mhurhangee/ep-ind-claims huggingface dataset:
A substrate processing system, comprising: a processing chamber; a substrate carrier cover provided in the processing chamber; and a holding device (100, 200) adapted for holding a mask and a substrate during processing of the substrate, the holding device comprising: a substrate carrier (120, 220) adapted for carrying the substrate; and a mask for masking the substrate, wherein the mask is releasably connected to the substrate carrier; wherein the substrate carrier, the mask, or the substrate carrier in combination with the mask has at least one recess adapted for receiving a portion of the substrate carrier cover for covering the substrate carrier during deposition, wherein the substrate processing system is configured for removing the carrier cover from the holding device before the holding device and the substrate are moved out of the processing chamber, such that the carrier cover is maintained within the processing chamber. a processing chamber; a substrate carrier cover provided in the processing chamber; and a holding device (100, 200) adapted for holding a mask and a substrate during processing of the substrate, the holding device comprising: a substrate carrier (120, 220) adapted for carrying the substrate; and a mask for masking the substrate, wherein the mask is releasably connected to the substrate carrier; wherein the substrate carrier, the mask, or the substrate carrier in combination with the mask has at least one recess adapted for receiving a portion of the substrate carrier cover for covering the substrate carrier during deposition, wherein the substrate processing system is configured for removing the carrier cover from the holding device before the holding device and the substrate are moved out of the processing chamber, such that the carrier cover is maintained within the processing chamber. a substrate carrier (120, 220) adapted for carrying the substrate; and a mask for masking the substrate, wherein the mask is releasably connected to the substrate carrier; wherein the substrate carrier, the mask, or the substrate carrier in combination with the mask has at least one recess adapted for receiving a portion of the substrate carrier cover for covering the substrate carrier during deposition, wherein the substrate processing system is configured for removing the carrier cover from the holding device before the holding device and the substrate are moved out of the processing chamber, such that the carrier cover is maintained within the processing chamber.
A network switch comprising: a communication engine to connect the network switch to another network device in a Storage Area Network, SAN, to allow the network switch and the other network device to transfer data therebetween; an advertisement receiving engine to receive a multicast advertisement message from the other network device, the advertisement message being parsable to identify Logical Volume Unit, LUN, metadata attributes for the other network device, wherein the LUN metadata attributes include at least one category associated with a storage volume of the other network device; a parsing engine to parse the advertisement message to identify the LUN metadata attributes for the other networking device; and a configuration engine to: determine an updated configuration for the network switch based on the identified LUN metadata attributes for the other network device, wherein the updated configuration is a predefined security configuration, a predefined QoS configuration, or comprises pre-defined diagnostic settings; and update the network switch based on the determined updated configuration. a communication engine to connect the network switch to another network device in a Storage Area Network, SAN, to allow the network switch and the other network device to transfer data therebetween; an advertisement receiving engine to receive a multicast advertisement message from the other network device, the advertisement message being parsable to identify Logical Volume Unit, LUN, metadata attributes for the other network device, wherein the LUN metadata attributes include at least one category associated with a storage volume of the other network device; a parsing engine to parse the advertisement message to identify the LUN metadata attributes for the other networking device; and a configuration engine to: determine an updated configuration for the network switch based on the identified LUN metadata attributes for the other network device, wherein the updated configuration is a predefined security configuration, a predefined QoS configuration, or comprises pre-defined diagnostic settings; and update the network switch based on the determined updated configuration. determine an updated configuration for the network switch based on the identified LUN metadata attributes for the other network device, wherein the updated configuration is a predefined security configuration, a predefined QoS configuration, or comprises pre-defined diagnostic settings; and update the network switch based on the determined updated configuration.
A vehicle air-conditioning system, comprising - a housing, - a fan with an impeller, a drive shaft and an electric motor, wherein the impeller has a hub and blades for circulating the air and the electric motor is arranged below the impeller, - a refrigerant evaporator for cooling air to be introduced into a vehicle interior space, - a heater for heating the air to be introduced into the vehicle interior space, characterised in that the impeller is provided with a fluid-tight closed shield for shielding water from the electric motor, wherein the hub is formed as the fluid-tight closed shield and the hub is formed as the fluid-tight closed shield on a projection section of the electric motor on the hub parallel to an axis of the drive shaft and the hub is additionally formed as the fluid-tight closed shield in a radial distance to the projection section of less than 5 cm, 2 cm or 1 cm. - a housing, - a fan with an impeller, a drive shaft and an electric motor, wherein the impeller has a hub and blades for circulating the air and the electric motor is arranged below the impeller, - a refrigerant evaporator for cooling air to be introduced into a vehicle interior space, - a heater for heating the air to be introduced into the vehicle interior space, characterised in that the impeller is provided with a fluid-tight closed shield for shielding water from the electric motor, wherein the hub is formed as the fluid-tight closed shield and the hub is formed as the fluid-tight closed shield on a projection section of the electric motor on the hub parallel to an axis of the drive shaft and the hub is additionally formed as the fluid-tight closed shield in a radial distance to the projection section of less than 5 cm, 2 cm or 1 cm.
