mhurhangee/patent-ind-claim-en huggingface dataset:
A drug delivery device for dispensing one or more doses of a medicament, comprising: - a medicament cartridge, wherein the cartridge comprises a body extending along an axis and defining a distal end and a proximal end, and a piston arranged slideably relative to the cartridge body, - a drive mechanism comprising a piston rod configured for axially moving the piston in the distal direction, wherein the piston rod connects to an adjustment member located at least partially between the piston rod and a proximal face of the piston, wherein the adjustment member is configured to abut or cooperate with the proximal face of the piston to reduce an axial clearance between the piston rod and the proximal face of the piston, and wherein the relative rotational position between the piston rod and the adjustment member determines the axial position of the adjustment member relative to the piston rod , characterized in that one of the piston rod and the adjustment member comprises a first contour system comprising a plurality of axially facing steps being circumferentially disposed and arranged axially offset from one another, wherein the other of the piston rod and the adjustment member comprises at least one radially disposed protrusion , wherein said at least one radially disposed protrusion axially engages a selective one of said plurality of axially facing steps (175', 175", 175''') of the first contour system so that the relative rotational position between the piston rod and the adjustment member determines the axial position of the adjustment member relative to the piston rod when the adjustment member is positioned in full axial engagement with the piston rod , and wherein the piston rod comprises a first rotational block geometry and the adjustment member comprises a second rotational block geometry to cooperate with the first rotational block geometry to prevent the said at least one radially disposed protrusion from disengaging the selected one of said plurality of axially facing steps (175', 175", 175''') of the first contour system when the adjustment member is situated in full axial engagement with the piston rod . - a medicament cartridge, wherein the cartridge comprises a body extending along an axis and defining a distal end and a proximal end, and a piston arranged slideably relative to the cartridge body, - a drive mechanism comprising a piston rod configured for axially moving the piston in the distal direction,
An ink comprising: a colorant; water; an organic solvent comprising a glycol ether having a solubility parameter of from 9.0 to 12.0 (cal/cm 3 ) 1/2 ; and a surfactant comprising a silicone-based surfactant (a) and a nonionic surfactant (b), wherein the nonionic surfactant (b) has a hydrophilic-lipophilic balance of from 3.0 to 7.0. a colorant; water; an organic solvent comprising a glycol ether having a solubility parameter of from 9.0 to 12.0 (cal/cm 3 ) 1/2 ; and a surfactant comprising a silicone-based surfactant (a) and a nonionic surfactant (b), wherein the nonionic surfactant (b) has a hydrophilic-lipophilic balance of from 3.0 to 7.0.
A tub for a washing machine, wherein the tub has a washing space defined therein and filled with washing water, wherein a drum for receiving laundry therein is rotatably disposed in the washing space , the tub comprises: a first case and a second case welded to be coupled to each other to form the washing space and an outer appearance of the tub ; a first coupling surface formed along a circumference of the first case facing the second case ; a second coupling surface formed along a circumference of the second case facing the first case and bonded to the first coupling surface ; and a coupling protrusion protruding along the first coupling surface to encircle the washing space , wherein a protruding end portion of the coupling protrusion is welded to the second coupling surface , wherein the coupling protrusion includes: a main coupling protrusion protruding along the first coupling surface ; and an auxiliary coupling protrusion protruding along the first coupling surface and outwardly spaced apart from the main coupling protrusion , wherein the first coupling surface extends outward of the circumference of the first case , and wherein the second coupling surface extends outward of the circumference of the second case , and wherein, the main coupling protrusion is formed on the entirety of an outer circumference of the first coupling surface to encircle the washing space , characterized in that the auxiliary coupling protrusion is formed only on a portion of the outer circumference of the first coupling surface , wherein a connection rib is provided in a portion in which the main coupling protrusion and the auxiliary coupling protrusion are formed together on the first coupling surface and is formed to connect the main coupling protrusion and the auxiliary coupling protrusion with each other, wherein an opening for discharging washing water leaked into a space between the main coupling protrusion and the auxiliary coupling protrusion to an outside of the tub is defined in one side of one end of the auxiliary coupling protrusion . a first case and a second case welded to be coupled to each other to form the washing space and an outer appearance of the tub ; a first coupling surface formed along a circumference of the first case facing the second case ; a second coupling surface formed along a circumference of the second case facing the first case and bonded to the first coupling surface ; and a coupling protrusion protruding along the first coupling surface to encircle the washing space , wherein a protruding end portion of the coupling protrusion is welded to the second coupling surface , wherein the coupling protrusion includes: a main coupling protrusion protruding along the first coupling surface ; and an auxiliary coupling protrusion protruding along the first coupling surface and outwardly spaced apart from the main coupling protrusion , a main coupling protrusion protruding along the first coupling surface ; and an auxiliary coupling protrusion protruding along the first coupling surface and outwardly spaced apart from the main coupling protrusion ,
