeding a maximum transmit power of the first device . determining (A010) a load based on one or more metric of a D2D communication between at least the first and second devices , wherein the load corresponds to a usage of D2D communication resources; and determining (A020) the transmission power parameter based on the determined load, wherein the determining (A020) of the transmission power parameter comprises determining the transmission power parameter based on the load in an at least partly inverse manner while not exceeding a maximum transmit power of the first device .
A method for manufacturing an electrochromic element, the method comprising: forming a first electrode on a first substrate, and then forming a first electrochromic layer on the first electrode; forming a second electrode on a second substrate, and then forming a second electrochromic layer on the second electrode; and forming an electrolyte layer between the first electrochromic layer and the second electrochromic layer, wherein the forming of the first electrochromic layer is carried out by an e-beam evaporation method using a carrier gas, and characterized in that the first electrochromic layer comprises a WOx thin film where x is between 1,17 and 1,30 and the WOx thin film has a density of 5.8 g/cm3 or less. forming a first electrode on a first substrate, and then forming a first electrochromic layer on the first electrode; forming a second electrode on a second substrate, and then forming a second electrochromic layer on the second electrode; and forming an electrolyte layer between the first electrochromic layer and the second electrochromic layer, wherein the forming of the first electrochromic layer is carried out by an e-beam evaporation method using a carrier gas, and characterized in that the first electrochromic layer comprises a WOx thin film where x is between 1,17 and 1,30 and the WOx thin film has a density of 5.8 g/cm3 or less.
An air conditioner comprising: a fan that blows air to a heat exchanger; a motor that drives the fan ; a controller which includes: a rotation speed detector configured to detect a rotation speed of the motor ; a current detector configured to detect a current value of the motor ; a phase detector configured to detect a magnetic pole position of the motor ; a pulsation detector configured to extract a pulsation component of the current value, based on the detected current value and magnetic pole position of the motor ; and a resonance determiner that is configured to determine presence or absence of resonance of a casing of an outdoor or indoor unit having the motor , based on the extracted pulsation component of the current value and the rotation speed. a fan that blows air to a heat exchanger; a motor that drives the fan ; a controller which includes: a rotation speed detector configured to detect a rotation speed of the motor ; a current detector configured to detect a current value of the motor ; a phase detector configured to detect a magnetic pole position of the motor ; a pulsation detector configured to extract a pulsation component of the current value, based on the detected current value and magnetic pole position of the motor ; and a resonance determiner that is configured to determine presence or absence of resonance of a casing of an outdoor or indoor unit having the motor , based on the extracted pulsation component of the current value and the rotation speed. a rotation speed detector configured to detect a rotation speed of the motor ; a current detector configured to detect a current value of the motor ; a phase detector configured to detect a magnetic pole position of the motor ; a pulsation detector configured to extract a pulsation component of the current value, based on the detected current value and magnetic pole position of the motor ; and a resonance determiner that is configured to determine presence or absence of resonance of a casing of an outdoor or indoor unit having the motor , based on the extracted pulsation component of the current value and the rotation speed.
A driver brake valve for a compressed air brake system of a commercial vehicle , wherein the driver brake valve can be actuated by a brake pedal and is provided for outputting an analog driver brake pressure (p1) and an electrical sensor useful signal (S1) depending on the actuation of the brake pedal , wherein the driver brake valve has a compressed air input for connection to a system pressure (p0), a compressed air output for connection of a brake control line , and a sensor for determining an actuation of the brake pedal , the driver brake valve has a characteristic curve memory device with stored characteristic curve data (KL) and a determination device , the sensor is configured to generate an actuation signal (S5) depending on the actuation of the brake pedal , and the determination device is configured to generate the sensor useful signal (S1) from the actuation signal (S5) depending on the characteristic curve data (KL) stored in the characteristic curve memory , characterized in that the characteristic curve data (KL, P-SW) stored in the characteristic curve memory are formed by calibrating the driver brake valve and measuring the output driver brake pressure (p1). wherein the driver brake valve can be actuated by a brake pedal and is provided for outputting an analog driver brake pressure (p1) and an electrical sensor useful signal (S1) depending on the actuation of the brake pedal , wherein the driver brake valve has a compressed air input for connection to a system pressure (p0), a compressed air output for connection of a brake control line , and a sensor for determining an actuation of the brake pedal , the driver brake valve has a characteristic curve memory device with stored characteristic curve data (KL) and a determination device , the sensor is configured to generate an actuation signal (S5) depending on the actuation of the brake pedal , and the determination device is configured to generate the sensor useful signal (S1) from the actuation signal (S5) depending on the characteristic curve data (KL) stored in the characteristic curve memory , characterized in that the characteristic curve data (KL, P-SW) stored in the characteristic curve memory are formed by calibrating the driver brake valve and measuring the output driver brake pressure (p1).
Method for obtaining a finished or semi-finished zirconia-based article , the article having a metallic external appearance and non-zero surface electrical conductivity, characterized in that the method includes the steps consisting in: - taking at least one zirconia article, pre-shaped in its finished or semi-finished form; - placing said article inside a chamber in which a gaseous mixture is arranged, this gaseous mixture including at least a first hydrogen and carbon based gas compound in a first concentration (C1) and a second hydrogen and nitrogen based gas compound in a second concentration (C2); - heating the gaseous mixture until the molecules of the first and second compounds dissociate and keeping said article in the reactive atmosphere thereby created to obtain diffusion of the carbon and nitrogen atoms in the external surface of said article and to form stoichiometric carbonitride (ZrC x -N y ) at the surface, and - prior to the step of heating the process gases contained in the chamber, a reduction step consisting in placing said article inside a chamber into which dihydrogen is injected and in heating the dihydrogen allowing diffusion towards the surface and release of the oxygen contained in said zirconia article. - taking at least one zirconia article, pre-shaped in its finished or semi-finished form; - placing said article inside a chamber in which a gaseous mixture is arranged, this gaseous mixture including at least a first hydrogen and carbon based gas compound in a first concentration (C1) and a second hydrogen and nitrogen based gas compound in a second concentration (C2); - heating the gaseous mixture until the molecules of the first and second compounds dissociate and keeping said article in the reactive atmosphere thereby created to obtain diffusion of the carbon and nitrogen atoms in the external surface of said article and to form stoichiometric carbonitride (ZrC x -N y ) at the surface, and - prior to the step of heating the process gases contained in the chamber, a reduction step consisting in placing said article inside a chamber into which dihydrogen is injected and in heating the dihydrogen allowing diffusion towards the surface and release of the oxygen contained in said zirconia article.
Peristaltic pump for a household electric appliance comprising a pump body defining a chamber in which a deformable hose is located, which is intended to contain a liquid to be moved, said pump comprising an inlet connector , which is intended to receive a liquid suctioning conduit , and an outlet connector , which is intended to receive a liquid flow conduit , connected to the deformable hose , the inlet and outlet connectors each comprising a bend of substantially 90°, characterised in that the peristaltic pump comprises a sealing device designed to contain the liquid inside the chamber in the event of rupture of the deformable hose and in that the inlet and outlet connectors are arranged in one same plane belonging to one single and same outer face of the peristaltic pump .