A droplet comprising: a dissolvable outer membrane defining a volume; toothpaste inside the volume; wherein the outer membrane is formed from dissolvable film strip technology which, in use, dissolves when water is poured on the droplet, to release the toothpaste therein, and wherein the outer membrane includes a tail portion, the tail portion being configured to embed into bristles of a toothbrush. a dissolvable outer membrane defining a volume; toothpaste inside the volume; wherein the outer membrane is formed from dissolvable film strip technology which, in use, dissolves when water is poured on the droplet, to release the toothpaste therein, and wherein the outer membrane includes a tail portion, the tail portion being configured to embed into bristles of a toothbrush.
A dishwasher comprising a dispenser accommodated in a dishwasher door and being arranged to dispose a washing agent in a compartment of the dishwasher at the opening of a dispenser lid, the dishwasher further comprising: at least one sensor arranged to detect a shock caused by the dispenser lid opening against the dishwasher door, the at least one sensor being arranged in the dishwasher door at a location where the dispenser lid opens against the dishwasher door, and to communicate a signal in response thereto indicative of the dispenser lid opening; and a controller arranged to receive the signal and to determine an action to be taken on the basis of the received signal. at least one sensor arranged to detect a shock caused by the dispenser lid opening against the dishwasher door, the at least one sensor being arranged in the dishwasher door at a location where the dispenser lid opens against the dishwasher door, and to communicate a signal in response thereto indicative of the dispenser lid opening; and a controller arranged to receive the signal and to determine an action to be taken on the basis of the received signal.
A system comprising a set of equipment items (20, 20'), said equipment items comprising one or more nominal equipment items and one or more redundant equipment items, a redundant equipment item being associated with one or more nominal equipment items, the system comprising n channels linked to said equipment items, the channels linked to the equipment items being input or output channels of the equipment items, the system comprising at least one redundancy matrix of n × m dimension configured to route the signals of a channel from a given equipment item to a redundant equipment item associated with said given equipment item or to another nominal equipment item, in response to the detection of a rerouting-triggering event relating to an equipment item, characterised in that each redundancy matrix is represented by a connection grid having a matrix representation comprising rows and columns, each row corresponding to a channel C i,0 ≤ i < n of the system and each column corresponding to an equipment item (20, 20') of the system, and in that the connection grid comprises a set of connection points corresponding to a point of intersection between a channel and an equipment item, said points of connection of the connection grid comprising at least: - all of the points of intersection of a nominal path comprising the points of intersection of the connection grid situated on a nominal diagonal of the connection grid, between each row corresponding to a channel of given index i and a column corresponding to a nominal equipment item of the same index i, and - all of the points of intersection of a redundant path comprising the points of intersection of the connection grid situated at the intersection between each row corresponding to a channel C; of given index i and a column corresponding to a redundant element of index f(i) such that the function f is a defined surjective function of the set [[0; n - 1]] on [[0; m - n - 1]] for any index i, the redundancy matrix being implemented in the form of a circuit comprising a plurality of switches arranged according to the connection grid. - all of the points of intersection of a nominal path comprising the points of intersection of the connection grid situated on a nominal diagonal of the connection grid, between each row corresponding to a channel of given index i and a column corresponding to a nominal equipment item of the same index i, and - all of the points of intersection of a redundant path comprising the points of intersection of the connection grid situated at the intersection between each row corresponding to a channel C; of given index i and a column corresponding to a redundant element of index f(i) such that the function f is a defined surjective function of the set [[0; n - 1]] on [[0; m - n - 1]] for any index i,
A method of operating a mobile device, the method comprising: grouping a plurality of groups of contacts stored on the mobile device; loading a configuration file for one of a plurality of instant messaging services based on a configuration identifier identifying the one of the plurality of instant messaging services, the configuration file being for configuring the look and feel of an instant messaging application; configuring an instant messaging application according to the configuration file to address an instant messaging server type for the one of the plurality of instant messaging services; displaying a contact list interface comprising a plurality of contact groupings for a group of contacts for the one of the plurality of instant messaging services; and invoking a command upon detecting a selection of one of the contact groupings displayed in the contact list interface. grouping a plurality of groups of contacts stored on the mobile device; loading a configuration file for one of a plurality of instant messaging services based on a configuration identifier identifying the one of the plurality of instant messaging services, the configuration file being for configuring the look and feel of an instant messaging application; configuring an instant messaging application according to the configuration file to address an instant messaging server type for the one of the plurality of instant messaging services; displaying a contact list interface comprising a plurality of contact groupings for a group of contacts for the one of the plurality of instant messaging services; and invoking a command upon detecting a selection of one of the contact groupings displayed in the contact list interface.