An electronic device comprising: a communicator configured to receive voice data and fingerprint data; a memory configured to store voice data and fingerprint data for a plurality of users; and a processor configured to: identify a user having the highest score obtained by comparing the received voice data with the pre-stored voice data as a user for the received voice data, identify a user having the highest score obtained by comparing the received fingerprint data with the pre-stored fingerprint data as a user for the received fingerprint data, identify the user by selecting the user having a matching score when the user identified for the voice data and the user identified for the fingerprint data are matched to each other, and identify different access rights to the electronic device for the identified user based on the score obtained by comparing the received voice data with pre-stored voice data and the score obtained by comparing the received fingerprint data with pre-stored fingerprint data. a communicator configured to receive voice data and fingerprint data; a memory configured to store voice data and fingerprint data for a plurality of users; and a processor configured to: identify a user having the highest score obtained by comparing the received voice data with the pre-stored voice data as a user for the received voice data, identify a user having the highest score obtained by comparing the received fingerprint data with the pre-stored fingerprint data as a user for the received fingerprint data, identify the user by selecting the user having a matching score when the user identified for the voice data and the user identified for the fingerprint data are matched to each other, and identify different access rights to the electronic device for the identified user based on the score obtained by comparing the received voice data with pre-stored voice data and the score obtained by comparing the received fingerprint data with pre-stored fingerprint data. identify a user having the highest score obtained by comparing the received voice data with the pre-stored voice data as a user for the received voice data, identify a user having the highest score obtained by comparing the received fingerprint data with the pre-stored fingerprint data as a user for the received fingerprint data, identify the user by selecting the user having a matching score when the user identified for the voice data and the user identified for the fingerprint data are matched to each other, and identify different access rights to the electronic device for the identified user based on the score obtained by comparing the received voice data with pre-stored voice data and the score obtained by comparing the received fingerprint data with pre-stored fingerprint data.
A control method comprising: determining geometric information about respective geometries of respective housings of a plurality of light sources provided in at least one computer peripheral device; determining a photographic representation of an environment in which the plurality of light sources are provided ; determining spatial information about the plurality of light sources based on the geometric information and based on the photographic representation ; determining control information for the plurality of light sources based on the spatial information ; and controlling the plurality of light sources based on the control information ; wherein the geometric information is determined based on a database of geometries of housings; and wherein the spatial information comprises information indicating at least one of a relative orientation of each light source of the plurality of light sources with respect to at least one other light source of the plurality of light sources or an absolute orientation of each light source of the plurality of light sources. determining geometric information about respective geometries of respective housings of a plurality of light sources provided in at least one computer peripheral device; determining a photographic representation of an environment in which the plurality of light sources are provided ; determining spatial information about the plurality of light sources based on the geometric information and based on the photographic representation ; determining control information for the plurality of light sources based on the spatial information ; and controlling the plurality of light sources based on the control information ; wherein the geometric information is determined based on a database of geometries of housings; and wherein the spatial information comprises information indicating at least one of a relative orientation of each light source of the plurality of light sources with respect to at least one other light source of the plurality of light sources or an absolute orientation of each light source of the plurality of light sources.
A computer-readable storage medium comprising instructions, which, when executed by a computer, cause the computer to carry out the following method steps of a method for processing a block of an image divided into a plurality of sub blocks: • setting, for each sub block of the block, a current quantization parameter, and determining, for each sub block of the block, a difference quantization parameter based on the set current quantization parameter (S136); • setting, for the block, a flag to a first value if all sub blocks have each a difference quantization parameter equal to zero, and setting the flag to a second value if at least one difference quantization parameter of the sub blocks is equal to non-zero, wherein the flag having the first value further indicates that no difference quantization parameter is signaled for any sub block and the flag having the second value further indicates that a difference quantization parameter is signaled for each sub block of the block (S337); • quantizing transform coefficient data using the set current quantization parameters to generate quantized data (S106); and • encoding the quantized data, the flag, and, only if the flag has the second value, the difference quantization parameter determined for each sub block of the block, thereby generating a bit stream. • setting, for each sub block of the block, a current quantization parameter, and determining, for each sub block of the block, a difference quantization parameter based on the set current quantization parameter (S136); • setting, for the block, a flag to a first value if all sub blocks have each a difference quantization parameter equal to zero, and setting the flag to a second value if at least one difference quantization parameter of the sub blocks is equal to non-zero, wherein the flag having the first value further indicates that no difference quantization parameter is signaled for any sub block and the flag having the second value further indicates that a difference quantization parameter is signaled for each sub block of the block (S337); • quantizing transform coefficient data using the set current quantization parameters to generate quantized data (S106); and • encoding the quantized data, the flag, and, only if the flag has the second value, the difference quantization parameter determined for each sub block of the block, thereby generating a bit stream.
A heat exchanger plate , comprising: an inlet header formed by a first opening ; an outlet header formed by a second opening ; and a plurality of partition walls disposed between the inlet header and the outlet header so as to partition a flow path for a fluid from the inlet header toward the outlet header into a plurality of parallel flow paths , wherein at least one partition wall among the plurality of partition walls includes at least one notch , wherein a pair of the parallel flow paths on both sides of the partition wall having the notch connect with each other via the notch, wherein a first distance (L1) between the inlet header and the at least one notch in a flow direction of the fluid is less than a second distance (L2) between the outlet header and the at least one notch in the flow direction, the heat exchange plate being characterized in that the at least one notch includes a plurality of first notches included in the plurality of partition walls respectively and arranged at the same position in an extension direction of the plurality of partition walls. an inlet header formed by a first opening ; an outlet header formed by a second opening ; and a plurality of partition walls disposed between the inlet header and the outlet header so as to partition a flow path for a fluid from the inlet header toward the outlet header into a plurality of parallel flow paths , wherein at least one partition wall among the plurality of partition walls includes at least one notch , wherein a pair of the parallel flow paths on both sides of the partition wall having the notch connect with each other via the notch, wherein a first distance (L1) between the inlet header and the at least one notch in a flow direction of the fluid is less than a second distance (L2) between the outlet header and the at least one notch in the flow direction, the heat exchange plate being characterized in that the at least one notch includes a plurality of first notches included in the plurality of partition walls respectively and arranged at the same position in an extension direction of the plurality of partition walls.
A vehicle seat, comprising: a seat ; a swivel connected to a rotatably supporting the seat ; a swivel frame connected to the swivel ; first and second lateral rails supporting the swivel frame, the first and second lateral rails permitting the swivel frame to move in a first direction; first and second longitudinal rails connected to the first and second lateral rails such that the first and second lateral rails are movable along the first and second longitudinal rails , thereby permitting the swivel frame to move in a second direction that is perpendicular to the first direction; a cam positioned on one of the swivel or the longitudinal rails ; and a protrusion positioned on the other one of the swivel or the longitudinal rails , wherein, upon rotation of the seat and the swivel , the cam interacts with the protrusion to exert a force displacing the swivel frame in the first direction. a seat ; a swivel connected to a rotatably supporting the seat ; a swivel frame connected to the swivel ; first and second lateral rails supporting the swivel frame, the first and second lateral rails permitting the swivel frame to move in a first direction; first and second longitudinal rails connected to the first and second lateral rails such that the first and second lateral rails are movable along the first and second longitudinal rails , thereby permitting the swivel frame to move in a second direction that is perpendicular to the first direction; a cam positioned on one of the swivel or the longitudinal rails ; and a protrusion positioned on the other one of the swivel or the longitudinal rails , wherein, upon rotation of the seat and the swivel , the cam interacts with the protrusion to exert a force displacing the swivel frame in the first direction.
A method for simulating the sinking of a ship, in which a ship model is sunk under a water surface , characterized in that a sinking ship is reenacted using a ship model divided into several segments (S1; S2; S3; S4; S5; S6) over its progression, which is initially brought into an overall inclined location, and hence one that presses a portion of the ship model under the water surface , wherein once a first segment (S1) has been completely lowered under the water surface , it is brought into a upwardly swinging position relative to the next segment (S2).