An injection molding machine comprising: a toggle support which includes a toggle support body portion including load receiving portions, configured to receive a load from a tie bar, provided at corner portions of the toggle support body portion, and a link pin attachment portion to which a link pin of a toggle mechanism is attached, wherein the toggle support further includes a deformation suppression portion configured to suppress deformation caused by clamping of the toggle support body portion, wherein when viewed in a direction perpendicular to mold opening and closing directions and perpendicular to an axial direction of the link pin, the load receiving portions are provided on both sides with the link pin attachment portion interposed therebetween, characterized in that a recessed portion is provided between the link pin attachment portion and the load receiving portion. a toggle support which includes a toggle support body portion including load receiving portions, configured to receive a load from a tie bar, provided at corner portions of the toggle support body portion, and a link pin attachment portion to which a link pin of a toggle mechanism is attached, wherein the toggle support further includes a deformation suppression portion configured to suppress deformation caused by clamping of the toggle support body portion,
A double-stranded ribonucleic acid (dsRNA) for inhibiting expression of a G-alpha q subunit (GNAQ) of a heterotrimeric G gene, comprising a sense strand and an antisense strand comprising a region being complementary to (a) at least 15 contiguous nucleotides of SEQ ID NO 1421; or (b) at least the first 11 nucleotides of SEQ ID NO: 1421. (a) at least 15 contiguous nucleotides of SEQ ID NO 1421; or (b) at least the first 11 nucleotides of SEQ ID NO: 1421.
A multiple component heart valve prosthesis (1100; 1600) for implantation at a heart valve annulus location of a patient's heart, the heart valve prosthesis (1100; 1600) comprising: an abutment ring (1200, 1604) configured for attachment at the heart valve annulus location and including a locking system; and a removable bioprosthetic heart valve comprising a valve frame (1300; 1602) and at least one locking feature (1370, 1622), the at least one locking feature (1370, 1622) configured to be received by the locking system, wherein the bioprosthetic heart valve can be rotated relative to the abutment ring ( 1200; 1604) such that the at least one locking feature (1370, 1622) transitions from a disengaged position to a first engaged position, wherein when in the disengaged position the bioprosthetic heart valve may be removed from the abutment ring (1200; 1604), and wherein when rotated from the disengaged position to the first engaged position the bioprosthetic heart valve is restrained from axial movement relative to the abutment ring (1200; 1604), wherein, when positioned in the first engaged position, the removable bioprosthetic heart valve remains free to be rotated relative to the abutment ring (1200; 1604) from the first engaged position to a second engaged position wherein the at least one locking feature (1370; 1622) comprises a boss. an abutment ring (1200, 1604) configured for attachment at the heart valve annulus location and including a locking system; and a removable bioprosthetic heart valve comprising a valve frame (1300; 1602) and at least one locking feature (1370, 1622), the at least one locking feature (1370, 1622) configured to be received by the locking system, wherein the bioprosthetic heart valve can be rotated relative to the abutment ring ( 1200; 1604) such that the at least one locking feature (1370, 1622) transitions from a disengaged position to a first engaged position, wherein when in the disengaged position the bioprosthetic heart valve may be removed from the abutment ring (1200; 1604), and wherein when rotated from the disengaged position to the first engaged position the bioprosthetic heart valve is restrained from axial movement relative to the abutment ring (1200; 1604), wherein, when positioned in the first engaged position, the removable bioprosthetic heart valve remains free to be rotated relative to the abutment ring (1200; 1604) from the first engaged position to a second engaged position wherein the at least one locking feature (1370; 1622) comprises a boss.