A data center configured to connect to a mobile core network and a wireless Local Area Network LAN, via a first wide area network , the mobile core network connecting to a base station , the data center including: a server configured to operate a virtual mobile core network configured to connect to the first wide area network , the virtual mobile core network virtualizing at least a part of functions of the mobile core network, including functions of service provision and charging processing to a terminal that connects to the data center ; and a control apparatus configured to control the virtual mobile core network , wherein the control apparatus controls a charging method or a communication quality for a service by the virtual mobile core network to the terminal in accordance with a network selected by the terminal , the terminal being enabled to select to connect to the wireless LAN or the mobile core network via the base station . a server configured to operate a virtual mobile core network configured to connect to the first wide area network , the virtual mobile core network virtualizing at least a part of functions of the mobile core network, including functions of service provision and charging processing to a terminal that connects to the data center ; and a control apparatus configured to control the virtual mobile core network , wherein the control apparatus controls a charging method or a communication quality for a service by the virtual mobile core network to the terminal in accordance with a network selected by the terminal , the terminal being enabled to select to connect to the wireless LAN or the mobile core network via the base station .
A solar cell module provided with a back sheet having, on a water-impermeable sheet at the opposite side of a sealant layer of the solar cell module, a cured coating film of a coating material comprising a fluorine-containing polymer, characterized in that the fluorine-containing polymer has a curable functional group, wherein the cured coating film is adhered directly to the water-impermeable sheet, and a white pigment or a black pigment is dispersed in the cured coating film. wherein the cured coating film is adhered directly to the water-impermeable sheet, and a white pigment or a black pigment is dispersed in the cured coating film.
A sunscreen composition comprising from 20 to 25% zinc oxide, and from 24 to 31% water, the sunscreen composition being in the form of an emulsion containing an aqueous phase and an oil phase, the sunscreen being free from organic UV filters or organic UV absorbers, the sunscreen having an SPF rating of 50 more, the sunscreen composition being free from silicone materials and the sunscreen composition being free of titanium dioxide.
A method for mounting a prefabricated deck on a boat deck , said prefabricated deck comprising one or more deck elements and the method comprising the following steps: - setting a target height profile for the upper face of the prefabricated deck ; - generating a mounting height profile , which is spaced apart from, in particular spatially parallel to, the target height profile in the direction of the boat deck by the thickness of the deck element ; - measuring the upper face of the boat deck as the actual height profile ; - determining the height difference between the actual height profile and the mounting height profile ; - producing at least one levelling means per deck element , said levelling means having a material thickness that corresponds to the height difference ; - mounting, in particular gluing, the levelling means and the deck element to the boat deck , the surface of the mounted prefabricated deck substantially corresponding to the target height profile . - setting a target height profile for the upper face of the prefabricated deck ; - generating a mounting height profile , which is spaced apart from, in particular spatially parallel to, the target height profile in the direction of the boat deck by the thickness of the deck element ; - measuring the upper face of the boat deck as the actual height profile ; - determining the height difference between the actual height profile and the mounting height profile ; - producing at least one levelling means per deck element , said levelling means having a material thickness that corresponds to the height difference ; - mounting, in particular gluing, the levelling means and the deck element to the boat deck , the surface of the mounted prefabricated deck substantially corresponding to the target height profile .
A method of operation of a transmission point in a cellular communications network , comprising: transmitting , from the transmission point , a same one or more Discovery Reference Signal, DRS, signals using at least two different transmit beams in at least two different time resources, each transmit beam being characterized by a direction in which it is transmitted; wherein the at least two different time resources are at least two time resources within a same DRS occasion, wherein the DRS occasion is a 3GPP LTE DRS occasion as introduced by 3GPP LTE Release 12 and consists of a plurality of consecutive time resources, and transmitting the same one or more DRS signals using the at least two different transmit beams in the at least two different time resources comprises transmitting the same one or more DRS signals using the at least two different transmit beams in the at least two different time resources within the same DRS occasion, wherein only a subset of the at least two different transmit beams, the subset not including all of the at least two different transmit beams, is repeated within said same DRS occasion. the at least two different time resources are at least two time resources within a same DRS occasion, wherein the DRS occasion is a 3GPP LTE DRS occasion as introduced by 3GPP LTE Release 12 and consists of a plurality of consecutive time resources, and transmitting the same one or more DRS signals using the at least two different transmit beams in the at least two different time resources comprises transmitting the same one or more DRS signals using the at least two different transmit beams in the at least two different time resources within the same DRS occasion, wherein only a subset of the at least two different transmit beams, the subset not including all of the at least two different transmit beams, is repeated within said same DRS occasion.