A connecting assembly for a battery module, comprising: an insulation board, wherein the insulation board comprises a hollow portion, a first side, and a second side; a busbar, wherein the busbar comprises a first busbar and a second busbar; the first busbar is installed on the first side of the insulation board from top to bottom; the second busbar is installed in the hollow portion of the insulation board from bottom to top and is connected to the sidewall of the hollow portion; a first snap-fit portion and a first prop are disposed in the hollow portion, the first snap-fit portion is located in the hollow portion and being away from the first side, and the first prop is located in the hollow portion and being close to the first side; and the second busbar is located between the first snap-fit portion and the first prop; wherein a recess is disposed on the second busbar; and the first prop is configured to abut against the recess; wherein the connecting assembly further comprises a circuit board disposed on the first side, the circuit board is connected to a plurality of sampling pins, and the plurality of sampling pins are connected to the second busbar and the first busbar respectively; and wherein the connecting assembly further comprises a connecting piece, at least a part of the connecting piece is embedded into the insulation board, and the second busbar is connected to the sampling pins by the connecting piece. an insulation board, wherein the insulation board comprises a hollow portion, a first side, and a second side; a busbar, wherein the busbar comprises a first busbar and a second busbar; the first busbar is installed on the first side of the insulation board from top to bottom; the second busbar is installed in the hollow portion of the insulation board from bottom to top and is connected to the sidewall of the hollow portion; a first snap-fit portion and a first prop are disposed in the hollow portion, the first snap-fit portion is located in the hollow portion and being away from the first side, and the first prop is located in the hollow portion and being close to the first side; and the second busbar is located between the first snap-fit portion and the first prop; wherein a recess is disposed on the second busbar; and the first prop is configured to abut against the recess; wherein the connecting assembly further comprises a circuit board disposed on the first side, the circuit board is connected to a plurality of sampling pins, and the plurality of sampling pins are connected to the second busbar and the first busbar respectively; and wherein the connecting assembly further comprises a connecting piece, at least a part of the connecting piece is embedded into the insulation board, and the second busbar is connected to the sampling pins by the connecting piece.
Method for determining the extension of a trajectory in a space-time volume of measure images (V m) of a measure object, which extension of the trajectory is for use by a measuring method, said space-time volume of measure images (V m) being generated by said measuring method utilizing a measuring system comprising a first light source and a sensor, said measuring method comprises a step of, in a predetermined operating condition of said measuring system, moving the measure object along a first direction of movement in relation to said measuring system while said first light source illuminates said measure object whereby said sensor generates a measure image of said measure object at each time instant in a set of at least two subsequent time instants (t 0 - t n), thus generating said space-time volume of measure images (V m), wherein said extension of the trajectory in said space-time volume (V m) is such which a feature point of said measure object will map to, characterized in that said method for determining said extension comprises the steps of: - moving, in said measuring system and in said predetermined operating condition thereof, a reference object along said first direction of movement in relation to said measuring system while illuminating said reference object with incident light whereby said sensor generates a reference image (I r) of said reference object at each time instant in a set of at least two subsequent time instants (t 0 - t n), and - determining said extension based on said reference images (I r). - moving, in said measuring system and in said predetermined operating condition thereof, a reference object along said first direction of movement in relation to said measuring system while illuminating said reference object with incident light whereby said sensor generates a reference image (I r) of said reference object at each time instant in a set of at least two subsequent time instants (t 0 - t n), and - determining said extension based on said reference images (I r).
A vehicle seat is composed of a backrest, a seat extending in a transverse direction from a first side edge to a second side edge, and an armrest module, said module comprising a body and an armrest supported by said body, and being able to move relative to said seat, said displacement being effected between a home position, where armrest extends laterally from seat or is lower than seat so as to be able to receive an occupant, and a rest position wherein said armrest is higher than said seat so as to be able to receive an arm of an occupant sitting on said seat, said armrest module having a substantially flat shape in a vertical plane, with a thickness extending in said transverse direction, said displacement of the armrest module relative to said seat comprises a rotation with a pivot connection about a pivot axis Z directed transversely to said seat, characterized in that said armrest is slidable vertically relative to said body to be adjustable in height between a low position and a high position when said armrest module is in the rest position.
Electrochemical cell having at least one plate element which can be cooled by means of a cooling liquid, said plate element having a surface which can be wetted by means of said cooling liquid for the purpose of cooling, characterised in that this surface of the plate element which can be wetted by means of said cooling liquid is embodied in such a way that a contact angle between this surface and said cooling liquid wetting the surface is less than 90° and that this surface which can be wetted by means of said cooling liquid has an alloy coating containing an alloy, which alloy, in addition to a noble metal alloy component, has at least one ignoble metal alloy component forming an oxidically permeated layer.